Architect Projects - February 2025 by Lapthorn Media

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‘Eagles Dream’ integrates new holiday home into breathtaking Icelandic tundra 24 - 25

Interno Marche, a design experience hotel 36 - 37

Lighting Design International Illuminates Stunning Religious Architecture at Pearl Island Mosque in Doha, Qatar 44 - 45

Other Side crafts Blacklock’s character-filled new home on Manchester's Peter Street 49

University of Hertfordshire's Flagship Spectra Building Opens 56

Featured

Project News 04 - 05

Interview with Joel Fidler, AIA, LEED AP BD+C, President of Ayers Saint Gross 16 - 17

PUZZLE TIRANA

Tirana has experienced swift transformations, significant urban renewal and international openness, attracting a wave of renowned architects. It is within this context that NOA was commissioned to design a new building on Rruga Medar Shtylla, in the southwestern part of the city, close to the city lake.

The project is set on a rectangular 75 x 25 m lot in a densely built area, where ten-story buildings alternate with two- or three-level homes—a common situation in Tirana. The new mixed-use building will replace the existing structure, providing around 160 apartments of various sizes (from 70 to 130 m²), a hotel, and a large commercial area.

The concept’s idea was to represent the transition from life in rural houses to urban apartments, symbolising the

city’s rapid growth. The project rises vertically, forming an emblematic metropolitan village.

This vertical village is more than just a formal feature: each module represents extra space for apartments and commercial areas. The building’s four facades hold equal architectural value, allowing the tower to interact harmoniously with the surrounding urban context. A triangular entrance marks the entry to the shopping centre on Rruga Medar Shtylla.

The functional distribution is vertical: parking is underground, the first two floors house the commercial area, from the 2nd to the 6th floors there’s a mix of hotel and apartments, while from the 7th to the 16th floors there are only apartments (a total of 158 units). The tower culminates in three floors dedicated to five penthouses, each in a single volume and surrounded by an extensive lush garden 58 meters above Tirana’s rooftops.

The project has received preliminary design approval and now enters the executive design phase.

S+A ARCHITECTS ANNOUNCE THE LAUNCH OF HOTEL DUO BOAVISTA IN LISBON

Saraiva + Associados announces its latest hospitality project, the Hotel DUO Boavista Lisbon, a luxury hotel offering a unique experience which celebrates the city’s rich history while embracing contemporary design.

A new member of the Curio Collection by Hilton and LEED Gold certified, the project creates a narrative that intertwines the past and present, providing guests with a memorable stay as they enjoy a fusion of history and modernity in the heart of Lisbon.

The concept of Hotel DUO Boavista centers on the seamless connection between two distinct architectural spaces, blending historic charm with modern design. DUO represents the balance between traditional and modern Portuguese architecture.

The first building, a classic Pombaline structure on Rua da Boavista, has been elegantly restored to honour Lisbon’s architectural heritage. Characterised by traditional tiled facades, thick masonry walls,

vaulted ceilings, and wooden structural beams, Pombaline architecture reflects Lisbon’s aesthetic ingenuity, with an emphasis on both durability and elegance.

This restored building houses cozy guest rooms, a charming pastry shop, and an inviting living room, all infused with a timeless atmosphere. In contrast, a newly constructed building facing Rua D. Luís, embodies a contemporary style. It hosts the hotel’s vibrant lobby and a sophisticated bar, designed to complement the neighbouring historic structure while offering modern comforts.

Connecting these two unique spaces is a landscaped public walkway that invites guests and locals alike to enjoy a tranquil urban oasis. This thoughtfully designed pathway links the refurbished building to the contemporary one, creating a serene environment where the hotel’s public areas converge, including the restaurant, bar, meeting room, and restrooms. Here, guests can experience Lisbon’s unique blend of past and present, brought together in the heart of the city.

MOXON’S KEPAX BRIDGE

A new pedestrian and cycling bridge over the River Severn, designed by Moxon Architects and Jacobs, has opened to the public. The new cablestayed structure, located north of Worcester’s centre, is the city’s third bridge solely for active travel.

Reflecting the council’s ambition to improve connectivity between the city’s core, residential areas, river and green corridor, the bridge continues a tradition of landmark civic infrastructure in the river valley, whilst providing vital connections between the city and residential quarters to the north-west. It will accommodate commuters, visitors, and leisure users alike.

Following extensive public consultation with stakeholders and local residents, the design balances civic ambition with sensitivity to the surrounding landscape. With a bold, yet elegant form, the new steel bridge provides a safe 4m-wide, 145m-long crossing that comfortably accommodates both cyclists and pedestrians. The deck features a slip-

resistant walking surface, and a finely crafted parapet made of a series of inward leaning stainless-steel rods that alternate between supporting a handrail and 1.4m-tall cycle railing. This simple repetition of elements takes on sculptural qualities when arrayed along the edge beams of the curved crossing.

Working closely with specialist sub-consultant Moxon Architects, Jacobs provided multi-disciplinary design services and consultancy to Worcestershire County Council throughout feasibility, planning application, detailed design and technical support during construction. The majority of the Jacobs project team has been locally based during the project, combining their deep understanding of the area and an appreciation of what is important to the local community.

Building on their long standing working relationship with Worcestershire County Council and their term contractor Alun Griffiths, the Jacobs-led design team collaborated throughout the duration of the project including with specialist members of the supply chain, maintaining the high design quality of the holistic solution.

Images: © Simon Kennedy

HOW ARCHITECTURE CAN WORK IN HARMONY WITH NATURE

While most of the new owners tear down the houses and start from scratch, some embrace a more environmentally conscious approach during the process.

“

Underscoring VELUX’s role in sustainable, innovative design, where roof windows are not just functional but pivotal in creating beautiful, eco-conscious living spaces.

The outskirts of many British villages grew rapidly in the 1960s, due to changes in urban design regulations, resulting in a large number of good plots with outdated, mostly single storey buildings entering the market over the past few years.

While most of the new owners tear down the houses and start from scratch, some embrace a more environmentally conscious approach during the process.

Such was the case with the clients of Charlie Luxton Design, who approached the office after purchasing a piece of land in the Cotswolds to build an entirely new house. But Charlie Luxton – in line with his belief to do architecture in an environmentally conscious way – persuaded them to use at least the existing foundations.

Charlie Luxton is one of the most widely known young architectural designers in Great Britain thanks to appearing on various TV shows, among them “Building the Dream”, in which he helps

people build their dream homes. He is advocating for an eco-friendly approach to architectural design on all scales and in various fields of architecture. Having have built – partially with his own hands - a house for himself and his family, he learned a lot about how to achieve beautiful, ecological design while keeping the investment costs low.

Northern Light and Designing with Daylight in mind

• Lighting Strategy: Roof windows bring daylight into central areas of the home, transforming previously dark spaces into bright, inviting zones.

• Seasonal Adaptation: The design captures as much light as possible during darker months while using roof windows to vent excess heat in summer.

• Design Ideation: Charlie Luxton sees architecture as “painting with light,” where roof windows create dynamic contrasts and illuminate spaces beautifully.

• VELUX key message: Roof windows enable the play of light and shadows, enhancing the aesthetics and functionality of living spaces, particularly in northern climates.

• VELUX key message: VELUX roof windows are essential in creating

these vertical light transitions and ensuring that even challenging spaces are filled with natural light, improving overall well-being.

Ventilation and Indoor Climate Control

• Cross-Ventilation: The design leverages natural airflow, with high-level windows above the kitchen to expel warm air efficiently.

• The use of tech: VELUX automatic triple-glazed Integra windows were highlighted for their reliability and ability to optimise indoor climate through intelligent support.

• VELUX key message: VELUX roof windows reduce energy consumption while enhancing living comfort, striking a balance between smart technology and manual user interaction, such as opening windows to hear birdsong.

Sustainable Design / Retain and Reuse

• Eco-Friendly Materials: The project uses materials with low environmental impact, reflecting a commitment to sustainability.

• Future-Proofing: Plans to transition from a gas boiler to a ground pump reinforce long-term ecological goals.

• VELUX key message: The use of durable, triple-glazed windows supports this sustainable ethos, contributing to energy efficiency and reducing heat loss.

• Environmental Consciousness: The project exemplifies a sustainable approach by retaining the existing foundations rather than demolishing and starting from scratch.

• VELUX key message: This environmentally conscious mind-set aligns with VELUX’s mission to enhance living spaces sustainably, emphasising solutions that work harmoniously with existing structures.

DOOR4 REPORT HIGHLIGHTS THE IN-DEMAND BATHROOM TRENDS

Google search trends act as a realtime reflection of public interest and consumer intent, giving a glimpse into evolving tastes in bathroom design.

Door4, a performance marketing agency, has released a report based on its analysis of search data, showcasing trends that will shape the bathroom industry in 2025.

Wellness-Centric Bathrooms on the Rise

Searches for “spa bathroom ideas,” “luxury showers,” and “freestanding bathtubs” surged in 2024, underscoring a consumer move toward wellness and relaxation. Interest in practical, comfortoriented features like “steam showers” and “heated floors” is on the rise, contrasting with the decline of traditional elements such as “clawfoot tubs” and “marble sinks.”

Space-Saving Innovations for Small Bathrooms

Searches for “small bathroom ideas” and “space-saving storage solutions” have spiked, reflecting the ongoing challenge of maximising limited spaces. Terms like

“

Bathrooms have evolved into essential spaces blending style, comfort and technology. “

“corner shower units” and “floating vanities” have seen an 8% growth, suggesting a focus on compact, efficient designs. Although general searches for bathroom inspiration have dropped by 20%, consumers are more specific in their searches, showcasing a desire for practical yet stylish solutions.

Sustainability and Eco-Conscious Features

Sustainability continues to influence bathroom design. Searches for “ecofriendly bathroom products,” “watersaving faucets,” and “recycled materials” have increased, indicating a strong consumer interest in environmentally friendly renovations. The surge in searches for “low-flow toilets” and “recycled materials for bathrooms” points to a conscious effort to integrate green solutions.

Integration of Smart Technology

Technology is making its way into bathrooms, with rising searches for “smart toilets,” “smart showers,” and “bathroom voice control” devices. This trend aligns with broader technological adoption, signalling consumer interest in enhancing their spaces with modern, tech-forward features.

Embracing Colour and Customisation

The past year’s data shows a shift toward personalised design, with a notable rise in searches for “bold bathroom colours,” “patterned tiles,” and “custom vanities.” Black and green bathrooms have particularly gained popularity. This moves away from minimalism reflects a willingness to experiment with vibrant palettes and unique elements.

Evolving Preferences in Bath Types

and Furniture

Freestanding baths remain a top choice, though their popularity has waned slightly compared to the surge seen in 2021. General interest in bathtubs with showers has grown. The search for “bathroom furniture” now exceeds “bathroom suites,” highlighting a trend towards customisable and modular options.

Sean Dwyer, Managing Director of Door4, notes, “Bathrooms have evolved into essential spaces blending style, comfort and technology. To stay relevant, professionals must anticipate these trends and innovate to cater to modern consumers’ desires for luxury and ecoconscious design.

“Our report underscores the value of understanding search trends, emphasising that businesses should not only follow but can also shape these trends.

“By analysing current search data and trends, which forms part of how we support all businesses in their efficient and effective marketing, companies can remain agile and proactive in a competitive landscape, to stay ahead of emerging preferences into 2025 and beyond.”

MOMENTS OF INDULGENCE -

THE BATHTUB AS A REFUGE FOR BODY

AND SOUL

Duravit bathtubs combine elegance with harmonious design, creating a gentle aesthetic in every bathroom. The soft, organic lines of the Aurena bathtub exude a sense of comfort, while the minimalistic design of D-Neo and the striking White Tulip bathtub set stylish highlights.

A vigorous or lighter massage can be selected as an indulgent treat, or a way to soothe tired muscles depending on one’s preference. Key Duravit bathtub models are available with whirl systems and massage jets, transforming the bathroom into a personal wellness retreat.

Duravit offers two surfaces for a tailored bathroom experience: the warm, smooth, and shiny finish of acrylic and the velvety matt feel of DuroCast®. Both materials feel completely unique on the skin, meaning that everyone has the choice of the best finish for their own personal wellbeing. Combined with soft bath towels and quality textiles, a feeling of deep relaxation is created – an open invitation to while away some time in the bathroom.

BELOW: Pure harmony: With its timeless design and gentle lines, the Aurena bathtub imbues the bathroom with calmness and a sense of style. The practical shelf on the back-to-wall version offers additional comfort and space for personal care products, harmoniously rounding off the wellness experience. (Image source: Duravit AG)

INNOVATION AND DESIGN FOR BATHROOMS AND WET AREAS WITH HYDRA COLLECTION BY GLAMORA

The design of wet spacesbathrooms, showers, spas, gyms, kitchens - requires solutions that combine aesthetics and functionality, ensuring water resistance and durability.

Developed after more than two years of research and patented specifically for environments in temporary contact with water, GlamFusion® responds to the increasingly complex and specific demands of architecture and interior design, particularly in the wellness world. A perfect synthesis of technical functionality and aesthetics, it is an innovative highperformance coating available for surfaces in contact with water or subject to intense mechanical or chemical stress. The special surface overlay makes it waterproof, insensitive to abrasion and intense stress. At the same time, the smooth, non-porous surface prevents the proliferation of mould and bacteria.

The lightweight, thin and flexible, yet ultra-strong structure ensures design versatility, functionality and durability. The simplicity and speed of installation means significant time savings.

Hydra Collection was created to meet the need for innovation in wellness architecture, but also the bathroom at home can become a privileged place for personal care, where hygiene, privacy and experiential immersion invite healthy and satisfying daily rituals.

The collection is divided into 21 subjects that alternate abstract geometries, inspired by the architectural structures of the Greek island of Hydra, with figurative plant designs that recall the Mediterranean flora. The colour palette reflects the tones of the landscape, offering an infinite array of hues that invigorates and refreshes any space dedicated to the wellbeing of both body and mind.

‘FABRIC FIRST’ PRINCIPLES SHOULD BE ADOPTED BY THE WATER INDUSTRY

‘Fabric First’ is a practice recognised in the building industry, to improve the energy efficiency performance of homes.

Stewart Clements, Director of the Heating & Hotwater Industry Council (HHIC) recently stated. “It’s important that those responsible for building new homes and for upgrading existing homes – including both social and private housing providers and landlords – recognise the different factors involved in minimising energy consumption and in making tomorrow’s homes the efficient properties needed to achieve decarbonisation and reach the net zero target for 2050.”

Historically, the environmental impact of water usage has been largely ignored. However recent environmental concerns

and energy costs have highlighted the link between the water coming out the tap and environment. The recent surges in energy prices have focused attention on the cost. Heidi Mottram, CEO, Northumbrian Water highlighted the fact that on average 25% of energy used in the home is to heat water.

“The energy used to heat water for devices and appliances emits an average of 875kg of CO2 per household per year. This is equivalent to the CO2 emissions from driving more than 1,700 miles in an average family car.”

- Energy Saving Trust

Whilst water efficient appliances, i.e. dishwashers and washing machines, can reduce domestic water and energy usage, much of this hot water used in ‘time critical’ usage e.g. taking a shower or running the tap to rinse dishes.

To date, much of the water industry’s focus has been on adapting customer behaviour. In traditionally drought ridden environments such as Australia and South Africa, consumers have largely embraced the message. However, Britain’s grey sky and regular rainfall makes it harder to embed behaviour change. A change in the ‘fabric’ of the water network may be the solution.

Our water companies are regulated to provide a minimum standard of pressure and flow of water, but in many areas due to network structure and gravity fed systems supply is much greater. So, run a hose for five minutes at the bottom of the hill, and your lawn will be greener than the gardener that does the same at the top. These ‘time controlled’ uses, e.g. teeth cleaning, taking a shower, running a tap to rinse dishes could be standardised down if all households received the same acceptable, ‘standardised’ supply.

Groundbreaker’s NRv2 LoFlo® is a surprisingly simple method of working towards current water usage reduction targets NRv2 LoFlo® regulates the level of flow entering customer premises –regardless of network pressure, meaning a reduction in the level of water used by customers when ‘variable use’ appliances are used. As the flow of water into the premises is limited, then the amount

used by the customer is also limited –but without providing a degradation of service, and more importantly not requiring any intervention or behavioural change on the part of the customer, leading to ‘natural’ reduction in per capital consumption.

Whilst some water companies are offering ‘environmental incentives’ to developers to build water efficient homes, and some local planning departments are insisting on water efficient homes designed to keep per capita consumption (PCC) to under 100L per person per day, this will not impact the consumption of existing housing stock.

The NRv2 LoFlo® can be easily and simply fitted to any meter installation or retrofitted on meter exchange or when upgrading or remediating underground meter chambers. Thus, allowing Water Companies to manage demand with little or no impact on consumers and at minimal cost to the water undertakers.

“A simple solution at approximately £20 per household, fitted on the normal meter exchange/upgrade cycle could achieve in excess of 20% of consumption reduction targets in 10 years.”

A number of flow modulation ranges are available which enable the perfect balance between usage reduction and service provision. As an added benefit, the NRv2 LoFlo® can also provide whole site protection against contamination by back flow - effectively a 3 in 1 solution.

For further details www.groundbreaker.co.uk

Groundbreaker, surface mounted water meter housing, adjacent to energy meters

NRv2 LoFlo®

Water meter, NRv2 LoFlo® and manifold positioned as located in boundary box or Groundbreaker

QUADRIFOGLIO GROUP: PARTITIONING & WALL

UNIT SYSTEMS BOISERIE P1

Boiserie P1 by Quadrifoglio Group is a complete system of modular partition walls that allows you to organize spaces in a functional and practical way, and to completely transform their perception by combining aesthetics, elegance and versatility.

Boiserie P1 allows you to formulate ad hoc solutions according to the size and furnishing style thanks to the possibility of choosing between solid, glazed, mixed

or boiserie modules, available in a wide range of colours, in different sizes and with different accessories.

The panels, produced in five widths sized 20, 50, 100, 150 and 200 cm, are in veneered wood (Grey Elm, American Walnut or Rigatino Ebony), in melamine (White, Silver, Grey, Elm, Oak, Canaletto Walnut) or lacquered melamine (23 nuances in the catalogue) and, on request, they can also be made in the sound-absorbing version. Optionally, the sides of the same wall can have a different finish according to the specific needs of each project. The minimal presence of the profiles in correspondence with the frames makes the system aesthetically clean and refined.

Also configurable as boiserie using slatted panels, Boiserie P1 can become a refined wall covering that gives character

to a room, or it can transform itself into a real micro-architecture equipped with hinged or sliding doors, shelves, doors and hanging cabinets to house books, TV, consoles and home cinema systems. A wide range of options in terms of elements that can be integrated to meet the needs of each space.

Boiserie P1, which can be installed easily, is a functional and design piece of furniture, perfect for making living areas, home offices and bedrooms comfortable, welcoming and personalised, in both residential and contract contexts.

For more information: quadrifoglio.com/en/products/p1-living/

THE KEY TO ARCHITECTURAL POWDER COATING SUSTAINABILITY

By Chris Mansfield, QUALICOAT Chair

Architectural Aluminium Powder

Coating is applied using the well-known methodology of spraying electrostatically charged fine polyester based powders onto a product. Coated aluminium products are then heated to an optimum temperature to melt the powder which allows it to flow and chemically cross-link into a sustainable coating. As the product cools the coating sets and the finish is complete. The problem is, like most applied opaque coatings, the finish may look good, but the coating can hide a multitude of problems on the surface of the metal. If contaminants are present, or a pre-treatment process is lacking, a failure of the coating will become evident over time.

Prior to powder coating architectural aluminium, it is crucial that the aluminium surface is subject to a ‘pre-treatment’ process which includes an etch stage to remove contaminants and then a passivation or conversion coating to ‘seal’ the surface of the aluminium which also provides a ‘key’ for the adherence of the coating. These very thin conversion coatings can be formed of a non-chromate or a very thin anodising process.

For an architectural powder coater a pre-treatment plant is a significant investment often costing as much, if not more, than the powder coating line itself. Few powder coating lines in the UK have this substantial facility and those that do will claim to powder coat to BS EN 122061 or become licensed to powder coat to QUALICOAT specification.

Often in an attempt to reduce costs through the supply chain, installers of architectural aluminium products will use powder coaters who often do not possess the correct pre-treatment lines. There is also the possibility that some coaters who do have the correct pretreatment systems do not have suitable controls in place and the quality of the coatings can vary.

On the other hand, a QUALICOAT licensed applicator, must use a pretreatment system and powder system that is QUALICOAT approved, ensuring quality is maintained through the coating

process. Furthermore, QUALICOAT licence holders are randomly inspected twice a year to ensure the QUALICOAT specification is being met. Licensed coaters, who fail these third-party inspections, will lose their licence.

Powder coat failures fall into two broad categories, that of a complete failure called ‘filiform corrosion’; oxidisation forms at the edge of a cut or punched hole in the aluminium and appears under the coating as spider like strands of corrosion. Often this failure is seen several years after installation and indicates poor pre-treatment prior to powder coating. Other problems with powder coating include fading of colour, loss of gloss and ‘chalking’ of the surface finish.

For the best sustainability, ensure that the powder coater has the necessary pretreatment systems in place and that they can demonstrate that they can coat and test to BS EN 12206-1. In the UK, the majority of main architectural powder coaters are qualified QUALICOAT licence holders. If you are proposing to specify an architectural coater who powder coats to BS EN 12206-1, be vigilant to ensure that they possess a robust pretreatment plant and that their processes are correctly monitored and maintained. Should a coating specification require a longer life expectancy, possibly where future access for cleaning is difficult, then a Class 2 more robust powder can be specified.

The most important aspect to specification is the involvement of a specialist coater at the early design stages of any project.

Chris Mansfield, QUALICOAT UK & Ireland Chair Powder

ECHELON HYPER DURABLE POWDER COATINGS

Your Finishing Foundation for the Architectural Market

Visit: synthapulvin.co.uk | oem.sherwin-williams.com Contact: gi.emeai.marketing@sherwin.com

Durability and weather resistance are nonnegotiable when specifying powder coatings on your metal building products. From commercial to monumental applications, Syntha Pulvin® Echelon range is the best solution for architects to provide the strongest resistance to weathering, chemicals and solvents attacks.

ONE COAT SYSTEM

REDUCED MAINTENANCE COSTS

ECO-FRIENDLY SOLUTION

Syntha Pulvin® Echelon collection is composed of Hyper durable architectural powder coating that represent a cost-effective coating alternative for aluminium extrusions and panels.

Echelon is designed to meet AAMA 2605 standard requirements and the collection is produced in Europe.

JOEL FIDLER

INTERVIEW WITH JOEL FIDLER, AIA, LEED AP BD+C, PRESIDENT OF AYERS SAINT GROSS

Architect Projects speaks to Joel Fidler, newly appointed President of the interdisciplinary design firm Ayers Saint Gross. With over 25 years of architectural experience and a proven record of leadership since joining the firm in 2011, Joel has been instrumental in delivering impactful projects across higher education, cultural, and community sectors. As he steps into his new role, Joel is poised to guide the firm into its next chapter, building on a century-long legacy of design excellence and innovation.

As you prepare to take the helm as president of Ayers Saint Gross in 2025, what is your vision for the firm, and how do you plan to build on its 100-year legacy while addressing contemporary challenges like climate change and urban growth?

Ayers Saint Gross’s legacy is rooted in positively impacting the communities in which we live and work. What started out as a small architecture firm focused on civic and commercial work has grown into an internationally recognized, interdisciplinary design firm that creates transformational spaces around the world. While we have a 100-year history, the challenges now facing our clients and the planet are vastly different. We know that we need to be proactive, adapt, and be as ambitious as ever to tackle pressing issues like climate change and socioeconomic inequity. I’m confident we’re up to the task!

Ayers Saint Gross emphasises sustainability and climate resilience in its projects. How will you further integrate these principles into the firm’s design philosophy under your leadership?

“ “

Ayers Saint Gross has a long history of innovation. We recognized the value in long-term planning for higher education early on and quickly realized that universities often have the critical data that can help inform decision-making.

We have been focused on sustainability and resiliency for a long time. However, climate change is accelerating, and our planet is increasingly stressed. As a profession, we must continue advancing our response to climate change and redouble our efforts. There is a lot we must do, and we are focused on identifying opportunities and prioritizing actions that have the greatest positive impact on our work – things like whole building life cycle analysis, energy modeling, and postoccupancy evaluations. These types of investments help us make the best decisions for and with our clients. We are also prioritizing partnering with consultants and manufacturers who share our perspective and commitment to sustainability.

You’ve led several notable projects, such as the Jack C. Taylor Visitor Centre and the Centre for Media Arts and Computing Design. Which of these projects are you most proud of, and what lessons from them will shape your approach as president?

Picking a favorite project is like picking a favorite child – they all have their unique qualities and experiences that make them special – and I have fond memories and am tremendously proud of each one! What I have learned is that delivering high-quality impactful projects is a group effort. It takes building a complementary,

skilled, and passionate team to deliver the types of projects we do. That starts with finding and developing smart, talented individuals and then putting them in a position to succeed. That approach to team building is how I have led throughout my career and how my leadership team and I will continue to drive Ayers Saint Gross forward.

Ayers Saint Gross works with missiondriven clients who focus on uplifting communities. How do you foster collaboration with these clients to ensure their values and aspirations are reflected in the firm’s designs?

Our teams are skilled at asking questions that help us deeply understand our client’s vision, mission, and goals. We want to earn our clients’ trust, so they see us not just as experts in our field but also as their partners. We are communicating and collaborating with our clients at every step along the way to achieve the best possible outcome for their unique situation.

In your statement, you mentioned leveraging an entrepreneurial mindset to address increasingly complex challenges. Could you elaborate on how innovation will play a role in the firm’s future projects and operations?

Ayers Saint Gross has a long history of innovation. We recognized the value in long-term planning for higher education early on and quickly realized that universities often have the critical data that can help inform decision-making. We also adopted building information modeling and 3D visualization before many of our peers. Fundamentally, we look for new and creative ways to understand and solve problems and deliver value to our clients. Whether it’s using new technology to improve our

efficiency, utilizing new tools to help us design more sustainable and resilient solutions, or analyzing data through a fresh lens, we are constantly learning and sharing our knowledge to elevate our work.

Outgoing President Luanne Greene emphasised design excellence, inclusivity, and data-informed decisionmaking. How do you plan to honour and evolve her legacy while making your mark on the firm’s future?

During her time as President, Luanne was instrumental in professionalizing our firm and clarifying the vision that continues to drive us. The issues of design excellence, data, inclusivity, and resiliency remain priorities for our firm. But we also recognize that year after year, the ways that we engage with these issues, and their impact, evolve and grow. We strive to be proactive in how we address these topics and, through our internal planning, identify opportunities to test our boundaries and innovate. Our goal is constant improvement. Our clients demand it, and we demand it from ourselves.

ARCHITECTON: HOW DO WE INHABIT THE WORLD OF TOMORROW?

TIMBER COMPANY

IMPORTS UK’S BIGGEST THERMO VACUUM SYSTEM

Devon-based native timber company, UK Hardwoods, has acquired the UK’s largest Thermo Vacuum System machine.

The TVS machine is piece of modern equipment which carries out a process, used globally, of subjecting wood to very high temperatures (170° C - 230° C) to change its chemical structure, altering colour, increasing hardness and durability and protecting the wood from attacks by mould and parasites.

UK Hardwood offers hardwood for use in cladding decking, flooring and furniture, diversifying their product portfolio. The chemical-free process enhances the timbers’ durability and stability so that the timber can last for up to 60 years even when exposed to the elements. During the process the wood darkens in colour producing a product that needs no oiling or further treatment.

The new machine has been imported from Italian company WDE Maspell – a pioneer in the use of a vacuum to subject woods to high temperatures - and UK Hardwoods Managing Director Tom Bedford says the process is 100% ecofriendly.

Architecton, an A24 and Neue Visionen presentation, written and directed by the master documentarian Victor Kossakovsky (Gunda, Aquarela), was released in UK and Irish cinemas on 10th January 2025.

Kossakovsky’s visually stunning film takes audiences on an extraordinary journey through the material that makes up our habitat: concrete, and its ancestor stone. He raises a fundamental question: How do we inhabit the world of tomorrow?

Architecton is an epic, intimate, and poetic meditation on architecture and how the design and construction of buildings from the ancient past reveal our destruction — and offer hope for survival and a way forward. Centring on a landscape project by the Italian architect Michele De Lucchi, Kossakovsky uses the perfect circle of stones in De Lucchi’s garden to reflect on the rise and fall of civilisations, capturing breath-taking imagery, from the temple ruins of Baalbek in Lebanon, dating back to AD 60 to the

recent destruction of cities in Turkey following a 7.8 magnitude earthquake in early 2023.

Rocks and stone connect the disparate societies, from ghostly monoliths stuck in the earth to tragic heaps of concrete rubble waiting to be hauled off and repurposed. Through Kossakovsky’s lens, the grandeur and folly of humanity and its precarious relationship with nature posits the urgent question: How do we build, and how can we build better, before it’s too late?

Alongside Michele De Lucchi, Architecton features stonemasons Mauro Mella and Davide Alioli, stone artists Nick Steur, Baalbek Megaliths preserver Abdul Nabi al-Afi and Middle East ancient ruins specialist Maksim Gaubetc. The film had its world premiere at the 2024 Berlin Film Festival, where it was nominated for the Golden Bear for Best Film and the Documentary Award.

A new Sweco study highlights the potential of 22 European cities to enhance liveability, sustainability, and resilience through regenerative design in the built environment.

By adopting the principles of regenerative design, these cities can increase the size of their green-blue areas by 42 percent – and align with the new EU nature restoration law related to urban ecosystems.

As cities expand, green-blue spaces tend to be sacrificed for grey infrastructure, thereby negatively impacting biodiversity. By paving over natural surfaces, removing trees, and channelling waterways, urban development has led to ecological “dead zones” and increased vulnerability to floods and heatwaves.

“The decline of biodiversity is progressing at an alarming rate and scale, triggering a chain reaction.

“This also threatens the essential ecosystem services that citizens rely on, such as clean water and air and pollinating crops,” says Tobias Nauwelaers, a Sweco expert in nature restoration and urban ecology, and one of the authors of the report.

Under the new EU Nature Restoration Law, which aims to restore degraded ecosystems, member states are required to plan and follow up on their contribution to reversing this trend.

Sweco has studied 22 cities which have the potential to become some of Europe’s greenest cities, while other cities in the study would need to take additional measures to meet the 30 per cent green rule.

LEFT: Sweco expert Tobias Nauwelaers, Image from Faye Pynaert

BELOW: Photographer Sweco, Almanakken by Sweco Architects

SPECIFICATION AND INSTALLATION:

THE KEY TO EFFECTIVE DOOR CONTROLS

Safe and seamless movement in our built environment hinges on accurately specified and installed door hardware, explains Russell Marks, managing director of Boss Door Controls.

With millions of doors used each and every day, it’s important to recognise the details behind effective access and egress. Whether it’s the regular composite doors found in our homes, the electromechanical access points located in public settings, or the emergency exit fire doors that keep us safe in our work and leisure spaces; door hardware plays an integral role in the safety, security and accessibility of our buildings.

Doorsets are assembled in a variety of configurations, sizes and styles, yet, their operation is always reliant on door control components such as hinges, locks, latches and door closers. Take fire doors for example, which are designed to stop the spread of smoke and fire when closed and provide an effective means of escape when open. When operating as intended, a fire door will work in tandem with each of its hardware components, but should one area fail, its fire resistant capabilities become compromised, leaving a building and its occupants at risk. With that in mind, just how significant is accurate specification and installation?

Suitable specification

Incorrect hardware specification is a common problem associated with building safety. Door controls will directly influence the functionality, accessibility and durability of doors, and as such, it’s essential to understand a building and its user’s needs when choosing between hardware options.

Considering factors such as fire safety and inclusive design, specifiers and decision makers are urged to review the door application itself, confirming the chosen hardware meets the required performance ratings, fire ratings and the latest building standards. Where many buildings require escape routes for example, it is necessary for all doors located on those routes to have suitable exit hardware installed - which is determined by a number of factors

including the building’s size and whether it is public facing or not. Equally, it is also a legal requirement for all exit devices to comply with the latest revisions of EN 1125 or EN 179 and to possess UKCA and CE markings.

With occupant safety and legal compliance on the line, it’s clear that specification should never be undervalued. In fact, by focusing on a project’s requirements as opposed to quick, cost-saving wins, decision makers can preserve the functionality and safety of buildings whilst adding real value for occupants.

Fixing improper installation

In many cases, an appropriately specified and perfectly operational door control device can be found ineffective solely as a result of poor installation. Door hardware installation remains a pain point for the fire safety industry specifically, with evidence suggesting that incorrect installation is one of the leading causes of fire door failure.

Hardware products are often unique to the manufacturer, with distinctive components, fittings and fixing

points, and as a result, they should never be approached as like for like installation projects. Instead, during installation, installers must look to follow manufacturer guidelines and fitting instructions. With door closers for example, a fire door’s integrity can quickly become compromised as a result of alignment issues and improper installation methods. Consequently, a fire door may not be able to latch or close fully from its standing position, leaving gaps large enough for smoke and fire to pass through in an emergency situation.

Where there is currently no legal framework to assess the competency of installers, it’s important for teams to plan ahead, appreciating that door hardware installation is a specialised task. To further raise safety standards and improve installation accuracy, conscious manufacturers share a wealth of information and detailed walkthroughs in the form of installation templates, product datasheets and video guides. Additional guidance can usually be found online, with the product packaging, or can be requested directly from the manufacturer. These materials can also be useful post-installation, where teams are required to perform regular

Water based - does not leach Allows wood to breathe naturally

· Internal/external application

Colourless - Odourless EN 13501

· EN 16755 (EXT1)according to EN 927-6

Euroclass B-s1-d0

Non Toxic - No Solvents

· BS 476 part 6 & BS 476 part 7

Euro-class B-s1-d0 and C-s1-d0

BM TRADA ISO 9001 Certificate

· Meets the highest EU standards

Classification Reports & Certificates: Pine, Spruce, Scots Siberian Larch, Western Red Cedar, Oak, Thermowood, Birch, Birch Ply, and others, both Internal and External.

maintenance periods as part of their obligations.

Boss Door Controls is part of the Allegion UK group, known for its wealth of resources designed to help responsible persons, duty holders and professionals undertake product specification, installation and maintenance checks on fire doors and hardware. For accessible fire door hardware support, Allegion’s new ‘Fire Door Hardware Fundamentals’ guide is available for download and combines expert guidance with helpful terminology and useful fire door safety checklists.

www.fireretardantuk.com

0800 7833 228 sales@fireretardantuk.com

FIRE SAFETY ENHANCED BY ALUPROF

By Wojciech Brożyna - MD Aluprof UK

Fire resistant fenestration systems are used both internally and externally to reduce the risk of the spread of fire whilst offering occupants safe routes of escape. Whilst specified on construction of various building types, who is responsible for maintaining these systems so that they perform correctly on the outbreak of a fire?

In the wake of the Grenfell Tower tragedy in 2017, fire safety regulations for multioccupancy residential buildings have undergone significant review, leading to the enactment of the Fire Safety Act 2021. This legislation clarifies the responsibilities and procedures related to fire safety in such properties. Following the incident, the PAS 79:2020 was introduced, offering detailed guidance on fire risk assessments specifically for landlords and building managers.

The new Building Safety Act (BSA) building control framework was fully implemented in April 2024, and the industry is beginning to grasp the practical implications of the new Gateway approval process for high-risk buildings (HRBs).

Launched on October 1, 2023, ‘Gateway 2’ serves as a critical checkpoint in the new building control framework for High-Rise Buildings (HRBs) during the transition from design to construction. It mandates the submission of a comprehensive application to the Building Safety Regulator (BSR), which is designated as part of the Health and Safety Executive (HSE) under the Building Safety Act 2022. This application must detail how the project will adhere to the functional requirements of building

“

regulations, including supplementary information on competence, fire safety, control measures, and mandatory reporting. A multi-disciplinary team, comprising a registered Building Inspector and various specialists, review the application under the BSR. The Gateway application forms as a definitive halt, prohibiting any onsite work until the necessary approval is obtained.

The HSE outlines that the objective of the Gateway 2 process is threefold. Firstly, it aims to ensure that potential design issues are identified and resolved at an early stage rather than being inherently integrated into the design. Secondly, it seeks to confirm that the design is adequately advanced to instill confidence in moving forward with all aspects of the construction. Lastly, it verifies that the duty holders possess the requisite capability to implement the design effectively.

As a prominent systems company and building project supplier in Europe,

Aluprof have become established as a leader in the field of aluminum framed fire-rated windows, doors, screens and curtain walls. Aluprof, now supply fire resistant glass to complete their systems offer, working in harmony with fireresistant glass specialist ‘Glassprof’ to offer a single, tested source of supply for fire rated fenestration installation across the UK & Ireland.

Glassprof offers glazed units that combine various glazing options to include fire protection, thermal insulation, solar control and sound insulation. Aluprof firmly believes that the collaboration with Glassprof will offer comprehensive and hassle-free glazing solutions that will prove advantageous to a wide range of buildings, including libraries, schools, hotels, and student accommodations. Given the paramount importance of fire safety as a critical design consideration, this partnership strives to provide architects and specifiers with a profound sense of assurance and peace of mind.

Further information about systems and specification support is available through the company’s website at aluprof.co.uk or direct from their UK head office in Altrincham by phoning +44 (0) 161 941 4005.

CERTIFIED GLASS FOR CERTIFIED FRAMING SYSTEMS.

Our fire and safety glass products are ideal for fire doors, screens, and glass partitioning systems.

We offer in-house CNC work and oversized IGUs to meet your bespoke project needs.

Technical advice and support is provided, and we stock all major brands of fire-rated glass, as well as acoustic, laminated, toughened, and mirrored glass products, available with short lead times. Supply only or supply and fit, to ensure your project is completed efficiently and to the highest standards.

Eco-friendly Kebony wood immerses new vacation residence in Snæfellsnes, Photography credits: Gunnar Sverrisson

PROJECT: ‘Eagles Dream’ INTEGRATES NEW HOLIDAY HOME INTO BREATHTAKING ICELANDIC TUNDRA

Set amid the enchanting haven of Snæfellsnes, West Iceland, ‘Eagles Dream’ is the secluded residence designed by Gudmundur Jonsson, providing guests with the ultimate immersion into nature.

Resting on concrete columns and making use of sustainably sourced Kebony wood cladding, the architecture of the new home mirrors the cascades of mountain ridges enclosing the property, while simultaneously delivering an openfloor plan and a series of long-bay glazed windows that opens the interior to the dramatic panoramic views of the icy blue waters, greenery and peaks spread out in all directions.

Discovering a single eagle feather on the site showcased the rich scene of wildlife in vicinity of the home and gave inspiration to the concept for

the house. As Jonsson describes, “the main idea for the elevated building above nature was to capture the essence that an Eagle has landed, prepared to fly in the landscape again’.

In a commitment to preserve nature, there was no blasting involved in construction of the site. Concrete columns were instead built into the foundation of the earth and serve the purpose of elevating the house above the ground, allowing the local wildlife to flow beneath it.

Desiring a durable material which also maintains a naturally aesthetic appearance, designer Gudmundur Jonsson chose Kebony Clear wood for the cladding of the trapeze formation. “Kebony is a stable material that adopts an optimal looking patina when ageing. It was important to have low-maintenance

cladding on the house, therefore making Kebony Clear the perfect choice”, comments Jonsson.

Developed in Norway, Kebony transforms fast-growing FSC certified softwoods using a bio-based dual modification™ process, bypassing the deforestation of tropical hardwoods and limiting the environmental impact of the global construction industry.

The patented Kebony® technology permanently alters sustainable softwoods, such as pine, into products with enhanced dimensional stability, durability and hardness, guaranteeing longevity and a high level of safety.

In addition to Kebony’s reinforced structural qualities, Kebony is also a weather resistant material, making it perfect for withstanding the bracing conditions of Iceland and requiring no maintenance.

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Eagles Dream is an outstanding demonstration of Kebony’s commitment to preserving the natural landscape whilst also creating a unique modern design that will last for many years to come.

The natural finish of Kebony wood also effortlessly blends in with the landscape of Snæfellsnes, creating a seamless connection from the house to nature. Over time, the patina of the wood transitions from a rich brown colour to a unique silver-grey, harmonising with the surrounding natural landscape. The wooden cladding continues inside the house, offering a sense of continuity between the interior and exterior.

The walls of the home are adorned with veneer clad pine, pre-treated to match with the Kebony Clear wood applied to the exterior facade, making the wooden elements of the home homogenous with one another. The floors and bathroom walls are covered with the Icelandic Bluestone (Blágrýti), further establishing a material connection between the home and environment.

Reflecting on the project, Nina Landbø, Sales Manager of Kebony, comments: “Eagles Dream is an outstanding demonstration of Kebony’s commitment to preserving the natural landscape whilst also creating a unique modern design that will last for many years to come.”

FUTUREBUILD 2025: DISCOVER SUSTAINABLE SOLUTIONS FOR ARCHITECTS

From March 4-6, London Excel will host Futurebuild 2025, marking its 20th year as the go-to event for cuttingedge solutions in sustainability and innovation in the built environment. This year’s event is set to showcase even more groundbreaking products and forward-thinking exhibitors, making it an unmissable experience for architects and built environment professionals.

Dive into Innovative Products and Exhibitors

The Futurebuild Arena this year will host a wide variety of thought-provoking sessions focusing on the 2025 edition’s themes: circularity, social justice, and actionable sustainability. Experts will dissect the steps needed to achieve targets within one, five, and ten years, providing actionable insights for visitors. Speakers such as Sophie Thomas, Founding Partner and Chief Technology Officer at estaW Venture, Smith Mordak, Chief Executive of the UK Green Building Council and Katerina Papavasileiou, Director of ESG and Responsibility at Federated Hermes will be providing their expert insights, amongst many more.

On the main exhibition floor, visitors can see first-hand the advanced materials and technologies that industry leading suppliers and innovators are using to address the industry’s most pressing challenges. Exhibitors such as the Alliance for Sustainable Building Products (ASBP), RIBA, The Concrete Centre and others will present products designed to

meet modern sustainability and project demands.

The Innovation Trail, a curated path through the event, connects visitors with trailblazing exhibitors offering solutions that redefine sustainability standards. Architects and specifiers can explore pioneering materials, products, and methods that align with any kind of project goal.

Curated Impact Stages

Five dedicated Impact Stages offer CPDaccredited sessions tailored to specific aspects of the built environment:

• Buildings Impact Stage (sponsored by HG Matthews): Learn about designing net-zero, resilient, and visually striking structures, with insights from partners such as Levitt Bernstein, Innovate UK and Healthy Homes and Buildings Coalition. Topics include modular construction and the Future Homes Standard.

• Materials Impact Stage (sponsored by Aggregate Industries): Explore sustainable material use, waste reduction, and traceable supply chains with partners like Halliwell and Madaster UK.

• Placemaking Impact Stage: (Sponsored by Hahn Plastics) Collaborate with partners like Anglian Water, Arup and The Woodland Trust to design thriving, connected communities that prioritise sustainability.

• Energy Impact Stage (sponsored by Kensa): Discover solutions for decarbonising buildings through renewable energy, heat pumps, and thermal storage, with contributions Celsius Energy and Thermal Storage UK.

• FutureX Digital Disruptors Impact Stage (sponsored by One Click LCA): Focus on harnessing digital construction tools for environmental and societal benefits with insights from partners like Morgan Sindall, the London School of Architecture and National Grid.

National Retrofit Conference & Expo

Co-located with Futurebuild, the National Retrofit Conference sponsored by Sustainable Building Services is a hub for professionals tackling net-zero goals through retrofitting. Curated by Retrofit Academy CIC and National Retrofit Hub, the three-day conference focuses on scaling up retrofit initiatives to regenerate the UK’s building stock.

The new National Retrofit Expo will feature innovative exhibitors, including E.ON, Trustmark, and q-bot, presenting their solutions to retrofit challenges. Don’t miss the Big Retrofit Challenge, where finalists pitch transformative ideas to industry leaders.

Making An Impact

Futurebuild 2025 also introduces Impact 20x20, fast-paced Pecha Kucha-style sessions highlighting bold ideas for sustainability. Returning for another year, The Big Innovation Pitch will showcase finalists presenting their ground-breaking solutions for sustainability.

Futurebuild 2025 is more than an exhibition—it’s a platform to connect with game-changing ideas and products that shape a sustainable future. Scan the QR code to register today!

Introducing Impact - the theme driving Futurebuild 2025. Impact reﬂects our shared commitment to positive change in the built environment, with a focus on sustainability and innovation. By visiting Futurebuild 2025, you'll not only experience this transformation but also take part in it.

Discover cutting-edge solutions, connect with industry leaders, and gain the tools and insights to make a meaningful impact in your work and beyond.

BREAKING BOUNDARIES WITH COLLABORATIVE ENGINEERING AND DESIGN

Leviat’s Design Services Manager, Mick Beresford, explains why manufacturers of specialised engineered solutions are playing a vital role in turning ambitious design concepts into structurally sound realities.

There is no question that architects have an inherent desire to push the boundaries and create buildings that are not only fit for purpose but have an aesthetic impact and appeal. Outstanding architecture is a result of teamwork and collaboration but how can the partnership between architects, contractors and engineers achieve the very best in creative design particularly when projects become too complex for standard solutions?

Today’s built environment showcases designs that challenge our perceptions of space, form and function. From unusual angles to intricate façades to seamlessly integrated curved structures, these architectural statements present complex technical challenges that traditional construction methods struggle to overcome. This is where specialist product manufacturers step in, bridging the crucial gap between creative ambition and engineering feasibility.

By creating bespoke engineered components, these manufacturers play an important role in achieving the most complex architectural designs.

Through early involvement, they can tailor their products to the specific requirements of each project, enabling architects and contractors to explore new realms of design.

Rethinking façades

Masonry support systems are a prime example of how engineered solutions can transform façade design. By providing hidden structural support for brick or natural stone, these systems allow architects to break free from the limitations of standard brick-and-mortar construction.

Whether it’s a subtly undulating wall or a dramatically cantilevered feature, engineered masonry support solutions ensure that the vision can be realised without compromising on structural integrity or long-term durability.

Balcony connectors

Beyond the façade, balconies have become integral elements in contemporary, mixed-use developments. However, integrating these features

seamlessly into a building’s structure, especially in high-rise or unusually shaped buildings, presents significant engineering challenges.

Engineered balcony connector solutions address these challenges head-on and their correct specification is crucial for ensuring structural integrity, thermal efficiency, and fire safety. Balcony connectors are that critical link between the balcony and the building structure, transferring loads and accommodating potential movements. By offering thermal break technology and adjustable fixing points, these connectors allow architects to design balconies that appear to be natural extensions of the building’s form, rather than afterthoughts.

Inspirational design

The Shoreline development in Folkestone is a prime example of the way that tailored engineered solutions can bridge the gap between an architect’s vision and the practical engineering requirements. The project’s distinctive curved design, featuring convex and concave elements wrapped in a glazed white brick façade, required highly specialised solutions. Custom-engineered

masonry support systems, with bespoke brackets and channels, were crucial to realise the building’s complex geometry. Meanwhile, the balcony connections needed innovative non-standard brackets to interface with the curved concrete frame.

This process demanded close collaboration between design and production teams. Another important factor was the coastal location which necessitated all components being manufactured using grade 316 stainless steel to withstand sea spray and harsh environmental conditions.

Early engagement and collaboration

What became clear from this project is the value of early engagement and close collaboration between architects, engineers, contractors, and the product manufacturer Leviat to overcome complex design challenges. The result is a structurally sound and visually striking building.

Whilst the contributions of product manufacturers may sometimes be confined to a narrow technical aspect, their involvement from the very beginning of a project can prove

transformative. When manufacturers collaborate closely with architects and contractors during the initial design stages, their engineered solutions have the power to unlock a wealth of design possibilities.

Website: www.leviat.com Ashley Baxter Stonemasonry have many years experience of working in stone. We are happy to take on any new commissions involving the most intricate detail and can repair damaged architectural stonework.

If you wish to discuss any projects related to ashley@ashleybaxter.co.uk 07887 691008. We are based in Wiltshire.

Mobile: 07887 691008

Email: ashley@ashleybaxter.co.uk

Website: www.ashleybaxter.co.uk

Stonemasonry Sculpture

A-RATED FACADE SOLUTIONS REALISING ARCHITECTURAL DESIGN INTENT

Aliva UK is an industry-leading, awardwinning facade specialist. It has grown a demonstrable track-record in the UK over 25 years, and internationally for in excess of 70 years, backed by the strength and sector expertise of its Italian parent company Gruppo Ivas, a robust global group with proven longevity.

Aliva UK offers an extensive range of bespoke A-rated facade solutions encompassing a full rainscreen cladding product suite. Its cladding material proposition includes metal, ceramic, stone, terracotta, glass, glass reinforced

concrete and ultra-high performance concrete.

Its rainscreen cladding portfolio sits alongside a Kiwa certified, A1-rated External Wall Insulation and brick slip proposition as well as ceramic and stone slip options.

This contemporary facade offering provides statement aesthetics that can be used as standalone finishes or in unique combination, to meet architectural design intent without compromise and with full customisation possible.

Aliva’s systems include sustainable solutions to help maximise the thermal efficiency of buildings to contribute to the Net Zero Carbon agenda.

James Ormerod, Aliva UK’s Managing Director, said: “Our extensive product suite and end-to-end service offering means we can respond to the needs and challenges of any project or sector, from new build to retrofit and refurbishment through to historic renovations and redevelopments. We can customise all our facade systems to create statement aesthetics that deliver on architectural design intent and vision.”

Aliva UK provides an end-to-end service including consultancy, design, structural calculation, manufacturing and supply, installation and project management. Its solutions and consultancy services are

award-winning, with a pair of prestigious INCA (Insulated Render and Cladding Association) awards received most recently for two signature projects at the end of 2024.

Morriss House makes a statement in student accommodation

Aliva’s Morriss House project in Nottingham for Purpose Built Student Accommodation specialist Unite Students scooped the Judges Choice award in the INCA’s environmental - high rise category.

Morriss House features over 8,000sqm of Aliva’s A1 rated, Kiwa accredited EWI with red and buff clay slips, including acute and obtuse angled slips and a traditional corbel detailing effect, alongside stone rainscreen cladding, used as an accent feature.

The EWI with brick slip system has contributed to the £57million, 705-bed new build accommodation complex’s sustainability credentials. The project had several detail interfaces, however, the U-Value achieved was 0.10W/m²k. This thermal value was inputted into the final thermal calculations for the entire building.

Cortland Broad St. changes city skyline

Aliva’s Cortland Broad St. project in Birmingham for Build to Rent specialist

Morriss House

Cortland received the INCA award in the New Build: Residential - high rise category.

This 440-apartment development features 11,000sqm of Aliva’s A1 rated, Kiwa accredited EWI with clay slips in smooth red with a repeating chamfer as the ‘basketweave’ reveal.

The slip colourway/texture was smooth red, meeting the Birmingham planning officer’s specification to complement this part of the city’s industrial heritage/ existing traditional red brick aesthetic.

This system again complemented the project’s sustainability credentials, given the thermal efficiency benefits that EWI brick slip systems yield. The project had several detail interfaces, however, the U-Value achieved was 0.15W/ m²k, inputted into the final thermal calculations for the entire building.

Terracotta innovation takes flight in Brighton

Aliva’s customised terracotta rainscreen cladding on Brighton University’s School of Business and Law marks a triple award-winning facade system.

A first-of-its-kind in facade design, Aliva custom-designed the bespoke 3D white terracotta tiled ceramic veil cladding for Elm House, which takes its architectural inspiration from murmurations of starlings that take flight over Brighton’s iconic Pier.

The custom ceramic veil frame wraps around the building from the second level to support 3,120sqm of the bespoke terracotta tiles that were manufactured and supplied by Aliva.

Six different types of white, handmade, geometric glazed tiles in matt, gloss and

semi-gloss finishes were used to create the stunning aesthetic.

The building features 50,000 tiles in total, made out of 100% clay they provide both an organic and sustainable surface solution.

This flagship project pushed the envelope for design customisation of a cladding product. It secured a win at the UK Facade Awards in the ‘Best use of a rainscreen system using glass or ceramics’ category, the Best product/

surfaces trophy at the FX International Design Awards and the Business Awards UK’s Construction and Engineering Awards Innovation in Construction Materials award.

Metal facade creates flagship finish for Microsoft HQ

Aliva delivered a fully customised facade, a rainscreen cladding system fitting for a world-class IT company’s headquarters in Dublin. Aliva’s aluminium Alucovering system was adapted to suit the structural requirements of Microsoft’s innovative building design, with its trademark sloped top edges and inclined facade heads.

With four distinct finishes including etched, brushed, polished and natural –Aliva’s silver toned Alucovering system delivered originality and texture in its visual impact, providing an eye-catching headquarters for a ground-breaking brand.

www.alivauk.com

01183 240130

enquiries@gruppoivas.co.uk

Cortland Broad St.

Elm House

WHAT IS CORROSION AND WHY DOES VPCI® HELP?

Rust is a familiar sight for most of us. Rusty cars, rusty nails, rusty locks, and other forms of corrosion are part of everyday life, causing assets to lose their value and functionality. But while the problem is obvious, the cause and the solution are less apparent to most. However, understanding the cause of corrosion provides an important key to unlocking powerful solutions such as Cortec’s Vapor phase Corrosion Inhibitors (VpCI®) for metals preservation in industrial settings and beyond.

Understanding the corrosion triangle and knowing how to break it is the key to stopping rust. For corrosion to occur, three components typically must be present: metal, oxygen, and an electrolyte. Oxygen combines with metal molecules to create an oxide or corrosion product at what becomes the “anode” site of a corrosion cell. Breaking the connection between any of these elements interrupts the corrosion mechanism and keeps the metal from degrading.

Cortec’s Vapor phase Corrosion Inhibitors can break two sides of the corrosion triangle by creating a molecular barrier that interrupts the interaction of metal with electrolytes and oxygen. These “adsorb” onto a metal surface, making it more difficult for oxygen and moisture to interact with metal ions.

It is also important to understand how corrosion inhibitors are applied, since this has direct implications for their benefits and ease of use. A special advantage

of corrosion inhibitors is that they sublimate from a liquid or solid into a vapor, subsequently diffusing into areas of lower concentration until they reach their specific level of saturation. Because these vapors will continue to diffuse through the air unless they are trapped, they must be applied in an enclosed space to keep the protective layer intact. However, this vapor-phase action makes them much easier to apply to surfaces that are intricate or difficult to reach and eliminates the need to apply greasy rust preventatives that eventually must be cleaned off.

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Understanding the corrosion triangle and knowing how to break it is the key to stopping rust.

Sometimes, applying Vapor phase Corrosion Inhibitors is as simple as wrapping an auto part inside a piece of paper coated with corrosion inhibitors; other times, it means placing a VpCI®111 Emitter into an electrical cabinet so corrosion inhibitors can diffuse through the breathable membrane, condition the enclosure, and adsorb on intricate metal wires and contacts without disturbing service. Still on other occasions, it may involve fogging waterborne corrosion inhibitors into a power plant HRSG (heat recovery steam generator) for preservation during layup with an eye to speedy recommissioning.

Contact Cortec® to learn more about rust prevention with Vapor phase Corrosion Inhibitors and to unlock efficient protection.

Interno Marche, A DESIGN

EXPERIENCE HOTEL

A project that exemplifies the versatile use of Platek lighting fixtures: originally designed for outdoor settings but equally effective indoors.

DOT and Shield by Jan Van Lierde, Chiodino by DaBù and the Mini Corniche by the Platek R&D team

enrich and enhance the charm of the Interno Marche hotel park, while Dot unveils the poetic ambiance that lights up the hotel’s interior spaces. Platek, traditionally renowned for its outdoor lighting expertise, thus contributes to landscape architecture with products that are not only high quality, efficient and sustainable, but also reflective of the company’s 30+ years of experience. Not to mention their decorative side, featuring refined and graceful designs.

A recent project, inaugurated in April 2024, expressed through a late Libertystyle building from 1922, set against the stunning backdrop of the Sibillini Mountains and Conero coastline.

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Spanning 3,600 m2, the hotel is dedicated to celebrating the history of international design and its key figures.

Interno Marche hotel, Tolentino (MC)

Hotel Interno Marche is located in Tolentino, within a historic factory that for 60 years housed Nazareno Gabrielli, later becoming the headquarters of Poltrona Frau in 1962 and the residence of entrepreneur and patron Franco Moschini. Founder of the current Poltrona Frau, Moschini played a pivotal role in promoting Made in Italy on a global scale through iconic brands like Cassina, Cappellini, Zanotta and Gebrüder Thonet Vienna, where he is also Chairman.

Spanning 3,600 m², the hotel is dedicated to celebrating the history of international design and its key figures. It features 25 uniquely designed rooms, each inspired by the style and work of legendary designers, along with 5 suites named after the iconic design movements of the past century.

Following a meticulous restoration and transformation, the property now serves as both a home-museum and a destination hotel, where guests can journey through the styles and iconic pieces that defined the last century of interior design.

Interno Marche, Chiodino spikes design by studio DaBù - Platek

The project was brought to life by ORAstudio, an architecture and engineering firm founded by Cristiana Antonini, Claudio Tombolini, Michele Bonfigli and Federico Pisani, leading a multidisciplinary and professional team that expertly manages the design and construction processes for every project they undertake.

The lighting design was led by Lighting Designer Fabrizio Mancini, while the Landscape Design was executed by Luigina Giordani.

For the outdoor lighting, a mix of fixtures was selected to meet a diverse range of objectives such as enhancing the environment and beautifying or furnishing the spaces, while others are intended to ensure safety and usability after dusk. On one hand, a functional primary lighting system was conceived to serve practical needs, while on the other, more artistic lighting was employed to create truly captivating scenes, even turning bushes and trees into decorative features. The goal was to ensure the right lighting to enhance and optimise the functionality of all spaces.

Interno Marche, Dot spikes design by Jan Van Lierde and Mini Corniche by Platek R&D team

Platek has always remained true to its mission: providing just the right amount of light where needed, exploring new ways of experiencing social, urban, work and living spaces. Their lighting systems blend effortlessly into architectural contexts with natural elegance. With this in mind, Fabrizio Mancini selected DOT spike lights for the planters, but also for the interiors – in multifunctional areas, the café and lobby. For the garden of the outbuilding and the parking area, Chiodino spike lights and Shield fixtures illuminate the plants, while Mini Corniche lights enhance the information totems in the garden.

UKRAINIAN FURNITURE AND THE LVIV FURNITURE CLUSTER’S VISION FOR GLOBAL INTERIORS

Melding Tradition With Modern Design In Home Décor

Nestled in the heart of Ukraine, the Lviv Furniture Cluster stands as a testament to resilience and innovation. It unites the country’s most forward-thinking home and décor manufacturers. Amidst global challenges and geopolitical complexities, this cluster showcases Ukraine’s commitment to merging traditional craftsmanship with modern sustainability.

This collective of Ukraine’s top artisans and manufacturers is committed to preserving the country’s rich cultural heritage and redefining quality through sustainable and modern design. Their work continued to gain the international spotlight at Boutique Design New York (BDNY) 2024, where the cluster showcased diverse products that seamlessly blend traditional craftsmanship with contemporary aesthetics.

Sustainability Meets Artistry with Clayp

Leading the sustainable design movement, Clayp has transformed the way we view lighting. Using natural clay, marble dust, recycled paper fibers, and local plants, each piece is meticulously handcrafted to embody eco-conscious luxury. The brand’s Wichandelier (Zakohani), a sculptural lighting fixture inspired by the Ukrainian landscape, epitomizes the balance between form and function. What sets Clayp apart is its low-temperature drying process at 93°F, which significantly reduces energy consumption and showcases a thoughtful approach to environmentally responsible design.

Tivoli’s Timeless Creations

Nestled in the scenic Stryi district, Tivoli exemplifies the beauty of handcrafted wooden furniture. Known for its dedication to heritage and detail, the brand’s Striha lounge chair and table set represent the pinnacle of its craftsmanship. Using locally sourced beechwood, oak, and ash, Tivoli creates furniture that resonates with traditional and contemporary tastes. Their recent recognition at prestigious design awards, including the DNA Paris and Muse Design Awards, underscores their global appeal and commitment to excellence.

Donna’s Artistic Approach

With its Suminagashi table, Donna infuses artistry into functionality. Inspired by ancient Japanese marbling art, each table is a unique masterpiece, combining fluid, bold patterns that captivate the eye and spark conversation. Focusing on custom, high-end furniture, Donna’s work appeals to hospitality and residential spaces seeking unique pieces.

Modern Minimalism by Wowin

For those who favor simplicity with a touch of warmth, Wowin offers a range of Scandinavian-inspired sofas and armchairs. These pieces emphasize comfort and sleek design, making them ideal for boutique spaces that value style and functionality. Wowin’s philosophy that “design is made for life” is reflected in every piece, emphasizing furniture as more than just decor but an essential part of a harmonious living space.

A Testament to Resilience and Vision

The cluster’s participation in BDNY 2024 was more than just an exhibition; it was a statement of resilience and global ambition. Amidst geopolitical challenges, these Ukrainian manufacturers continue to innovate, bringing their unique vision of sustainability and handcrafted products to the world. The Lviv Furniture Cluster’s journey embodies not just the elegance of design but the enduring spirit of a nation determined to inspire and create, regardless of the obstacles faced.

EGGER’s extensive PerfectSense product portfolio offers you more design possibilities than ever before. Suitable for high-end furniture and interior design, our versatile and coordinated PerfectSense range is available in MDF, Lacquered Chipboard, Laminate and Edging, providing solutions for all design needs.

CARAVAN MANCHESTER BY OTHER SIDE

Located in Manchester’s St. John’s neighbourhood, Caravan Manchester is the latest addition to the all-day dining brand’s portfolio, designed by London-based interior studio Other Side. Reflecting Caravan’s laid-back New Zealand roots and the vibrant energy of Manchester, the space offers a welcoming, adaptable environment with strong ties to the surrounding community.

The 6,600-square-foot venue is crafted with a blend of textures, colours, and zoned layouts, encouraging guests to transition naturally from morning coffee to evening cocktails. The design takes inspiration from New Zealand’s rugged landscapes, using natural timbers, bespoke leather lampshades, and a palette of burnt orange and mustard hues to create a warm, organic aesthetic. A quarry-tiled floor by Ketley Brick grounds the space, providing a tactile, rustic finish, while a bespoke ‘chimney’ feature above the double-sided fireplace draws the eye upward, creating a focal point that brings a sense of warmth and structure.

Adaptability is a key design element, with six-metre retractable windows allowing the space to transform during warmer days, blurring the boundary between indoors and outdoors. Layered lighting enhances this flexibility: natural

light fills the space from floor-to-ceiling windows along both external walls, while handmade leather pendants by Ted Todd and DCW wall lights and pendants provide soft, ambient lighting as evening approaches. This combination ensures a seamless shift from bright daytime gatherings to a more intimate evening setting, supporting Caravan’s ethos of offering an all-day dining experience.

Distinctive design features include a listening room and a dedicated coffee roastery, each adding sensory layers to the experience. The listening room, fitted with bespoke plywood shelving to display vinyl records and decks, functions as a music-focused retreat, creating a distinct atmosphere within the overall dining space. Meanwhile, the coffee roastery—a focal point exclusive to Caravan’s northern outpost—adds an industrial quality to the interior. Exposed concrete columns, raw ceilings and industrial retractable windows lend a sense of authenticity, while the aroma of freshly roasted coffee brings a unique sensory dimension to the space.

Other Side’s design approach also incorporates principles of sustainability

and craftsmanship. Locally sourced, reclaimed materials are used throughout, including vintage furniture and coffeewaste table tops, which add texture and character. Timber frameworks and hempclad walls contribute to acoustic comfort and sustainability, blending practical elements with aesthetic appeal. At the centre of the space, a cocktail bar clad in terracotta-hued corrugated panelling and paired with leather bar stools serves as a visual anchor, balancing the material warmth with functional design.

Caravan Manchester is designed as a space that resonates with Manchester’s communal spirit and celebrates the tactile qualities of carefully selected materials. With thoughtful zoning, adaptable layouts, and an interplay of textures, the interior captures a sense of place and purpose, offering an inviting experience within the city’s evolving dining landscape.

Specifying CFA members for your flooring projects means you’ll be gaining a wealth of experience from vetted contractors with the knowledge and products to fulfil your specification with a sustainability criteria.

CFA members are part of a supply chain that includes specialist contract flooring contractors, manufacturers and distributors, all promoting the highest standards and expertise.

EFFECTIVE COOLING SOLUTION FOR RETROFITS

SHADING VS SOLAR GLASS: AWARD WINNING ARCHITECT REVEALS

As global temperatures continue to rise and extreme weather events become increasingly frequent, embracing effective and sustainable cooling solutions has never been more critical.

The World Economic Forum’s Global Risks Report 2024 highlights the growing intensity of climate-related challenges, with extreme heat emerging as a top concern for communities worldwide.

In order to manage temperatures in homes without adding to the climate crisis by relying on carbon-expensive solutions like air con, the International Energy Agency (IEA) is encouraging the use of sustainable cooling practices to reduce emissions.

Preventing heat from entering buildings in the first place emerges as the most effective way to sustainably keep buildings cool.

An advocate for sustainable design, award-winning architect Dominic McKenzie, explores architectural and retrofit strategies that seamlessly blend aesthetic with environmental responsibility.

Shortlisted for the AJ Retrofit & Reuse Awards, McKenzie’s practice demonstrates how cutting-edge design can transform existing buildings into models of urban sustainability, challenging traditional approaches to architectural renewal.

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Preventing heat from entering buildings in the first place emerges as the most effective way to sustainably keep buildings cool.

He said: “Retrofitting is important for architecture at the moment. We are moving away from iconic new-build houses, and I think what people are respecting more now is subtle and clever makeovers of existing building stock.

“From a sustainability viewpoint, it’s critical that we explore ways to manage overheating that can easily be applied to existing buildings. In the UK we are starting to see solutions that have long been popular in Europe, like external blinds.”

He continued: “Shading is generally considered the most effective and cost-efficient method for keeping homes cool. Natural shading from strategically placed trees and vegetation can be effective but architectural shading solutions provide more robust, reliable protection from solar glare.”

Architectural shading, like awnings or exterior blinds, block solar radiation before it enters the home, preventing heat gain and reducing indoor temperatures dramatically.

Fixed awnings provide consistent shade during peak sunlight hours, while retractable or adjustable blinds offer flexibility in managing solar exposure throughout the day.

Luxury exterior blinds provider, Kensington Blinds, has reported that their installations have reduced temperatures in homes by up to 7C.

PYRAN® S

For fire resistance and protection of people and property

Now available for UK manufacture

Multifunctionality in fire protection

PYRAN® S is a pre-stressed, monolithic borosilicate single pane safety glass in accordance with EN 13024-1.

As a component in fire-resistant glazing that meets the requirements of resistance classes E 30, E 60, E 90 and E 120, it has proven its outstanding optical and mechanical characteristics over the years in a wide variety of buildings.

Areas of application

PYRAN® has been internationally approved and ideally suited for:

• Facades

• Partition walls

• Skylights and rooflights

• Doors

• Roofs

• Smoke screens

• lift door glazing

• lift shaft glazing

Facts

• Higher ability to withstand temperature differentials: In comparison to soda-lime glass, tempered borosilicate glass can better withstand temperature differentials and can therefore be glazed with normal edge covers (20±2 mm).

• Higher softening temperature: Because the glass is selfsupporting for more than 30 minutes, large panes and simple frame constructions are now possible.

• Higher viscosity: The glass flow rate is low due to the high viscosity and durability of borosilicate glass, so with more edge cover, greater fire resistance times in excess of 90 minutes can be achieved.

• NiS crystals do not form: Due to the chemical composition of borosilicate glass, nickel sulphide crystals cannot form. Spontaneous glass fracture due to embedded NiS crystals cannot happen with PYRAN®.

Further information is available from our sales and technical offices or visit www.firmanglass.com

Tel: 01708 374534 Email: Pyran@firmanglass.com

Firman Glass, 19 Bates Road, Harold Wood, Romford, Essex RM3 0JH

Lighting Design International ILLUMINATES STUNNING RELIGIOUS ARCHITECTURE AT

Pearl

Island Mosque IN Doha, Qatar

Leading lighting design consultants, Lighting Design International, have added another prestigious project to their design portfolio, having created a striking scheme for the Hamad bin Jassim bin Jaber Al Thani Mosque in Doha, Qatar.

The recently inaugurated Hamad bin Jassim bin Jaber Al Thani Mosque at The Pearl Island encompasses 27,720 square metres, with a striking dome towering at 47 metres in height, securing the mosque as a beacon of spiritual significance

and boasting breathtaking views of The Pearl Island’s iconic roundabout, clock and fountain.

Architect and interior design studio Zeynep Fadillioglu Design created a New Baroque architectural design style for the mosque, setting it apart as a unique gem on the city’s landscape.

Lighting Design International were chosen to design and deliver the lighting scheme for the exterior courtyard, façade and interiors of the mosque. For the exterior lighting, the consultancy used a variety of colour temperatures creating a dynamic display which thoughtfully played with light and shadow, highlighting the unique architectural features of the structure. This effect was achieved using a palette of colour temperatures, and whilst 3000K was used for the overall lighting scheme, a warmer 2700K was introduced to accentuate the gold pinnacles on the towers adorning the domes, which contrasted brilliantly with a cooler 4000K which was used to uplight the domes beneath.

The façade features a combination of spotlights and linear lighting carefully chosen to highlight selected features. Inground uplighters to the lower levels and lensed linear washes of light accentuate the wall motifs, whilst

working alongside surface mounted spotlights, which highlight the column and arch details on the top of the Minaret. Both the glow from the interior and Main Prayer Room and backlighting

of the window ironmongery details adds further depth and dimension to the facade.

When entering the mosque, you are greeted by a warm and welcoming atmosphere. This is created using a layering of lighting elements including decorative pendants, background ambient lighting from concealed coves and carefully placed accent downlighters. This warm glow, along with soft uplights at the doorways, invites people in and the framed archways then lead people through the route to the Ablution areas and into the Prayer Rooms.

As the mosque is set across many levels, Lighting Design International set a path of uplighters at each level of the exterior drawing your eye skyward. This technique is mirrored on the inside. In the Main Prayer Hall, the architectural

The façade features a combination of spotlights and linear lighting carefully chosen to highlight selected features.

features are highlighted, the main pillars are uplit and the windows are framed with light drawing your eye up to the decorative domes above. In contrast, the grand architectural arches are illuminated using a lensed linear wash, ensuring the lighting remains uniform across such a wide area.

The interiors are softly lit using subtle downlights to create the desired illumination, without taking away from the overall design. This technique, combined with decorative chandeliers and pendants help to elevate the aesthetics of the space. In the Main Prayer Hall (also the Ladies Prayer Room), spotlights were integrated into the low hanging decorative pendants to achieve the required lighting levels in the centre of this great space. Up from the Upper Mezzanine level hidden spotlights are used to highlight the Mimber and important artefacts, such as decorative calligraphy shields, which are captured in a narrow beam to emphasise their cultural significance.

The beautiful lighting scheme has contributed to the awe-inspiring grandeur of the Pearl Island Mosque, offering tourists and residents a serene haven for worship, and securing its position as one of the region’s most prominent religious destinations.

2025 LIGHTING TRENDS

Founder of Industville, Mara Rypacek-Miller, predicts what lighting trends will illuminate and dim in 2025.

Lighting psychology

While the impact of lighting in healthcare spaces and offices is well-researched, insight into lighting’s impact in retail and hotel settings is going to be a big focus in 2025. Aligning lighting with consumer psychology will be key for enhancing customer experiences, with brands needing a deep understanding of the purpose of each space and to optimise lighting accordingly. For example, in a hotel setting the complexities of consumer mindset and physical experience are key. A lobby that’s too dim may cause guests to feel weary and unfocused during check-in, while a bar area that’s too bright may make guests feel irritable and less likely to spend time (and money) there. Incorporating lighting that not only looks good but is scientifically proven to evoke certain emotions and behaviours will be essential.

Mixed Materials

Contrasting materials are set to be trending, with lighting being used to introduce bolder pops of colour and texture. Designers will be mixing and matching materials to add depth and dimension to a space, allowing opportunities to play with light and shadow too. Brass fixtures, vintage glass and natural stone are steadily gaining traction and will continue to be seen in new lighting designs next year. Contrasting a traditional aesthetic with

modern nuances is also set to rise, such as adding a grand chandelier in a rustic farmhouse scheme or introducing oldschool industrial ceiling lights in high end restaurants.

Sustainable Lighting

The trend of biophilic design, which seeks to connect people with nature, will continue to grow in 2025. Energyefficient LED technology, solar-powered lights, and fixtures made from recycled materials are already on the rise to meet the growing demand for sustainable lighting alternatives. Faux woods and plastic are being replaced with natural fibres like rattan, seagrass and bamboo, mango and pine woods, and recyclable metals like aluminium. Smart lighting systems are only going to further evolve, with daylight harvesting and automated

shading technology helping to reduce energy consumption and maximise natural light where possible. Expect to see lighting mimic natural daylight and use adjustable colour temperatures to match light patterns throughout the day, helping to improve mood, productivity, and comfort for employees and patrons.

Layered Lighting Strategies

Incorporating ambient, task, and accent lighting has always been essential, but a few new techniques are on the rise. Gone are the days of very dark restaurants where a phone light is needed to read the menu, more complex light layering plans will ensure every point in the customer journey functions as needed and fosters an enjoyable experience. Spot lighting installed above booths and stylish cordless table lamps are proving popular to maintain intimacy yet improve practicality in hospitality settings. Stacked lighting is also predicted to rise, with clusters of pendants and different heights floor lamps adding point of difference and depth in a room.

Smart lighting systems are only going to further evolve, with daylight harvesting and automated shading technology helping to reduce energy consumption and maximise natural light where possible.

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Industville, Albany Double Pendant Light

- Natural Cotton Shades, £399, Auburn Wooden Counter Height Stool, £279

Industville, Albany Double Pendant Light

- Natural Cotton Shades, £399, Auburn Wooden Counter Height Stool, £279, Albany Wall Light - Natural Cotton Shade, £129

ABLOY UK CELEBRATES PATRICK JEFFERIES’ 30 YEARS OF DEDICATED SERVICE

Patrick Jefferies, Abloy UK’s esteemed Commercial Director, celebrates 30 years of dedicated service to the company and the industry. Pat’s journey with the company is a testament to his unwavering commitment to safety, compliance, and innovation in the field of security solutions.

Starting as a Regional Sales Representative in 1994, Pat’s career

with Abloy has seen him progress through various roles, including National Sales Manager, Academy Director, and Commercial Director in 2011. Throughout his time with the company, Pat has been dedicated to the company’s growth and to advancing standards in the security and access control industry.

A major achievement during Pat’s career was the establishment of the Abloy Academy, which was created to offer training programs that focus on safety, compliance, and best practices in security and access control. The Academy has helped educate installers, specifiers, and other professionals in the industry, supporting the adoption of industry standards.

In addition to his role at Abloy, Pat serves as the UK’s technical expert for electric locking with the British Standards Institution (BSI) and the European Committee for Standardization (CEN). His involvement in shaping industry standards has been important in ensuring the continued development of best practices and safety protocols across Europe.

VENTILUX CELEBRATES MILESTONE ACHIEVEMENTS OF LONG-SERVING TEAM MEMBERS

Ventilux is celebrating the dedication and service of its team members as they mark significant career milestones.

Graham McGrath who has been with Ventilux for 30 years, Emma

Jevons for 20 years, Anthony Kelly for 10 years, and Joanna Pazdan also 10 years have played integral roles in Ventilux’s accomplishments as a company, embodying the company’s core values of innovation, reliability and teamwork.

Since its inception, the family-run company has fostered a culture of collaboration and commitment.

These employee milestones highlight the shared vision and dedication of a team driven to deliver life-saving solutions that meet the highest industry standards and illustrate a commitment to nurturing talent and providing opportunities for both personal and professional growth.

ABODE CONTINUES TO GROW

WITH TWO KEY APPOINTMENTS

Abode has recently welcomed EvaMaria Hickey and Ian Lodge to the team.

Eva-Maria Hickey, newly appointed Supply Chain Manager, brings a wealth of knowledge to the Abode family with a passion for home improvements and extensive experience in international supply chain management.

Eva worked her way up the ladder from roles at a software company as Business Operational Supervisor to Operations & Supply Chain Manager at Storopack. Working closely with senior leadership teams to implement KPIs and create shorter lead times, Eva progressed as European Operation Manager and Group Supply Chain Director, leading both Purchasing Teams and European Warehouse managers at SALUS Controls.

Ian Lodge, newly appointed Technical Manager, brings extensive experience within category and project management, paired with a natural curiosity for the technical side. He was previously Product Manager at Wirquin, and Assistant Product Category Manager at City Plumbing which gave him valuable insights into customer and supplier perspectives. This wide-ranging background gives him the “big-picture” mindset which the Abode family values and always seeks to nurture.

Other Side CRAFTS Blacklock’s CHARACTER-FILLED NEW HOME ON MANCHESTER’S PETER STREET

Blending rich history, reclaimed materials and a sense of timeless escapism, interior design studio Other Side has transformed the basement of a Grade II listed warehouse into award-winning steak and chop house Blacklock’s newest outpost.

The restaurant is housed in the basement of Freetrade Exchange, a Grade II listed building that has stood proudly on the corner of Peter Street Manchester since the Victorian era. An imposing and iconic building that powerfully represents the architecture of the city and its rich history, it makes a fitting choice for Blacklock’s much anticipated Northern outpost. The building dates back to the 1860s when it was filled with the colourful sights and bustling sounds of a Victorian fabric warehouse.

The experience begins outside, where a glimpse into the basement sparks curiosity. Descending into the cosy venue, guests are greeted by a carefully curated environment that feels both familiar and inviting. Shafts of light from high windows shift the atmosphere throughout the day, while textured materials, muted tones and heritage elements create a timeless escape. It’s a space where time seems to slow,

transporting guests away from the city above.

Inside, Other Side uncovered the building’s original timber floors and high vaulted ceilings, showcasing their natural texture and marks of history. Exposed brickwork reveals the fabric of the building’s past, with small sections repaired using locally sourced reclaimed bricks, seamlessly blending into the original structure. These authentic features, combined with deep peacock blues and rich greens in the fixed seating and upholstery, give the venue a character that feels rooted in the building’s unique story. The understated bar, inspired by hidden New York speakeasies, greets guests upon entry, drawing them deeper into the venue. Formed from reclaimed panels painted in thick gloss black, the bar sets a tone of sophistication and intrigue before opening into the main dining area.

The design offers a mix of seating options, from curved booths to open tables, with reclaimed screens and exposed structural columns naturally zoning the space into cosy corners. Each area feels distinct yet cohesive; offering guests a choice of intimate or open dining experiences while hinting

at the building’s storied past as a textile warehouse.

The kitchen pass, framed by reclaimed glazed bricks found on site—commonly used in Manchester’s Victorian era—adds a sense of theatre and connection to the dining experience. Guests can view the charcoal grill through vintage timber screens, tying the main dining area to Blacklock’s vibrant culinary ethos. A salvaged mid-century ocean liner serving station, lovingly restored, becomes a striking feature that showcases craftsmanship from a bygone era.

Every detail has been thoughtfully sourced to enhance the building’s story. Lighting, chairs and furniture, including the waiter stations, were individually sourced from local vintage markets and traders. Handpicked reclaimed doors add an extra layer of authenticity, while table tops crafted from reclaimed iroko wood lend warmth and tactility. Surfaces and shelves are layered with unique reclaimed finds, giving the space a familiar, lived-in feel. Blackboards and vintage picture lights on the columns echo Blacklock’s DNA, adding subtle charm and reinforcing the venue’s nostalgic atmosphere. Exposed structural beams instinctively provide character, making the space feel as though it has always belonged on Peter Street.

Visit us online: www.atouchofbrass.co.uk Or visit our showroom:

210 Fulham Road, Chelsea, London SW10 9PJ

ESTABLISHED IN 1982 TOUCH IRONMONGERY LTD

One of London’s Leading Architectural Ironmongers EST 1982

Since our establishment in 1982, we have operated from our Chelsea showroom, showcasing over 3,000 products and maintaining substantial stock levels for many items. Our diverse customer base includes architects, interior designers, builders, and private individuals. Additionally, we have a robust export market reaching the Middle East, Europe, and the Americas.

Product Range and Finishes

Touch Ironmongery offers an extensive selection of finishes, including: Brass, Satin Brass, Polished Chrome, Polished Nickel, Satin Nickel, Copper, Antique Brass, Black, Pewter, Ceramic, Leather, Satin

Stainless Steel, Gun Metal, and Four shades of Bronze.

Our offerings continue to evolve, ensuring we meet the demands of modern trends and innovative designs.

From historical styles dating back to 1638 (Louis XIV) through Georgian, Edwardian, Victorian, and Art Deco periods, to contemporary designs, our inventory caters to all tastes and project requirements.

Unparalleled Expertise

Our founder, Bill Benham, boasts 44 years of experience in the ironmongery trade. He is supported by Jim Haselup, who also has 44 years of expertise, and Saleem Qureshi, the newest team member with 24 years of experience. This combined knowledge ensures unparalleled guidance in selecting the perfect ironmongery for any project.

Commitment to Quality

Touch showcases the finest of British manufacturing, with many products crafted by Midlands-based artisans in factories with over 200 years of history. We are also the exclusive UK supplier of Designer Doorware (Australia), known for their cutting-edge designs using metal, wood, and concrete.

Additionally, we proudly represent Olaria (Barcelona), a brand renowned for bespoke products and exceptional craftsmanship.

Service Excellence

We understand that ironmongery can be a complex aspect of any building project. To simplify the process, we offer an onsite service, providing detailed schedules for doors, windows, and rooms, ensuring all requirements are clearly identified.

Restoration Services

Restoration forms a significant part of our business. We undertake complete ironmongery refurbishment projects, restoring items to their original glory and often achieving substantial cost savings compared to replacements.

Visit us online or in our showroom to explore our offerings and experience the expertise that has made Touch Ironmongery a trusted name in architectural hardware since 1982.

For more information about Touch Ironmongery or to arrange a showroom visit please call 0207 351 2255 or alternatively visit www.atouchofbrass.co.uk

THE IMPACT OF TECHNOLOGY ON MODERN ARCHITECTURE

By Thomas Goodman, Property and Construction Expert at

One of the most significant technological advancements in architecture is the development of digital design tools. Computeraided design (CAD) software allows architects to create very precise and detailed 2D and 3D models of buildings. This makes collaboration, visualisation and simulation much easier.

Building Information Modelling (BIM) takes this a step further by creating a digital representation of a building’s physical and functional characteristics, including its geometry, special relationships, geographic information, and quantities and properties of the building’s components.

BIM enables architects to analyse building performance, identify potential problems, and optimise their designs for energy efficiency. It also facilitates collaboration between different project stakeholders, such as architects, engineers, and contractors by providing a shared digital platform.

Sustainable Design and Construction

Technology has also played a crucial role in promoting sustainable design and construction practices. Building

performance simulation software allows architects to analyse a building’s energy consumption and optimise its design for efficiency. By simulating various design scenarios, architects can identify the most sustainable solutions for things like heating, cooling, and lighting systems.

Advancements in materials science have led to the development of innovative building materials that are both durable and sustainable. Recycled materials, low-carbon concrete and energy-efficient glazing are just a few of the examples of sustainable materials that are being used in modern architecture.

3D Printing

3D printing technology is revolutionising the construction industry by enabling the fabrication of very complex and customised building components. Architects can print building components layer by layer. This allows them to create unique and innovative structures with unprecedented speed and precision – a real game-changer in the industry.

This technology has the potential to help reduce construction waste, labour costs, and construction time. 3D printing can also be used to create customised building elements, such as architectural facades, interior fittings, and even entire buildings.

Artificial Intelligence and Robotics

Artificial Intelligence (AI) and robotics are transforming the way that buildings are designed, constructed, and maintained. AI-powered design tools can generate innovative design solutions, analyse large datasets quickly, and optimise building performance. Robotic construction systems can automate mundane, repetitive tasks such as concrete pouring and bricklaying. This helps improve efficiency and reduce labour costs for construction projects.

AI and robotics can also be used to monitor and maintain buildings. They can quickly and accurately detect potential problems and help to optimise energy consumption. This can lead to significant savings in energy costs and reduce the environmental impact of buildings.

Virtual and Augmented Reality

Virtual and augmented reality (VR/ AR) technologies are changing the way architects and clients visualise and experience buildings. VR allows users to immerse themselves in virtual environments and explore the building designs in detail. AR can overlay digital information onto the real world, which is helpful for visualising designs, enhancing the design process, and bettering communication with clients.

By using VR and AR, architects can create more engaging and interactive design presentations, allowing clients to experience their designs first-hand. These technologies can also be used for training and education, providing immersive learning experiences for future architects and engineers.

The Internet of Things (IoT) and Smart Buildings

The Internet of Things (IoT) refers to connecting devices and systems within buildings. This helps to create smart and efficient spaces. Smart sensors can monitor temperature, air quality, and humidity, and can adjust HVAC systems accordingly. Smart lighting systems can automatically adjust lighting levels based

3D printing technology is revolutionising the construction industry by enabling the fabrication of very complex and customised building components.

By using VR and AR, architects can create more engaging and interactive design presentations, allowing clients to experience their designs first-hand.

on natural light and occupancy of the room.

By integrating IoT devices into buildings, architects can create comfortable, energy-efficient, and responsive environments.

Modular and Prefabricated Construction

Modular and prefabricated construction methods are gaining popularity due to their efficiency and cost-effectiveness. By building components in a controlled factory environment, these methods can

reduce construction time and minimise waste.

Modular construction involves building prefabricated modules that are transported to the construction site and assembled. Prefabricated construction involves creating entire sections of a building off-site and then transporting them to the site for assembly. These methods can help to accelerate construction timelines and improve quality control.

The Future of Architecture

As technology continues to evolve, the future of architecture is full of exciting possibilities. From advanced design tools to innovative construction techniques, technology is shaping the way in which we design, build, and experience our built environment. By embracing technological advancements, architects can create more sustainable, efficient, and inspiring buildings that meet the needs of future generations.

Final Thoughts

The impact of technology on modern architecture is undeniable. From the early days of CAD to the cutting-edge advancements in AI and 3D printing, technology has revolutionised the way we design, construct, and interact with buildings.

This technological revolution is not just about efficiency and speed – it's about creating a future where buildings are sustainable, responsive, and perfectly tailored to our needs. As architects embrace these advancements, they can create structures that are not only functional but also inspiring, shaping a future built environment that benefits both humanity and the planet.

HOW CAN WE MODERNISE LONDON’S OUTDATED PUBLIC REALM?

By Bill Webb - co-founder of Able Partners

The public realm is the most important real estate in London, but a disproportionate amount of this increasingly busy space is given over to legacy uses from the 20th century, such as roads for private cars and parking. We therefore have a huge opportunity ahead to radically modernise London’s Victorian infrastructure and enhance the city’s reputation as the capital of innovation if we re-evaluate our transport priorities.

The Attenborough Line

We have drawn up proposals to lift mass transit off the ground plane with a permanent new cable car route, called The Attenborough Line, starting at Old Street roundabout and continuing directly west through Clerkenwell, Farringdon, Holborn, New Oxford Street, and Oxford Street before terminating in Marble Arch.

Similarly to the Mayor of London’s new scheme, our plans would transform the roads below into a pedestrian

superhighway running straight through the capital, creating spaces to play, interact, rest eat, compete, watch, dance and thrive. From open air auditoriums to arboretums, and boules to boulevards, this is a chance to create a true city of the future which will cement London as progressive, innovative and brave.

A future-proof solution

Against the backdrop of a national obesity crisis, any transport solution that stands the test of time must prioritise health implications – and this can easily be achieved with the right infrastructure in place.

A key downfall of Sadiq Khan’s plans for Oxford Street includes the banning of cyclists, which is not the route we’d

expect. By encouraging walking, cycling and active leisure through the creation of generous cycle lanes for two- and four-wheeled electric bicycles, The Attenborough Line would create a wide boulevard that would house all kinds of natural elements and diverse spaces for community activities.

Additionally, sustainability is absolutely crucial to future-proofed transport planning - another key aspect addressed by pedestrianising central London, given the long-term secondary benefits brought by cleaner air due to fewer vehicles and more trees.

In creating a city-wide urban activation that’s as inclusive as it is atmospheric, the proposal also addresses our city’s great need to democratise the public realm for the elderly, children and for those without access to gardens in central London.

Radical change requires radical collaboration

Ultimately, projects such as The Attenborough Line represent the type of modern, bold infrastructure reflective of a leading capital city of the 21st century. It’s clear that renewal is needed, and Sadiq Khan’s plans have received widespread support from authorities and local businesses.

However, change requires collaboration, and any attempt to radically renew our infrastructure would require serious commitment among political stakeholders, several London boroughs, public and private companies, built environment experts and organic communities to bring change into fruition.

The plans are there, so now it’s up to officials to decide whether the scheme deserves planning permission to change our city for the better. It’s time we capitalised on the opportunity, and strengthened London’s title as a leader in urban renewal once more.

UNIVERSITY OF HERTFORDSHIRE’S FLAGSHIP SPECTRA BUILDING OPENS

The University of Hertfordshire has celebrated the completion of its new state-of-the-art building, Spectra, home to the School of Physics, Engineering and Computer Science (SPECS). Designed by BDP, Spectra marks a significant milestone in the University’s commitment to advancing science, technology, engineering, and mathematics (STEM) education and research. The £63 million building, located on the College Lane campus, has officially opened its doors for the 20242025 academic year.

Spanning five floors and standing as the largest structure on campus, Spectra is a cutting-edge facility that consolidates the University’s departments of physics, engineering, and computer science under one roof for the first time. The 15,000 sq m building offers worldclass resources, including high-tech laboratories, collaborative workspaces, and industry-leading equipment. These features are set to significantly enhance the University’s teaching and research capabilities, allowing staff and students alike to explore new boundaries in STEM disciplines.

New facilities include dedicated robotics and cyber security laboratories, the latest in aeronautical and automotive simulators, wind tunnels and areas designed to accommodate destructive testing of experimental structures.

From autonomous vehicle design to cyber security challenges, the building is designed to provide hands-on experience, preparing students for realworld careers.

At the heart of BDP’s multidisciplinary design is the creation of an environment that promotes interdisciplinary collaboration. Visible research and teaching areas, communal workshops, and adaptable spaces have been strategically integrated to encourage interaction between students, staff, and researchers across disciplines. This innovative approach aligns with the University’s vision of transforming the student experience by offering practical learning opportunities and nurturing a sense of community.

The building’s façade design draws inspiration from Hertfordshire’s rich aeronautical history and the University’s heritage. The use of corrugated metal on the main facades pays homage to the legacy of the local De Havilland aircraft manufacturing company and its hangars. Complementing this, brickwork matching the tone of the campus’s Main Building has been incorporated into the ground

floor plinth and cores, creating a visual link between past and present. This brickwork also provides an important wayfinding tool and lends a human scale to the building’s edge, anchoring it within the campus environment.

The building also supports the University’s goal of strengthening ties with local and national businesses. By accommodating specialist laboratories and enabling industry partnerships, Spectra will contribute to regional economic growth and address the UK’s critical skills gap in STEM sectors. It is designed not only to serve as a hub for academia but also to become a focal point for innovation and enterprise across Hertfordshire and beyond.

Spectra is the first phase of the University’s ambitious 2030 Vision, a £180 million investment in new and upgraded facilities. As a beacon for STEM innovation, Spectra will be instrumental in shaping the future of education and research at the University of Hertfordshire.

BDP’s multidisciplinary team provided architecture, acoustics, building services engineering, graphic design, interior design, landscape architecture, lighting and sustainability consultancy to deliver this landmark building. The team worked collaboratively with Atkins Realis providing project management, cost management, CDM and BREEAM consultancy. Aecom provided civil & structural engineering.

Images: BDP & Nick Caville

INTRODUCING

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SCHÖCK PROVES MORE THAN EQUAL TO PASSIVHAUS CHALLENGES

Custom House is a major regeneration scheme in Newham, East London. A project which Schöck has been heavily involved in from the outset; initially providing full design support and installation training. The project is designed to Passivhaus standard, so the need to effectively

eliminate any risk of thermal bridging at various points of the design detailing was crucial. As Europe’s leading supplier of innovative load-bearing insulation products, this is where Schöck really came into its own – with high performance solutions for the columns, balconies and

To meet these demanding loads, it was necessary to incorporate multiple Sconnex type P units at the head of each column – the first time this particular design solution has been used in a UK project.

parapets. Known as the Custom House kickstart project and designed by Adam Khan Architects and Haworth Tompkins (for which they received a Housing Design Award) it is part of a wider masterplan by Adam Khan Architects. The main delivery partner is The Hill Group and the scheme overall consists of three mansion blocks, ranging in height from four to eight storeys. This first stage though will deliver 95 affordable homes, along with commercial space, community growing space, communal gardens and a highquality accessible public realm.

The columns presented a special challenge

It is estimated that around 40% of all structural thermal bridges in buildings are caused by walls and columns; and these are calculated to be responsible for at least 10% of the heating energy loss. The recently introduced Schöck Sconnex range is a unique solution to this problem, allowing walls and columns to be directly and permanently insulated. There are three product variations, the type W, type P and

Custom House –courtesy of Adam Khan Architects

type M. Specifically, the Sconnex type P is the product used at Custom House. It consists of a thermal insulation element and a reinforcement element, both of which are required to withstand the bearing load. The thermal insulation element has a pressure-resistant support structure, made of lightweight concrete and polypropylene fibres, all in a 100mm thick insulation layer. Its performance significantly reduces heat flow, but importantly, also eliminates the

need the for the traditional solution of using cumbersome flanking insulation. On this occasion though, quite apart from effectively isolating the rectangular columns from the rest of the building, there were challengingly high load requirements. To meet these demanding loads, it was necessary to incorporate multiple Sconnex type P units at the head of each column –the first time this particular design solution has been used in a UK project.

Parapets are as prone to thermal bridging problems as balconies

Preventing thermal bridging at the Custom House parapets was also a critical consideration for such a high performance development, because as with balconies, parapets can allow conductive materials to transfer energy through the thermal barrier. Conventionally, in the majority of cases, the method of insulating parapets and parapet walls is to wrap the perimeter of the wall with an insulation barrier. However, the Schöck Isokorb XT type A used here offers a solution that is both more cost-effective and more thermally efficient than conventional wrapped parapets. Its 120mm insulation thickness results in low psi-values and therefore significantly reduces heat loss – and there is no wrapping required. An added benefit being there is no risk of any additional thermal bridging through balustrade fixings. Other key factors are durability –

and significantly water impermeability – so there is no risk of expensive maintenance or restoration due to waterproofing problems.

High performance solution for the concrete balconies

For the concrete balconies at Custom House the tried-and-tested Schöck Isokorb XT Type K has been incorporated to meet Passivhaus standards. The XT type K with compression module HTE-Compact and 120 mm insulation thickness, is a load bearing thermal break element for free cantilevered balconies. It is the company’s most efficient thermal break ever, offering 30% more thermal performance than the standard Schöck Isokorb T type K.

The widest range in Europe

All of the Schöck products used at Custom House (the Sconnex type P, the XT type A and the XT type K) are certified by the Passive House Institute in Germany. With the Sconnex type P being the only column connection certified by the Institute. The fully compliant Schöck Isokorb range, whether for Passivhaus or standard solutions, offers the widest selection of structural thermal break solutions from any European supplier. In the UK, the range enables projects to meet full compliance with the necessary Building Regulations (and the impending Future Homes Standard criteria where relevant). There is also the security of independent BBA Certification, which provides NHBC approval.

Contact Schöck on 01865 290 890; or for full details of the entire product range visit the solutions page on the website at www.schoeck.com/en-gb/ solutions-uk

Graphic of the XT type A in position

Graphic of the XT type K in position

Graphic of a conventional Sconnex type P unit in position

A MASTERPIECE OF ACADEMIC HERITAGE AND MODERN HOSPITALITY: HARRISON TRANSFORMS LOUGHBOROUGH UNIVERSITY’S BURLEIGH COURT

Loughborough University’s Burleigh Court Conference Centre and Hotel, Imago Venues’ flagship hotel and conference venue, has officially unveiled its highly anticipated refurbishment, marking a new era for the award-winning venue. The project, led by full-service 360 brand and design agency Harrison, has successfully reimagined five key areas of the hotel, creating a vibrant and inspiring space that celebrates the university’s rich history and champions its current talent.

The refurbishment, which began in January 2024 was completed in Autumn 2024, and has transformed Burleigh Court into a dynamic hub that reflects its unique position within the Loughborough University campus. Alongside breathing new life into and transforming existing spaces within, the Harrison team undertook the task of creating an entirely new F&B space, with in-house architect, Alex Grey, and Dan Curran, Senior Architectural Technician and Project Manager, overseeing the construction of a truly spectacular new restaurant extension, Fifty The Street.

Harrison was tasked with creating five distinct spaces within Burleigh Court

which would delight and inspire visitors and create an authentic connection. The hotel’s geographical location in the middle of the campus served as inspiration for the design narrative, which tells the stories of and celebrates the different areas of specialisms which can be found at Loughborough, from its world-class engineering department to the fine arts.

A standout feature of the new design is the incorporation of artwork by fine art students from the University of Loughborough. Works from 11 artists, including current students and recent graduates, are prominently displayed throughout the hotel. The hotel also features university-owned artwork by established artists associated with the institution, including “Blue Abstract” by Avray Wilson in the new extension and pieces by former Loughborough College of Art and Design instructors in the reception area.

True to the original concept, the design draws inspiration from Loughborough University’s renowned engineering programs. The hotel bar showcases circular elements reminiscent of wheels, cogs, and engines, paying homage to the university’s strong partnerships with industry leaders like Rolls Royce.

The refurbishment has introduced several new features to enhance the guest experience. A redesigned reception area includes a new self-check-in system seamlessly integrated into custom joinery, offering a streamlined arrival experience while maintaining the warmth of personal service.

Additional enhancements include updated external illuminated signage incorporating the hotel’s rebranding and improved wayfinding to complement the refurbishment and enhance the customer journey throughout the hotel.

One of the most intriguing additions to the hotel is the “Thingumajig” room, which houses a unique artifact from the university’s engineering department. Guests can learn more about this piece of university history by scanning a QR code in the room, linking them to a dedicated webpage.

As Burleigh Court Conference Centre and Hotel enters this new chapter, it stands as a testament to the innovation, creativity, and collaborative spirit that defines Loughborough University. The refurbished spaces not only cater to the needs of conference attendees and hotel guests but also serve as a living showcase of the institution’s past, present, and future.

2024 RIBA PRESIDENT’S MEDALS

Designs for a forested new town on the abandoned site of HS2, an almshouse for former carers that celebrates its residents’ personalities, and a creative dissertation about historic spatial restrictions on women in an Italian fishing village have all won 2024 RIBA President’s Medals.

Presented by the Royal Institute of British Architects (RIBA) for 188 years, the President’s Medals recognise the world’s best work by architecture students.

Last year, the awards received 372 entries, the most in its history. In a move to reflect the high number and diversity of entries, judges of the Silver, Bronze and Dissertation Medals gave 5 commendations for each, up from 3 last year.

Joe Franklin

a girl’s education and place in society. Analysing the chronological process of making a dowry, the project considers spatial restrictions on women, from the street to the home, convent to laboratory, and gives a voice to the women missing from archival and architectural records.

The RIBA Silver Medal for the best design project produced at RIBA Part 2 or equivalent was awarded to Joe Franklin at Kingston University, UK, for Ultra Town. It is the university’s first Silver Medal.

‘Ultra Town’ reimagines the aborted HS2 site between Birmingham and Manchester as a forested new town which develops over a period of 50 years. Drawing on Joe’s experience living in temporary, transient communities, it uses the history of woodland as a space for protest and counterculture to propose an ultra-urban condition that responds to the housing and ecological crises.

The RIBA Bronze Medal for the best design project produced at RIBA Part 1 or equivalent was awarded to Victor Williams Salmeron at the University of Kent for Forget Me Not. It is the university’s first ever medal.

‘Forget Me Not’ is an almshouse for former carers on the remains of a Victorian chapel, which questions the idea of the hospital or care building as a sterile, transient non-place through an ontological approach, drawing on ancient almshouse traditions. It proposes an anthropological and sacred space permeated by culture, narratives and memory, defined by the personality of its inhabitants in how it remembers and reinterprets their familiar spaces.

The RIBA Dissertation Medal was awarded to Bianca Zucchelli at the Bartlett School of Architecture (UCL), UK, for The Eel, the Dowry and the Seamstress.

This creative and critical piece of writing narrates a story set in isolated Italian fishing village Comacchio, Bianca’s grandmother’s hometown, about the role of the textile industry in shaping

RIBA President Muyiwa Oki said: “What unites the winning projects is a true marriage of creativity and community spirit, explored with great sensitivity and personal insight. For me, these projects show a real awareness of the importance of reuse, elevating people and places that have been overlooked, and the social responsibility of the architect. While these are weighty themes, the winners give me confidence in the next generation of architects and designers.”

Bianca Zucchelli

Victor Williams Salmeron