Jenna McQuirk
2021 Portfolio BA(Hons) Architecture Liverpool School of Art and Design
About Me: I am a passionate, hard-working individual with a flare for design. I enjoy all stages of the design process, particularly the aspect of problem solving. I have developed a keen interest in sustaiable design which carefully considers the impact of the built world upon natural surroundings, and have had opportunities to creatively explore this architectural typology throughout my degree. My strong work ethic and abililty to remain adaptable to any given situation are key skills that allow me to perform well both individually and as part of a wider team.`
Table of Contents: Page 1
BA Year 3 Semester 2: Future of Work: The Working Environment
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BA Year 3 Semester 1: Weather of Not: The Horticulture Centre
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BA Year 2 Semester 2: Architecture of Impermanence: The Temporary Refuge
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BA Year 2 Semester 1: Urban Design Project: The Kempston Home Zone
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Curriculum Vitae
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Site Plan Showing Roof Plan
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Worldwide, repetitive and uninspiring designs which place sole focus upon productivity, have become all too common within workplace design. Thence, this project not only aims to set a precedent for human-centred offices of the future, but also a biophilic hub within which workers and locals alike can congregate in order to reconnect with the natural environment. Amenities for both recreational and work based uses populate the space, each with a focus upon providing for a healthier well-being for all users. Numerous courtyards and terraces to the design’s centre offer much needed outdoor green spaces within a dense urban area. Places for users to choose their preferred work space, whilst always feeling the health benefits of being in close proximity with nature. The journey between indoor and outdoor spaces culminates upon the arrival of a glazed winter garden sitting proudly at the structure’s peak within which users can absorb both the natural and built environments. A space where work meets nature. A true working environment. Page 2
10 Streets District | The 10 Streets District is situated less than 2 miles outside of Liverpool’s City Centre in close proximity to a number of the city’s historical landmarks. Characterised by 10 parallel streets and populated by industrial warehouse architecture distinctive of the North Docks.
Biophilic Analysis | A biophilic study of Liverpool demonstrates the drastic lack of usable green areas in and around the city centre. With the nearest green space of decent size being a 30 minute walk from the district, new green additions to the area would be of great benefit to locals of the region.
Site Heritage | The district is home to a large proportion of listed buildings, whilst the Northern part of the site has gained a place in Liverpool’s UNESCO World Heritage Site. Thence, the existing urban fabric should be respected, celebrated and enhanced through any architectural developments.
Site Connectivity | With Regent Road and Great Howard Street to the West and East respectively, vehicular and pedestrian routes are provided both travelling into and out of the city centre. However, there is a lack of a North - South route through the district itself which hinders accessiblity and usability.
N Dickson Street Elevation
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Form filling the plot of land available on site.
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Lower building to respect pre-existing masses.
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Addition of outdoor terrace on low buiding.
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Alter form to add visual interest to facade.
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Curve form to mimic curves in nearby warehouse.
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Split forms to allow for a new North-South route.
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Pitched roof to maintain distinctive roof scape.
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Cantilever outdoor balconies from office block.
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Rooftop winter garden adds more green spaces.
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Windows mimic warehouse scale/ proportions. Page 4
Ground Floor Plan
Second Floor Plan
First Floor Plan
Third Floor Plan
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Fourth Floor Plan
Fifth Floor Plan
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South Elevation (Dickson Street)
West Elevation
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N North to South Sectional Drawing
West to East Sectional Drawing
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Sectional Axonometric Drawing
Ground Floor | Entrance Visualisation
Second Floor | Workspace Visualisation
Rooftop | Winter Garden Visualisation
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Glazing Detail
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Glazing and Brick Wall Detail in Plan
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Part Elevation Showing Section Cuts
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Brick Wall Detail
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Double Glazing 50mm Timber Window Frame 300mm x 300mm Glue Laminated Timber Column Copper Cladding Panel with Rigid Insulation 200mm x 500mm Gluelam Timber Beam (Primary) Stainless Steel Angle 200mm Concrete Floor Slab 120mm x 60mm x Timber Joist 120mm Service Space 200mm x 250mm Glulam Timber Beam (Secondary) 102mm x 65mm Red Brick 25mm Air Cavity with Vapour Barrier Batt Insulation 12.5mm Plasterboard Page 9
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Worldwide, agriculture and the transportation of goods is having severe implications upon climate change; which equally hinders the growth of crops. Thence this development aims to not only be a station for the monitoring of such activity but also a controlled space within which horticulture can thrive and be sourced locally. A glass house sitting proudly as the main facade element offers to scientists and locals alike the opportunity to closely observe and showcase the propagation process. An educational experience captured along a journey between indoor and outdoor spaces culminates upon the arrival of a hidden garden to the rear of the site. A space truly devoted to reconnecting society with nature.
Sun Path
10m Above Sea Level
Pedestrian Foot/Cycle Path
Wind Direction
Site Plan Showing Site Analysis
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Site Analysis Given that Liverpool’s prevailling wind diretction is predominently West to East, and lack of wind breaks, the site is subject to strong gusts. To combat this within the outer areas of the design I extended the pavilion elements in order to shield the courtyards behind. By positioning the glasshouse element upon the South elevation I was able to ensure maximum sunlight and heat within the growing space to optimise the growing rate of vegetation within. A central thermal mass provides added heat to both the glasshouse, pavilions and courtyards; thus producing microclimates which ensure that the required conditions of each element are met. Page 11
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Entrance Lobby Walkway Courtyard Information Centre Seminar Room Laboratory Café Greenhouse
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Floor Plan
Roof Plan
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West to East Sectional Drawing Through Pavilions
North to South Sectional Drawing
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Red Cedar Roof Panels 30mm Purlin Clips Timber Panel 30mm Rockwool Insulation 100mm Timber Batten Glulam Beam 300mm Glulam Column 250mm Rockwook Insulation 150mm Glazing 20mm Window Sill Rockwool Insulation 150mm DPM & Air Cavity 20mm Timber Panel Purlin Clips Red Cedar Cladding Timber Floor Finish Rockwool Insulation 200mm Reinforced Concrete Raft Foundation Hardcore Insulation 75mm DPM & Sand 50mm Gravel Water Storage Tank Gutter Central Wall 1400mm Plug Glazing Panels 20mm Suspending Wire Water Pipe Tap
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First Floor Plan
Roof Plan
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Ground Floor Plan PRODUCED BY AN AUTODESK STUDENT VERSION
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Second Floor Plan
Homelessness, primarily the displacement of women and children both in Liverpool and across the UK, is becoming an ever-growing social issue; hereby becoming the focal point for this project of impermanence. More than solely a temporary refuge centre for such individuals, the development is designed to facilitate for healthcare, edcuational and skill-boosting activities as well as being an ‘urban think tank’ within the heart of the city of Liverpool. A flexible repetitive pod design, organised around a regular grid system, allows for the key communal space to transform from a public point of gathering, to a: cafeteria, exhibition or conference hall. The adaptable nature of the grid that is echoed throughout the entire building allows for a plethora of potential design layouts. A portrayal of the concept ‘complexity through repetition’ .
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Exploded Axonometric
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Aluminum Capping Single Ply Sarnafil Roof Membrane Firring Piece 50mm Glulam Frame 250mm & Rockwool Insulation 150mm Timber Joist 75mm x 200mm Plasterboard Ceiling Finish 12.5mm Tulip Wood Board Cladding 30mm Timber Battens & Counter Battens DPM & Air Cavity 20mm Plywood Wall Finish 15mm Tulip Wood Soffit Multi-wall Polycarbonate Sheet 60mm Window Sill Timber Binder 250mm x 270mm Plywood Floor Finish 15mm Bolt Steel Load Distribution Plate & Anti Slip Mat Screw Pile Foundation
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View of Kempston Street
View of Shopping Arcade
View of Pocket Park
View of Kempston Street
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Curriculum Vitae
Jenna McQuirk Contact Information:
Tel: 07512144972
Email: jenna.mcquirk@hotmail.co.uk
Address: 2 Dale Close Widnes Cheshire WA8 8JJ
Key Skills:
• • • •
Communication Teamwork Creativity Time Management
Personal Profile:
Key Software:
I am a passionate individual with a flare for design. I am confident in all aspects of the design process from initial sketching through to producing a resolved design. I can present and share ideas with confidence and am comfortable working both as part of a team and independently in order to complete tasks at hand. I have a keen interest in sustainable design which carefully considers the impact of the built world upon the natural environment. My strong work ethic and ability to remain adaptable to given situations allow me to perform to a high standard both individually and as part of a wider team.
Adobe Photoshop Sketchup AutoCAD Adobe Illustrator Adobe InDesign Twinmotion Enscape Autodesk Revit Microsoft Office
Educational Qualifications:
Aspirations:
Liverpool John Moores University, Liverpool, UK September 2018 - June 2021 BA (Hons) Architecture
(Pending)
Cronton Sixth Form College, Widnes, UK September 2017 - June 2018 UAL Foundation Diploma Art & Design (Merit) September 2015 - June 2017 BTEC Art & Design (D*D*D) Ormiston Chadwick Academy (formerly known as Bankfield School), Widnes, UK September 2010 - June 2015 12 GCSE’s (A* - C)
• Problem Solving • Adaptable • Sketching
In the future I aspire to gain further architectural experience and an understanding of live projects encompassing a range of sectors. I also wish to gain a more sound understanding of structure and technology, whilst continuing to improve my software based skills.
Academic References:
Excellent references available upon request. Page 20
Jenna McQuirk
2021 Portfolio BA(Hons) Architecture Liverpool School of Art and Design