Meinhardt_Capability Brochure_Tertiary Education

www.meinhardt.com.au

Practical Imagination:

New Tertiary Education Ideas that Work

About Us

When you come to Meinhardt you get new ideas that work. It is what we call ‘Practical Imagination’.

Meinhardt is a multi-disciplinary engineering and professional technical services consulting firm. Formed in Australia in 1955, our Australian business operates throughout the country and internationally with offices in Melbourne, Sydney, Adelaide, Brisbane, Gold Coast, Sunshine Coast, and Perth.

We are part of the Meinhardt Group of more than 30 offices in 5 continents across the globe.

We place great emphasis on collaboration and share and transfer knowledge, expertise and resources between offices.

Practical Imagination Practical Imagination is our brand promise to you. It’s not just about what we do. But the way in which we do it.

Our clients tell us that they appreciate dealing with our personable, approachable staff who provide them with clever, practical ideas and solutions which save time, money and provide better project outcomes.

So that’s what you get when you come to Meinhardt.

The Personal Touch When we speak to clients, they tell us that it is our people that make the difference. They tell us that they are personable and enjoyable to work with. That is why we ensure our teams always have the right mix for your project; people with the technical know-how and expertise; people with creativity and imagination; and people who are approachable, friendly and responsive.

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The design team for the Torrens “University project faced a number of

challenges with the existing and historic fabric of the building which was originally the Menz biscuit factory. Meinhardt responded to the challenges accordingly and the end result is a fully integrated architectural and services solution maintaining the integrity of the building.

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—Maureen Fry, MPH Architects

Tertiary Education

Capability

Our Capabilities

Our Structural Capabilities

Our Civil Capabilities

The art of structural engineering requires an empathy with the creativity of the architect, an understanding of the pragmatism of construction, an appreciation of the economic imperatives of the client and the ability to work pro-actively and holistically in a design team.

Good civil design is the cornerstone of any successful project. An intimate understanding of the site and its surrounds assists in the up-front resolution of difficult design issues and results in cost effective solutions.

Current knowledge of construction materials and technology is an essential tool in the structural engineer’s kit. But clients tell us that they also place value on effective communications, the ability to look holistically at a project and a commitment to work in a team to achieve a defined outcome in a designated time; these they say are the hallmarks of a creative structural engineer.

We strive to deliver innovative, creative solutions that take into consideration all of your project’s performance parameters, such as cost and commercial viability, buildability and efficient use of construction resources, durability and functionality, long term operating flexibility and efficiency and environmental sustainability.

This includes detailed input into value management studies as well as life cycle and recurrent costing requirements.

Our full service includes: ¡¡ Assistance with Town Planning applications ¡¡ Façade Engineering ¡¡ Preparation of Design Briefs ¡¡ Certification services ¡¡ Masterplanning ¡¡ Peer Review ¡¡ Concept Design ¡¡ Proof Engineering ¡¡ Detail design and documentation

Design is about unlocking the potential of a site and about maximising the value for the client, the community and the environment.

We always look at projects both practically and imaginatively, balancing requirements to deliver a design which can help give you that market edge.

Beginning with an in depth analysis and understanding of your site, we identify the opportunities and constraints for your project. You can then capitalise on our multidisciplinary capabilities and integrated design approach to achieve solutions, which are holistic, pragmatic and in-touch with the demands of modern day land development.

Our full service includes: ¡¡ Site Analysis ¡¡ Master Planning ¡¡ Civil and Environmental Engineering ¡¡ Water Sensitive Urban Design ¡¡ Sub-Division Design ¡¡ Golf Course Engineering ¡¡ Sustainable Community Design and Advice

We deliver you a financial return on your investment while respecting and addressing economic, social and environmental aspects.

¡¡ Construction Phase services ¡¡ Building Information Modelling (BIM) ¡¡ Due Diligence Inspections

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Tertiary Education

Tertiary Education

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Our Services

Our MEP Capabilities

Our Façade Capabilities

When it comes to building services engineering, we tackle client issues as a business problem.

How can we apply known systems, technologies and regulations in a way that is best suited to give you the optimum, most creative outcome?

From design to construction and post-completion assessment, our team provides an integrated approach to all aspects of façade engineering.

We work closely with your architects to create engineering solutions that help the functionality of your developments without being intrusive and with your contractors to ensure our designs are practical to build and cost-effective.

Our full service includes:

Our senior staff take a ‘hands on’ approach, retaining project ownership and regarding relationships with clients as the highest priority so you can be assured of a personal service.

¡¡ Fire Protection Engineering

Our designs will incorporate the latest building materials and energy systems technology for environmentally sustainable outcomes.

We will recommend best fit solutions for the various elements of the building backed up by our experience and computer modelling of heat loads and system performance and daylight models.

¡¡ Mechanical Engineering ¡¡ Electrical Engineering ¡¡ Hydraulics Engineering ¡¡ Communications Services ¡¡ Security Systems ¡¡ Vertical Transportation ¡¡ Fire Performance Engineering ¡¡ Environmentally Sustainable Design (ESD)/ Building Sciences ¡¡ Building Information Modelling (BIM)

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A creative and commercially successful building envelope requires expert knowledge and an innovative mind. We consistently deliver original design solutions. At the same time, we are also about real-world solutions that are practical and on-budget.

Our full service includes:

We specialise in facade design and engineering, materials specification and testing, facade construction and maintenance, facade access or BMU consulting, and remedial facade consulting. They have a diverse knowledge, working with conventional materials like curtain walls to modern designs using glass as a structure, tensioned fabrics and photovoltaics.

¡¡ Façade Remedial and Forensic, including cost studies and due diligence reports

Facade engineering has increasingly taken on a leading role to address the challenges in designing green buildings. We collaborate with design teams, utilising a range of specialist design tools and methodologies for glare assessment, thermal loads and daylighting analysis to optimise the design for environmentally responsive building envelopes

¡¡ Façade Design and Engineering, including certification, materials and systems testing, fabrication, assembly and installation

¡¡ Building Maintenance Unit Design, including cleaning cycle calculations, BMU inspections, certifications and system audits ¡¡ Environmentally Sustainable Design, including Green Rating system certification and project administration

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Our Education Understanding The multi-disciplinary nature of our firm ensures that we can create a solution to any engineering need in the education field whether large, newbuild projects or smaller refurbishments.

Communication The crucial factor with any educational project from the outset is consideration of the needs of the people involved - students, academic and administration staff, and the local community.

Meinhardt understands these needs and is able to deliver a range of creative, timely and cost-effective solutions.

Teaching An effective learning environment is one which provides easy interaction between academic staff and students, and addresses students’ needs for both individual and collaborative learning, as well as providing them with the ancillary services to satisfy their needs, preferences and work patterns.

From an environmental perspective, concerns for the health and well-being of staff and students are increasing interest in improved building performance. Strategies including daylighting, the specification of sustainable and non-toxic building materials, and the use of renewable energy sources are gaining attention in the design of education facilities.

An example of the outcome of this approach is the $9M Green Skills Centre of Excellence for NMIT. Meinhardt, together with Blomquist + Wark, was commissioned to design a new 5 star ‘state of the art’ facility on the Epping campus to support the training and delivery of knowledge and skills development in environmentally sustainable practices specialising in low

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carbon sustainable technologies. The building is an exemplar facility specifically designed as an environmentally sustainable model and as such not only effectively contributes to efficient energy and resource management but is also the ideal training model for educational programs.

Administration Whilst not the core business of education institutions, the administration function is a key factor in the success of any enterprise. Meinhardt has an enviable track record in providing places where people want to work.

The Transport Accident Commission (TAC) Geelong Headquarters building is an example of our work in this space.

It is a stimulating and exciting work environment providing 15,000m2 of space that have set new standards in energy efficiency and environmental sustainability. For staff, this means plenty of fresh air and lots of natural light. Meinhardt provided specialist consultancy services to TAC including preparation of benchmark building design parameters, review and assessment of developer proposals, monitoring of base building design, documentation and delivery, integrated fitout design documentation, and technical administration.

Similarly, in partnership with the Sustainability Energy Authority of Victoria, Meinhardt provided engineering consultancy services for the Bendigo Bank Headquarters Building.

Designed to achieve 5 star Green Star and house over 1000 staff, a strong emphasis was placed on creating a workplace to support the culture and aspirations of The Bank. The building has been designed as a low rise campus, creating large floor plates connected by atriums that flood the interior work environment in natural light. Meinhardt carried out computational fluid dynamic analysis of the underfloor airconditioning system as well as an assessment of the Indoor Environment Air quality.

Specialist Facilities As symbols of technological progress, research facilities are essential to the discoveries and breakthroughs of yesterday, today, and tomorrow. Research facilities present a unique challenge to designers with their inherent complexity of systems, health and safety requirements, long-term flexibility and adaptability needs, energy use intensity, and environmental impacts.

Meinhardt’s extensive experience and expertise focuses on holistic engineering solutions that address specific issues including: ¡¡ Base structure design, which includes additional floor loading, special structural bay spacing and floor to floor heights required to accommodate typical high ceiling laboratories ¡¡ Special structural systems for vibration and additional floor loads;

chiller plant, cooling tower, emergency generator and Building Automation System Some of these issues were critical in the design of the successful LaTrobe Institute of Molecular Science facility.

Regeneration, Refurbishment & Re-Use Brining existing buildings up to modern standards, particularly when budgets are tight, can make a real difference. Improving the quality, amenity and efficiency of internal spaces can provide a solid foundation on which a proper maintenance program can be implemented to effectively prolong the building’s life span for 30 years or more.

Incorporating sustainable technology is easier than ever and there are ample opportunities to implement a suite of highefficiency building features, all presented within a design framework, in a cost-effective manner We take into consideration capital, energy, operational and maintenance costs, equipment life expectancy and reliability and ease of operation and maintenance.

Where buildings need to remain operational, we are well versed in complex decanting and staging works to ensure minimum disruption to your facilities.

¡¡ Specialist Electrical and mechanical systems, including: central heating, ventilation, and air conditioning systems,

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Our Projects

Swinburne University Student Hub & Data Centre

Client: Swinburne University Architects: Blomquist & Wark (noe DS Architects) Services Provided: Structural and Civil Engineering

Monash University Club Melbourne, Victoria

Client: Monash University Architects: JCB Services Provided: Civil & Structural Engineering

Melbourne, Victoria

At Swinburne University, Meinhardt worked with Blomquist + Wark Architects to design and document this new building The 7-storey ‘ George Swinburne Building’ accommodates:

Refurbishment of an existing club house, including the installation of new roof plant platforms to accommodate new function rooms, conference facilities and café.

¡¡ 4,000sqm of student services spaces over the 4 lower levels ¡¡ student study and recreational areas gym, multi faith prayer rooms and health services ¡¡ The top three levels are the new premises for Information Technology Services (ITS) and includes the 700sqm University computer room.

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Tertiary Education

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Our Projects

QUT Kelvin Grove Campus Library Brisbane, Queensland

Client: QUT Architects: Peddle Thorp & James Cubitt Architects Services Provided: Mechanical, Hydraulic & Electrical Engineering; Lighting

Swinburne University Film & Television Facility

Client: Swinburne University Architects: Blomquist & Wark Services Provided: Structural & Civil Engineering

Melbourne, Victoria

The project features the refurbishment and fit-out of the 1970’s library.

The refurbishment of an existing single storey high portal frame structure to incorporate an additional 850m2 of floor area.

house the new floors. New vertical steel trusses are used to provide the lateral stability of the overall building.

The building has been re-designed to comply with the current BCA regulations to create the most energy saving solution possible.

The objective of the project was to provide additional floor areas to the existing building to suit the proposed new usage.

Due to the limited land area and the boundary restrictions, this could only be achievable by extending the structure up.

The result is a structure within an existing structure where the most of the original building components are utilised and integrated into a new structural system.

The air conditioning design was improved over the previous existing design by providing a greater number of individually controlled perimeter zones to reduce energy usage and lower operational costs. This was further achieved by implementing a dedicated control switch to activate air conditioning in various individual rooms.

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The structural challenge was to cater for the additional floors by re-utilizing the existing structure as much as possible.

The structural solution selected revolved around the provision of an independent support system for the additional two levels of floor inside the existing building. This strategy enabled the existing building to be used as a shell whereby the existing steel portal frames are ‘stretched’ up to the required height to

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Our Projects

Charles Sturt University

Wagga Wagga, New South Wales

Client: Charles Sturt University Architect: Woods Bagot Services Provided: Structural & Civil Engineering

University of NSW Kensington Campus Labs

Client: University of NSW FM Architects: HBO+EMTB, Budden Nangle Michael & Hudson Services Provided: Mechanical, Electrical, Hydraulics, Fire, Medical Gases, Lab Gases

Kensington, New South Wales

Meinhardt is providing structural and civil engineering for Charles Sturt University – Wagga Wagga: Campus Master Planning Enhancements Stage 1. The development involves three components: ¡¡ Preparation of conceptual design and design brief for the Design and Construct procurement of a Services Precinct Building ¡¡ Full design an documentation of a two storey office building ¡¡ Alterations and additions to an existing building, including roof strengthening to support additional mechanical unit, and a new sail canopy

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The $38m building consists of seven storeys framed up with large span post-tensioned floor slabs supported on reinforced concrete columns; and three lecture theatres with tiered seating.

The structure exists on a sloping site hence the ground floor is partly ‘slab on ground’ and partly suspended with an undercroft level beneath the suspended area.

One of the structural design challenges in this project was a 16m long transfer beam on Level 4, spanning over the main lecture theatre, where no internal columns were allowed due to architectural reasons. The beam had to support a column at midspan holding up three levels of floor structure on top.

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Our Projects

LaTrobe Institute of Molecular Science Melbourne, Victoria

Client: LaTrobe University Architects: Lyons Architects Services Provided: Structural, Civil & Façade Engineering

University of Melbourne Dental School

Client: University of Melbourne Architects: Blomquist & Wark Services Provided: Mechanical, Electrical, Hydraulics & Fire Engineering; Structural Engineering; ESD Services

Melbourne, Victoria

BIM

World-class facility for molecular science, biotechnology and nanotechnology research, teaching and learning.

The project comprises approximately 11,000m2 of new teaching and research laboratories over six levels, including associated support spaces, and a ground level lecture theatre and ‘equipment barn’. The upper three levels comprise research laboratories and associated academic and general staff office spaces.

The building features two storey high raking columns, a single line of vision stair rising through the six levels, and a façade derived from the molecular symbology of carbon-based life and the X & Y chromosomes

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Multidisciplinary Solutions

We have provided multi-disciplinary engineering services for over 30 Country Hospitals across the state. Projects have included Operating Theatres upgrades, site infrastructure upgrades, new Dialysis Clinics and consulting rooms and other building services upgrades.

With many clients now seeing the benefits of BIM, we have delivered a number of these projects using Autodesk REVIT software to coordinate the building services, structural and architectural in 3D using a virtual model of the building.

This approach to project delivery is especially valuable in a healthcare setting where coordination with additional specialist services is required. E.g. medical gas.

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Our Projects

UNE Tablelands Clinical School Armidale, New South Wales

Client: James Cubitt Architects Architects: James Cubitt Architects Services Provided: Structural & Civil Engineering

Torrens University– Wakefield Street Campus

Client: Torrens University Architects: MPH Architects Services Provided: Building Services, Civil & Structural Engineering

Adelaide, South Australia

The teaching spaces include a state of the art teaching GP practice, as well as two dedicated simulation laboratories and one rehabilitation gymnasium.

The support of new suspended slabs and roof structures (including ‘green’ roofs) necessitated innovative design and strengthening of existing structural members to carry significant additional loadings.

This 3 level building is located on the Armidale Hospital site.

It is located adjacent to the emergency department access roadway meaning this roadway required 24/7 access. Due to the sloping site, the ground floor was actually below ground and more like a basement level at the rear of the building. As a result, we detailed a cantilever retaining wall incorporating

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appropriate roadways barriers connected at the top so that the roadway remained open 24/7 whilst the excavation & construction took place.

Central to the design of the Wakefield Street Campus is the acknowledgement and respect for the historic fabric of the building combined with an honest expression of materials and finishes.

Central to the campus are 3 x multipurpose teaching spaces with the ability to open in to 1 large space. It is a 24 hour facility for students of the university.

The contextual relationship of the built form is enhanced through the exposure of the existing building fabric in key spaces of the campus – providing a constant visual reminder of the buildings heritage.

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Our Projects

University of Melbourne Datahall 2

Client: University of Melbourne Architects: FPPV Services Provided: Building Services Engineering

Melbourne, Victoria

The building services were designed to provide the University with a sufficiently redundant high density, IT Equipment facility which: ¡¡ Supports Super Computing Requirements ¡¡ Rationalises IT equipment ¡¡ Reduces running costs to operate IT equipment by reducing power consumption

RMIT Swanston Academic Building

Client: RMIT Architects: Lyons Architects Services Provided: Façade Engineering

Melbourne, Victoria

Close collaboration with partners/suppliers to create bespoke elements of design and meet very tight 4 month construction programme.

The largest construction project that RMIT has ever undertaken, SAB features 35,000sqm of floor space and 11 levels, 12 lecture theatres, 64 teaching spaces and 10 specialist learning venues The high performance facade is highly articulated, with no straight walls around the perimeter and is detailed with integrated triangular shading devices.

¡¡ Is scalable in a modular design to meet future UoM Data Centre capacity requirements Provision of Diesel Rotary Uninterruptible Power Supply (DRUPS) system, not commonly utilised for Australian facilities, provides critical, uninterrupted power to the Data Hall.

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Tertiary Education

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Our Projects

Griffith University, Glycomics Building

Client: Paynter Dixon Services Provided: Civil & Structural Engineering

Griffith University Business School

Client: Abi Group (now Lend Lease) for Griffith University Architects: Wilson Architects Services Provided: Structural and Civil Engineering

Gold Coast, Queensland

Gold Coast, Queensland

This $25m 3 storey building provides a focus on multidisciplinary glycoscience research and includes a basement animal holding facility accessible at the rear of the building with loading dock facilities.

Requiring strict Quarantine and sterilisation requirements, this 5 level building forms an extension to the existing G24 Science 1 & G25 Glycomics 2 buildings (also done by Meinhardt) which now seamlessly integrates the three buildings to form a significant glycoscience research precinct.

This facility was on a steep sloping site as well as being built up against an existing building. The new building basement level was lower than the existing building meaning careful detailing & construction was required. We detailed a cantilever bored pile retaining wall as close as possible to the existing building to both avoid interrupting the operations of the existing building as well as allowing excavation to be carried out in one stage.

The $38m building consists of seven storeys framed up with large span post-tensioned floor slabs supported on reinforced concrete columns; and three lecture theatres with tiered seating.

The structure exists on a sloping site hence the ground floor is partly ‘slab on ground’ and partly suspended with an undercroft level beneath the suspended area.

One of the structural design challenges in this project was a 16m long transfer beam on Level 4 spanning over the main lecture theatre where no internal columns were allowed due to architectural reasons. The beam had to support a column at midspan holding up three levels of floor structure on top.

The building won the Project of the Year award at the Gold Coast Master Builders Awards 2015.

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Tertiary Education

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Our Projects

KIOSC Swinburne University

Client: Swinburne University Architects Woods Bagot Services Provided: Civil & Structural Engineering; ESD Advisor y Services

Melbourne, Victoria

Victoria University – Student- Led Health Facilities

Client: Victoria University Architects: Woods Bagot Services Provided: Civil & Structural Engineering; ESD Advisor y Services

Werribee, Victoria

KIOSC (The Knox Innovation, Opportunity and Sustainability Centre) is a two storey training hub centre/facility, including labs, for Swinburne University. Its design incorporates the concept of sustainable building practice, which in itself will facilitate students learning and understanding of environmental sustainability.

The main feature of the building is the front facade and roof. The first structural design challenge was to design the thin sun blades of no more than 75mm structural thickness throughout the front north facade. These blades will then taper to visually create a thin line at the edge of the roof. Furthermore, the brief also called for no visual obstructions (ie. columns) from behind the glass facade.

The design solution was to create a series of steel frames, some of which will function as columns to support the main Glulam roof beams. They also perform as an extension of the Glulam

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roof beams themselves to create the ‘cantilevered roof’ look. All the blades are then tied together at the roof level via a horizontal braced diaphragm to provide lateral stability due to wind and vertical load eccentricity.

The second design challenge was to create a cranked/uninterrupted timber roof beam look through the building section.

This was made possible via a thin fabricated ‘Z’ steel bracket that performs as an extension of the concrete column underneath.

This bracket is then sandwiched and concealed inside the main Glulam roof beams.

We have provided building services for 28 dialysis clinics through Australia and New Zealand for Nephrocare. Nephrocare are the largest private provided of dialysis clinics in Australia.

Each site has required a unique design but the client has similar requirements for each facility. We have developed a common design solution to create the most comfortable spaces for patients during their procedures.

We took an engineered approach to air distribution utilising swirl type diffusers to reduce drafts, significantly improving the operational environment.

The project was shortlisted for a World Architecture Award in the Education Category (2013)

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Our Projects

NMIT Green Skills Excellence Centre Epping, Victoria

This $10M five star rated building embodies many of the environmentally sustainable principles that will be taught within it, including solar power and water heating, geothermal exchange heating, black and grey water treatment and rainwater harvesting.

The project incorporates multiple wet laboratories, a PC2 laboratory and large open teaching workshops.

The project was successfully delivered to an extremely tight program.

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Client: NMIT Architect: Blomquist & Wark Services Provided: Structural, Civil & Building Services Engineering

University Of Ballarat, MTTC and UBTec

Client: University of Ballarat Architects: Gray Puksand and McIldowie Partners Services Provided: Structural, Civil & MEP Engineering; ESD Advisory Services

(Now Federation University) Ballarat, Victoria

The new 4,000sqm Manufacturing Technical Training Centre at University of Ballarat (MTTC) is a TAFE education facility which consolidates articulated learning pathways in manufacturing technology.

The project has been designed in BIM to improve coordination between all the disciplines.

Integral to the building design and it’s operation, a range of environmental solutions have been incorporated; ‘activated’ radiant slab heating and cooling, natural ventilation, ‘super’ insulation, solar water heating and rainwater storage to take advantage of Ballarat’s micro-climate.

Structurally the building needs to be as flexible as possible to accommodate machinery and robotic display area and allow changes in these displays, future student requirements and teaching processes. We have created large span, column free volumes and floors that can cater for the significant loads of the heavy equipment.

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LA TROBE UNIVERSITY MELBOURNE CAMPUS MASTER PLAN 0

25 50

100m

Built form core to University operations Built form core to University operations with upper level residential development Residential built form Residential development parcel R&D Park built form Community/commercial built form Existing University built form Plaza/urban square The La Trobe Tan Pedestrian Network Road Network

Our Projects

LaTrobe University Master Plan

Client: LaTrobe University Architects: MGS Architects Services Provided: Planning

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Melbourne, Victoria

Meinhardt, together with MGS Architects, was engaged to provide an updated Master Plan for the La Trobe University Melbourne Campus to achieve the ambitious aspirations for the campus and to respond to growth and changing needs of the University community into the future.

A key element of the project was to ensure the master plan drew from world’s best practice in campus master planning – facilitating “Univer-cities” that integrate the campus with the surrounding community as a functioning and commercially vibrant part of the urban environment.

The project took into account recent projects and objectives of the existing documents and strategies for the Melbourne Campus, and to incorporate relevant information, strategic thinking and plans into the updated Master Plan.

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Opportunities for integration of education, accommodation, retail and services and entertainment were explored with a view to focusing on the University as a centre of urban activity, as well as centre of excellence in learning.

Victoria University Master Plan

Client: Victoria University Services Provided: Planning

Melbourne, Victoria

Meinhardt provided extensive planning advice regarding the long term master planning processes for this educational institution.

Victoria University engaged Meinhardt to meet the future challenges of attracting new students in a constantly evolving sector by managing and updating their facilities to keep ahead of the curve.

The provision of an adequate car parking supply was identified as critical to the functionality of the university.

Meinhardt was able to play a key role in resolving the key planning and infrastructure issues to achieve a successful car parking upgrade outcome.

The design solution will enable the University to facilitate long term growth for many years to come.

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Our Sectors Property & Buildings

Land Development

Infrastructure

Environment

Mining & Resources

Australian Offices Melbourne 501 Swanston Street Melbourne 3000 Victoria contact@meinhardtgroup.com t: (61-3) 8676 1200 f: (61-3) 8676 1201

Brisbane Level 2, 135 Wickham Terrace Spring Hill 4000 Queensland contact.qld@meinhardtgroup.com t: (61-7) 3018 5000 f: (61-7) 3018 5099

Sydney Level 4, 66 Clarence Street Sydney 2000 New South Wales contact.nsw@meinhardtgroup.com t: (61-2) 9699 3088 f: (61-2) 9319 7508

Adelaide 60-70 Queen Street Adelaide 5000 South Australia contact.sa@meinhardtgroup.com t: (61-8) 8227 1544 f: (61-8) 8227 1488

Perth Colin House Ground Floor, 33 Colin Street West Perth, Western Australia 6005 t: (61-8) 6261 7484

Gold Coast Level 1, 34 Thomas Drive Chevron Island Queensland, 4217 t: (61-7) 5528 6411 f: (61-7) 5528 6422

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