who.

Warrick Plymin

Director

I have been fortunate to have worked on some incredible local and international projects with amazing teams over my career, including data centres, stadiums, civic infrastructure and educational facilities. I enjoy working with Design, Client and Contractor teams to achieve an aspiration or an idea that may simply start with some scratchings on butter paper. I enjoy providing technical advice that balances holistic contraints, risks and opportunites.

When it comes to problem solving and finding solutions, I encourage my team to take a big picture approach and understand the ‘why’ as the first step in the design process. As a structural engineer, I recognise that real value is driven by integrated design across Architecture and Engineering and teamwork is the key ingredient to success.

Project experience

Multi campus cloud data centres | Melbourne, Australia | Confidential

Structural Lead

The project includes the delivery of six single storey data centre buildings on three geographically separate parcels of land in Victoria. Each parcel of land will accommodate two physically separated single storey data centres with a combined capacity in excess of 40MW IT.

Warrick is the Structural Lead for the project and developed solutions to meet client specific and customer requirements.

New Engineering Research Campus Fishermans Bend Stage 1 | Melbourne, Australia | University of Melbourne

Project Director

A new world class engineering and design campus. The University of Melbourne aims to create distinctive facilities for innovative teaching and large-scale research that encourages interdisciplinary collaboration and industry engagement.

Warrick, as the Project Director for the Aurecon (lead consultant) and Arup (subconsultant) team, was responsible for delivering all engineering services on the project.

AWP10 Frankston and Greensborough Car Parks | Melbourne, Australia | Metropolitan Roads Program Alliance

Project Director

A new 500 space multi-level car park at Frankston Station and a Bus Interchange below a 100+ multi-level car park at Greensborough Station.

Warrick led the multi-discipline engineering and architectural team from Tender through to Detailed Design and Construction.

Woodside Building for Technology and Design | Melbourne, Australia | Monash University

Project Director

A multiple award winning new $170m, 17,000m2 teaching building. This building is the largest educational facility in the world to achieve Passive House certification. The state-of-the-art facility for the Faculties of Engineering and Information Technology showcases and encourages engineering innovation and inquiry through sustainable design and construction.

Warrick stepped into the role as Aurecon’s Project Director to see the project through Detailed Design and Construction Phases and has led the team to support Monash University, Lendlease and Grimshaw Architects.

West Gate Tunnel Project | Melbourne, Australia | Department of Transport

Zone Manager

Victoria’s largest road project, designed by the Aurecon-Jacobs JV with contractors CPB-John Holland JV.

Warrick joined the team in the detailed design phase as Zone Manager for the Buildings packages including the North and South Entry Portals featuring an architecturally inspired diagrid structure, Freeway Control Centre, Substations and various other maintenance buildings.

NEXTDC M2 | Melbourne, Australia | NEXTDC

Structural Lead

NEXTDC M2 is the new generation of data centre facilities provided by NEXTDC to meet a Tier IV Uptime Institute Design standard. The facility includes multi-level data halls and associated cooling and power equipment which is designed in a vertical arrangement to provide a modular and consistent approach as the site expands.

Warrick developed an innovative structural solution with the project team to utilise bridge construction techniques (long span Super-T beams) to provide ‘column free’ data hall spaces to unlock greater revenue potential and flexibility.

Warrick was the Structural design lead across several stages of this development – each representing a separate project:

·       NEXTDC M2 Stage 2 | Data Centre | 2018

·       NEXTDC M2 Stage 4 | Data Centre | 2019

·       NEXTDC M2 Stage 5 | Data Centre | 2020

·       NEXTDC M2 Stage 3 & 7 | Office Building & Carpark | 2022

·       NEXTDC M2 Stage 8 | Substation | 2022

·       NEXTDC M2 Stage 6 | Data Centre | 2023

·       NEXTDC M2 Stage 7, 8, 9 | Data Centres | 2024

NEXTDC M2 | Melbourne, Australia | Kapitol Group

Project Director & Structural Lead

Warrick was the Project Director and Structural Lead for the Detail Design and Construction Phase Services for the following NEXTDC M2 stages:

·       NEXTDC M2 Stage 4 | Data Centre | 2019

·       NEXTDC M2 Stage 5 | Data Centre | 2020

·       NEXTDC M2 Stage 3 & 7 | Office Building & Carpark| 2022

·       NEXTDC M2 Stage 8 | Substation| 2022

·       NEXTDC M2 Stage 6 | Data Centre | 2023

Level Crossing Removal Project - Caulfield to Dandenong | Melbourne, Australia | Victorian State Government

Stations Structural Design Lead

Caulfield to Dandenong ‘sky rail’ project is an important piece of transport infrastructure which received many awards for it’s urban design outcomes.

Warrick was the Stations Structural Design Lead as part of the Alliance with CPB Contractors, Lend Lease, Aurecon, PB-WSP, LXRA and MTM. Warrick worked closely with Cox Architects on the design of five innovative new stations.

Level Crossing Removal Project - Furlong Main Blackburn Heatherdale Project | Melbourne, Australia | Victorian State Government

Package Lead - Heatherdale Station

Furlong Main Blackburn Heatherdale Project to grade separate the rail and road.

Warrick was the Heatherdale Station Lead responsible for all disciplines including architecture (Hassell) for the new station at Heatherdale Road with platforms below street level.

Motiongate, Dubai | Dubai Parks & Resorts

Design Manager

A 36Ha theme park and entertainment venue created in the Dubai desert UAE which includes Hollywood themed rides, a 1000 seat theatre and other venues based on DreamWorks and Sony pictures Studios. DreamWorks alone comprises an indoor 45,000m2, 26m high single level building with a large span roof structure.

Based in Gensler’s Los Angeles office, Warrick was responsible for coordinating the design across various disciplines and design offices in the USA, Australia, Asia and UAE.

NeW Space | Newcastle, Australia | University of Newcastle

Project Director

A new $95m campus building for the Faculty of Business and Law situated in the heart of Newcastle city centre. Designed by Lyons Architects, the building is a striking architectural form with complex geometry, multiple storey raking columns, and cantilevered structural floors. The structure is a hybrid of steel and post tensioned concrete.

Warrick was Project Director for structural, civil and facades services. He worked on the competition submission with Lyons and continued to see the project all the way through construction.

Melbourne Park Redevelopment Western Precinct | Melbourne, Australia | Melbourne & Olympic Parks

Structural Lead

An iconic project that consists of a major upgrade to fully enclose Margaret Court Arena, including the installation of a new façade, retractable roof and additional seating to increase crowd capacity. As well as providing the National Tennis Centre with a third all weather venue, the new MCA also has a multi-purpose functionality capable of hosting a range of events including concerts, basketball and netball.

Warrick was the structural design lead, providing valuable design input coordinating the complex geometry within the constraints of an existing structure.

Australian Embassy Jakarta | Jakarta, Indonesia | Department of Foreign Affairs & Trade

Structural & Civil Lead

The largest Australian Embassy with a 22,000m2 Chancery, Head of Mission residence, 32 staff residences and recreational facilities with extensive landscaped grounds sets a new benchmark in design. Seismic base isolation of the Chancery building was a key design feature.

Warrick was the Structural and Civil design lead collaborating with the client group and DCM architects to achieve a structural design that met the architectural aspirations and security requirements.

Equinix ME2, Melbourne | Equinix

Structural Lead

Equinix ME2 is a 20MW five-level data centre located in Fishermans Bend built on challenging ground conditions.

Warrick was responsible for the structural design and worked closely with the building services team to provide efficient structural design concepts to maximise valuable data hall area.

Oasis Hospital | Abu Dhabi | United Arab Emirates

Structural Lead

A new five level prestigious hospital project located in Al Ain UAE, the OASIS Hospital consists of a basement level under a ground floor entrance level with a feature entrance canopy, atrium and four levels of hospital area. The total area is 30,500m2 and has 128 beds.

Warrick was the Structural design lead and navigated the design through American codes and local regulations.

Arkwright Building | Nottingham, UK | Nottingham Trent University

Structural Lead

A major structural refurbishment to the Arkwright Building, originally constructed in the 1880’s.

Warrick worked closely with Hopkins Architects to regenerate this Grade II* heritage listed Victorian Gothic style masonry building coming up with elegant design solutions to re-life the building whilst respecting it’s history.

Wembley National Stadium | Wembley UK

Package Lead: Sub-structure

An iconic 90,000 seat capacity stadium completed in 2006.

Warrick was responsible for delivery of the sub-structure package that consisted of piled foundations, retaining walls, basement and concourse slabs. The site-based role provided valuable experience building relationships with the contractor to resolve challenges and offer alternate solutions.

Marvel Stadium | Melbourne, Australia

Structural engineer

The Docklands stadium features a moving roof and has a capacity for 50,000 patrons.

Warrick was a structural graduate design engineer and worked on the concrete columns, piled foundations, floor design as well as undertaking site inspections.