Currently under construction, the H2o Architects designed ‘Yarra Ranges Civic Centre Redevelopment’ is due to be completed late 2020. The project involves the construction and refurbishment of the Council’s Anderson Street offices and will create new public spaces available for community use.
Further project updates and information can be found at,
“H2o’s recent rear addition to an 1890s Western District stone homestead is a master class in how to do it right.
For a client couple who have occupied the Winchelsea property for 15 years “and who are old friends of mine”, Hurburgh and project partner Teresa de Miguel Barco removed the unsuccessful back-of-house structure and added a fascinating square of new rooms beneath a large central skylight which sits above the low pyramid roof profile like a chimney.”
Full article can be found at,
“Academics and university researchers are known for their untidy desks, with post-it notes dotted around their computers.
However, walking into the offices, shared workspaces and workshops at Swinburne University’s ‘Design Factory Melbourne’ located within the Innovation Precinct, is more akin to what would expect walking into a creative agency.
One of 24 similar hubs worldwide, and the only one in Australia, the idea for this ‘factory’ was first born in Finland by legendary architect Alvar Aalto.
“It’s about creating an environment that brings together often a disparate group of people, whether they’re researchers, creatives or financiers,” says Professor Anita Kocsis.”
Full article can be found at,
Construction work has now begun on the new H2o designed “Science Research Building” at University of Technology Sydney. The facility, due to be completed in 2020, is a response to the increasing demand for research space in the heart of the campus and provides an additional “seven levels of cutting-edge labs and facilities”.
From Professor Dianne Jolley, Dean of the Faculty of Science, “The Science Research Building will be a high-profile research space that consolidates the research infrastructure of the Faculty of Science and facilitates integrated and collaborative research across the Science disciplines, and with other disciplines from across UTS.. The vision for the Advanced Analytics Lab is to be Australia’s leading accessible analytical chemistry research facility for academia, industry partners, small and medium enterprises, and end-users. The Lab will produce highly trained specialist mass spectrometry scientists for the pharmaceutical, biological, clinical, food and environmental industries.”
Full article can be found at,
The new 3 storey McKinnon VCE Centre was opened late 2018 by the Premier Daniel Andrews, introduced by the School Principal; Pitsa Binnion and MC’d by the School co-captains. The opening was complete with 4 piece brass ensemble and a fine mezzo soprano, singing the national anthem.
The building has been incredibly well received and features a simple classical plan, a vigorous and engaging cross section and robust materiality – being described as ‘industrial elegance’. Given this, and that H2o managed to capture 19 classrooms, 4 labs and various specialist activity areas plus BOH spaces, it is a remarkably tranquil place. To achieve a dynamic and inclusive learning experience for the students, the interiors are strategically open, permeable and incorporate neighbouring venues for learning, study and research.
The McKinnon Library Hub represents a new outreach pedagogical model for Department of Education schools. It combines traditional storage/retrieval and resource library functions with teaching and breakout areas; formal and informal, internal and external, to create a new learning and social hub in the centre of the campus. Providing local community access extends the outreach concept to the general public, in this highly sought after Melbourne school zone.
The sustainable design features locally manufactured and fabricated precast panels, and sensuously and practically folded zinc cladding profiled to create fascias, down pipe housings, window reveals and low level seating for pupils.
Materials were chosen to meet low budgets, and to facilitate speed of erection and constructability constraints. Inset timber slat graffiti planks in the precast slabs are inspired by traditional African village Cray pot timber structures, crudely mud covered and white washed; often revealing the timber sub structure beneath. These carry building identification and extracts from the School’s philosophical charter.
Truganina P-9 School Stage 1 is a Prep to Year 9 co-educational school with a long term enrolment of 675 students. Truganina is a new, fast growing suburb, 21kms West of the Melbourne CBD.
The school has been designed to present a strong identity to the community with new buildings positioned along the East and North boundary with clear entrance points. The school offers stage related learning areas, and learning communities have been designed to suit the varying needs of different age groups. Building scale and materials choice reinforce its presence in the fast developing urban fabric, through the use of glazed bricks to Administration Building facades and exterior dados.
The colourful, Trespa facade panels to building side walls indicate slice through walkways between communities. Timber cladding has been used in the North and South Facades as well as in the framed pergolas. The school responds to its surrounding natural environment. There are direct connections from all learning communities to outdoor learning spaces.
The landscape proposal incorporates specific outdoor curriculum areas including science and food technology gardens, primary vegetable garden, sensory garden and performance areas, these being outdoor learning zones for a variety of purposes and group sizes.
This annual industry event takes place in four precincts of Melbourne, Collingwood being one of them. A home to design, architecture and also H2o Architects studio for over a decade, a few members of our team ventured out to explore some of the local and Melbourne CBD showrooms for the afternoon.
We filled the afternoon with visits to multiple showrooms and pop-up spaces, chatted and networked with other industry professionals whilst looking at displays of new ideas and products.
A great day had by all. Our favorite local exhibitor… ‘Café Culture + Insitu’
Image: A few of the H2o team at Café Culture + Insitu
Mon Cahier D’Architecture
Pour Jouer sans trainer dans les pattes de Mémé
Avondale Heights Library was included in a beautiful little children’s activity book Mon cahier d’architecture by Maison de l’architecture et de la ville.
It was the fall of the Berlin Wall that indirectly had a huge impact on the work of Melbourne architect Tim Hurburgh.
The then prime minister, Paul Keating, had bought a 100-year-old building in Berlin as Australia’s new embassy, and Hurburgh, on behalf of Bates Smart, had the task of refurbishing it. The job was to radically refocus his work on the role of timber in commercial construction.
”It was an old classic European courtyard development – the building faced the main street at the front and at the back, it faced the Spree Canal, with a courtyard in the middle,” he told BusinessDay. It was the windows that caught his eye.
”They had amazingly assembled double-glazed window systems in timber, enduring the heat and snow, and were over 100 yers old.
”This material, incredibly well crafted, made technically sophisticated window systems, with inside and outside components, in a cli- mate more extreme than ours – particularly the cool side,” he said.
”The whole city uses timber extensively, and systems that combine timber and aluminium. There are many contemporary systems in Germany and Switzerland where they have a casement window with double hinges that becomes an awning. They are used extensively in commercial, industrial and residential uses, plus lots of timber cladding.”
The Berlin experience, combined with his Tasmanian heritage – “hardwood timber has been used extensively there since day one” – became a seminal influence on Hurburgh and a focus of the work of H2o, the practice he formed after leaving Bates Smart. ”I hadn’t used timber since I was a student in Tasmania,” he said.
The chance to use wood in a big project came with a textiles building for RMIT in the late 1990s. ”I wanted to use timber cladding,” Hurburgh said. But he had to convince RMIT that timber’s performance could be guaranteed.
The result was to use an established, reputable source – western red cedar. ”The trees go so tall and straight in the North American forests – incredibly straight-grained, knot-free, vermin-resistant, they do not expand or contract, and are dimensionally stable – an easily used beautiful timber. RMIT accepted that as an internationally accepted industry,” he said.
The upshot was that H2o wrapped the building in a waterproof building paper and used the timber as external skin. ”We introduced the idea of a thermal chimney, using the timber both as a rain screen to keep water off the building, and a visual finish, separate from the building with paper, and also as a thermal barrier and insulator, to keep hot northern sun off the interior,” he said.
It was a hugely influential building; he said – ”probably the most influential building H2o has done” – and led to a reawakening among institutional clients.
The use of timber in commercial buildings has grown dramatically in the past decade. For example, the new exterior on the old Daimaru building at the corner of Swanston and Latrobe streets is adorned with timber.
H2o has long since added Australian hardwoods to its repertoire. ”We have used timber in a suite of buildings, both externally and internally,” Hurburgh said. These buildings range from a tennis club in Hobart to Deakin University buildings, the Lakeside Stadium grandstand and the RMIT advanced manufacturing precinct.
Particularly notable was the Genazzano College performing arts centre, where timber was used on the main acoustic walls, platforms for seats, the ceiling, and even the balustrades, where perforated timber came into play.
Hurburgh said people had responded enthusiastically for thousands of years to timber. ”It weathers and wears well, as natural products do – it gets better with age, is pleasant to look at and touch, and comes in a whole range of timber types, indigenous and imported,” he said. ”We’ve never had difficulty in persuading people to use it … it’s in our DNA.”
Text: Philip Hopkins
Image: Deakin University International and Business Centre Building