Skip to main content

Waterloo Youth Family and Community Centre Weave building

Case study

Waterloo Youth Family and Community Centre Weave building has been created through the clever refurbishment and complete transformation of a former council amenities block. Credit: Government Architect NSW

Transforming a small public building

A purpose-designed community centre has been created through the clever refurbishment and complete transformation of a former council amenities block.

Adaptive re-use of the modest building has enabled the local council to deliver vital community services where they are needed, achieving exceptional social and economic value.

The Waterloo Community Centre has been specially designed to accommodate Weave, a not-for-profit organisation that provides counselling services and community programs related to mental health and wellbeing.

Locating community services

Next to a skate park, and sited within the public parkland area that includes Waterloo Oval, the existing building offered an ideal location for providing services that need to appeal and reach out to the local community.
 

Better for community: The centre’s location helps it to connect with local youth and families. Credit: Josef Nalevansky
Better for community: The centre’s location helps it to connect with local youth and families. Credit: Josef Nalevansky

Adding an ingenious steel structure

The architects’ innovative approach to the project was to adapt the existing building and enclose it in an interlocking and self-supporting steel structure that allows for possible future dismantling and relocation.
 

Better performance: Durable steel and concrete is robust, low-maintenance, and long-lasting. Credit: Josef Nalevansky
Better performance: Durable steel and concrete is robust, low-maintenance, and long-lasting. Credit: Josef Nalevansky

The steel structure acts as a scaffold supporting climbing plants. These have grown to cover the walls and enclose a secure roof-top garden area.
 

Better fit: Plants growing across the structure have made the building blend into the park setting and adjacent tree canopy. Credit: Josef Nalevansky
Better fit: Plants growing across the structure have made the building blend into the park setting and adjacent tree canopy. Credit: Josef Nalevansky

Using passive design principles

Offices for Weave’s 14 staff are located around a central courtyard lined with glass sliding doors. This brings natural light into the interior, minimising the need for artificial lighting.
 

Better for people: The internal open-air courtyard is a pleasant part of the workspace, and brings natural light and ventilation into the building. Credit: Paul Bradshaw
Better for people: The internal open-air courtyard is a pleasant part of the workspace, and brings natural light and ventilation into the building. Credit: Paul Bradshaw

Sliding doors and overhead fans allow the occupants to control fresh air and cross-ventilation, so the building does not require air conditioning – a further cost saving. Indoor comfort is also controlled by exposing the building’s thermal mass.

The building’s walls and roof are shaded by the climbing plants, which are watered using rainwater collected from the roof.

Selecting the designers

The City of Sydney appointed a design team after a two-stage public invitation process for interested architects. The first stage asked design teams to demonstrate their experience and capability in similar projects. The second stage was a design competition: three teams were selected and paid to each prepare a design scheme.

The successful team led a design process that began with refining the client’s brief. The team developed design options to present to project stakeholders and guided the discussion and evaluation of these against the brief requirements.

Maintaining a high standard of design

A builder was selected through a public tender process, and the architects remained involved throughout the construction period. This was an important step in ensuring the quality of the design was maintained throughout the whole development process.

The result is a cost-effective building with a robust shell that provides a calm, welcoming and comfortable interior, well-suited for Weave’s counselling services.

The project’s recognition in national and international design awards is evidence that community projects can achieve excellence on a constrained budget.

Lessons learnt

Working with an existing building and adapting it to new uses can be time consuming, and in some cases can lead to a higher construction cost per square metre. However, this approach has the potential to deliver greater value and achieve an improved environmental outcome when compared to outright demolition and replacement.

  1. Project type

    Public building: youth and community centre

  2. Client

    The Council of the City of Sydney

  3. Project cost

    Lower range: A lower range project might have a construction cost of around $1800 m2, excluding land costs, professional fees and development approvals

  4. Project team

    • Architecture - Collins And Turner
    • Landscape Architecture - Terragram
    • Structural Engineering - Arup
    • Environmental Design - Team Catalyst
    • Electrical And Lighting Design - Steensen Varming
    • Quantity Surveying - Wilde And Woollard
    • Construction - Projectcorp
  5. Location

    Waterloo, inner city Sydney

  6. Project scale

    Small:

    • Gross Floor Area - 240 m2
    • Building Site - Approx. 450 m2
    • Surrounding Park - 2.1 ha
  7. Year

    Completed 2012

  8. Procurement process

    • Design: open expressions of interest, followed by an invited design competition
    • Construction: traditional lump sum contract
  9. Awards

    • 2014 Architizer A+ Awards (USA) Special Mention
    • 2013 Australian Institute of Architects (AIA) John Sulman Medal for Outstanding Public Architecture
    • 2013 AIA NSW Sustainability Award
    • 2013 AIA National Sustainability Award
    • 2013 AIA National Award for Public Architecture
    • 2013 AIA National Colourbond Award for Steel Architecture