Brimbank Aquatic and Wellness Centre

Our 30-year working relationship with Williams Ross Architects enabled us to collaboratively develop a detailed understanding of each user group’s distinct operational requirements and functional needs, informing our design of separate energy metering, security, and controls across aquatics, fitness, allied health tenancies, and community services. Our early establishment of close working relationships with the ESD Consultant (LCI) and Council to support Green Star certification targets also enabled us to successfully navigate the significant midproject shift to full electrification.

Applying a comprehensive understanding of the facility ecosystem, we incorporated the unique ‘Air Balance’ Air Pressurisation System throughout the pool halls. This sophisticated control system maintains even temperature distribution, enhancing air quality and significantly reducing pool water evaporation, structural condensation, energy consumption, and maintenance costs.

Our unique one-engineer approach enabled us to build strong working relationships founded on mutual respect and continuity, and guide design solutions that holistically consider the facility’s services ecosystem.

With our Director in Charge driving the design through the feasibility and schematic design phases, then maintaining oversight as our Associate led detailed design and tender documentation, we were able to leverage the combined aquatics expertise of both senior team members to develop mechanical, electrical, hydraulic, and fire systems that seamlessly integrate with pool chemistry, structural considerations, and operational workflows.

We translated our extensive aquatic centre experience into practical guidance for Council, presenting design options with real-world performance data and clear recommendations that aligned sustainability goals with operational realities. When Council resolved to pursue full electrification mid-way through the project, BRT assisted Council in understanding the cost and holistic project implications. We then proactively explored heat pump technologies, providing detailed analysis of equipment options, refrigerant choices, and lifecycle costs.