Engineers are leading the charge to create a more sustainable built environment. The key lies not only in developing breakthrough materials but in the engineering expertise required to bring them to life, a process powered by collaboration and operational excellence.
The future of our planet is intrinsically intertwined with the future of our cities. As populations grow and urbanisation continues, the built environment has become one of the biggest contributors to global emissions. Commercial buildings alone consume around a quarter of the world’s electricity, highlighting the urgent need for change in how we design, construct, and manage our infrastructure.
“The reality is, the only way for the world to meet its carbon targets is to address the emissions that come from the built environment,” says Doug Hunt, CEO of ClearVue Technologies. “That’s where we believe innovation in materials and design can make a measurable difference.”
This mindset captures a growing shift in engineering thinking: sustainability is no longer a “nice to have.” It’s a critical design parameter, shaping how firms plan, build, and collaborate to create resilient cities that work with the environment rather than against it.
Turning buildings into power generators
ClearVue Technologies is tackling this challenge head-on. The company develops advanced Building Integrated Photovoltaic (BIPV) products – a solar-glass solution that can be applied across an entire building façade to offset its carbon impact. It’s a technology that turns a static building envelope into an active energy generator, helping commercial and residential buildings reduce their reliance on traditional energy sources.
“Every square meter of façade has the potential to generate energy,” Hunt said. “We’re rethinking the role of the building itself in the renewable energy ecosystem.”
But as with any innovation, transforming that bold idea into a commercially viable product requires more than creative engineering. It demands precise coordination across disciplines, sophisticated operational systems, and a shared commitment to sustainability.
That’s why ClearVue partnered with erbas, an Australian consultancy that delivers integrated sustainability, wellbeing, and engineering solutions across diverse sectors.
“Leveraging our sustainability team and our strong networks in the built environment, we thought we could really help ClearVue bring that special product to market and grow it,” said Lincoln Merlo CPEng, Executive Director at erbas.
Together, the two firms are demonstrating how collaboration between innovators and integrators can accelerate real-world impact – bridging the gap between visionary concepts and tangible climate solutions.
From idea to reality
As Hunt explains, part of ClearVue’s mission is to challenge perceptions of what renewable energy technologies can look like in modern architecture.
“When you say BIPV, everybody thinks of a black solar panel attached to the side of a building, but we can make panels that look like granite or marble; our standard range has 60 or 70 colors and textures,” he said. “In Hong Kong, for example, we can do typhoon-rated glass. We’ve focused on how we can get the panels onto a building in an economic way and make sure they’re engineered to do what they need to do as a building material.”
This balance between aesthetic flexibility and engineering precision is central to ClearVue’s success. The technology doesn’t just generate renewable energy – it enhances the building’s thermal performance.
“The vacuum glass product has U-values of around 0.5. That is astronomically good compared to the normal glass of a similar product,” Merlo said. “Not only are you getting the energy production, you’re getting the thermal benefit to the building, which then has further impacts on its heating and cooling load requirements. We’re seeing systematic gains throughout the building that have a tangible benefit to the energy cost that’s already embedded in the façade.”
These are the kinds of advancements that signal a shift in how engineers and designers approach sustainability: by embedding performance into the very fabric of our buildings.
The role of technology in powering innovation
To push boundaries like these, engineering firms need operational systems that free them up to focus on what matters most: innovation and problem-solving. Pursuing cutting-edge solutions becomes possible only when the day-to-day business of project management runs seamlessly.
That’s where Total Synergy comes in. The architecture and engineering software developer provides project management platforms that help companies like ClearVue and erbas pursue innovation without losing track of their operations.
“The platform is here to save you time, because if you use Total Synergy, you’re going to spend less time doing your invoicing process or reconciling your timesheets,” said Morgane Chebahi, Implementation and Onboarding Consultant at Total Synergy.
“It’s not just simple project management software; it’s really made for engineers and architects. We’re helping them standardize their processes for scheduling, resourcing, and business operations.”
Merlo described his experience with Total Synergy’s project management, timesheeting, and invoicing software as “fantastic.”
And it’s solutions such as those provided by Total Synergy that allow engineers like Hunt and Merlo to unlock the time and clarity needed to deliver future-ready solutions.
“We’re trying to work together to bring a new solution to what is, in the end, a problem that everybody that works in the built environment knows is a big issue,” Hunt said.
