Beyond the technical insights, Madhav reflected on the broader cultural and architectural context of Japan. This presentation embodied the purpose of our Design Dialogue Series — creating space within our studio to reflect, question and engage with ideas shaping the future of architecture.
03 March 2026
Design Dialogue: From Osaka, Kobe to Kyoto
Design Dialogue Series
Last Tuesday, our team gathered in the boardroom to share industry insights. For years, sessions like this have been part of life at Hunt Architects — an opportunity to step back from project work and learn from one another’s experiences, research and industry exposure. As these conversations become a more regular rhythm within our studio, we’re pleased to formally introduce them as our Design Dialogue Series.
Madhav recently travelled to Japan, visiting Osaka, Kyoto and Kobe to attend architectural conferences and explore significant projects. His trip was made possible through the Don Watts High Achievers Scholarship at Curtin University, which recognises academic excellence, leadership and community impact.
“Japan completely exceeded my expectations. It reshaped the way I think about architecture — showing how it can be deeply grounded in tradition while still pushing forward through research and innovation. Listening to international speakers was just as impactful. It gave me insight into how different countries are responding to their own unique challenges.” Says Madhav, Curtin University Student and Architectural Assistant at Hunt Architects.
While in Japan, Madhav experienced a wide range of architecture — from historic temples and castles to dense apartment buildings and contemporary towers. He also visited projects by Tadao Ando and Kengo Kuma, seeing in person the work he had long studied. Alongside these visits, he attended international conferences focused on sustainability, materials and structural innovation.
Solar-Responsive Thin Films for Facades
One key topic explored in Kobe was the use of ultra-thin SnO₂ films for solar applications. These transparent coatings can conduct electricity and respond to sunlight. Research suggests they could one day replace traditional solar panels by being applied directly to building façades. While still developing, this technology points toward a future where renewable energy systems are seamlessly integrated into architecture — improving performance without compromising design.
Strengthening Structures with Carbon Fibre (CFRP)
In Kyoto, research into Carbon Fibre Reinforced Polymer (CFRP) showed how existing structures can be strengthened efficiently. This lightweight material increases load capacity, reduces deformation and can extend the life of buildings, particularly in seismic regions. The research highlights the importance of designing buildings that can adapt and be reinforced over time, rather than replaced.
Balancing Structural Performance and Environmental Impact
In Osaka, a presentation on HDPE geocells examined how shallow foundations can be strengthened while reducing environmental impact. These honeycomb-like systems improve soil stability, but research showed that adding too much material reduces efficiency and increases environmental cost. The takeaway was clear: thoughtful optimisation can improve structural performance while minimising environmental harm — and may even expand design possibilities.
