Patrick Bellew

Patrick Bellew serves as the Eero Saarinen Visiting Professor of Architectural Design at Yale School of Architecture, bringing over thirty years of expertise in sustainable building systems. As founding director of Atelier Ten, he is recognized as one of the UK's Royal Designers and operates as a Chartered Building Services Engineer specializing in high-performance building design.

His educational background includes a B.Sc. from the University of Bath. Bellew has taught multiple advanced design studios at Yale focusing on sustainability challenges, including resorts on fragile island ecosystems, research institutes for climate change, and cultural facilities integrating traditional production methods with contemporary sustainable practices.

Bellew's research interests center on thermal mass energy storage technologies, environmental building design, and high-efficiency conditioning systems. His work emphasizes designing structures that minimize environmental impact while enhancing resilience against climate threats, with particular focus on bio-mimicry applications and circular economy principles in construction. His studios consistently address how architecture can respond to climate emergencies through passive design strategies and renewable energy integration.

• Royal Designer for Industry (RDI) recognition by the Royal Society of Arts

Through his Atelier Ten practice and Yale teaching, Bellew mentors students in developing architectural solutions that balance commercial viability with environmental responsibility. His studios challenge students to create designs that 'touch the ground lightly' while addressing complex issues like rising sea levels, seismic activity, and resource scarcity. His approach integrates building physics with cultural context to develop solutions appropriate for specific climates and communities.

Bellew leads the environmental engineering practice at Atelier Ten, which collaborates with architectural firms worldwide to develop sustainable building strategies. His work emphasizes practical implementation of sustainable principles rather than theoretical concepts, focusing on measurable outcomes in energy reduction, water conservation, and material efficiency.