We are developing two lodges for extreme climates. Different structures and building envelopes (soft shells) to suit freezing cold and extremely hot temperatures.
The design is an iterative process. After learning from numerical simulations of the composite structure and tests of the thermal performance of the building envelope in cold chambers, we are testing the lodge in the most inhospitable climate on earth, in Antarctica.
The world is facing unprecedented challenges in 2019 of which the two most challenging must be those of adapting to rapid climate change and learning to live without terminally polluting the planet. The Polar Lodge is a highly focussed project looking at ways of tackling those two key challenges in the extreme environments of Antarctica.
Stay tuned to see how the building performs. Will it keep the researchers thermally safe and sheltered from the extremely high winds?.
We are creating the extreme lodge because the world’s weather is becoming more extreme and we aim to help inform and provide temporary, and emergency shelters in areas of extreme cold and winds that are easily transportable and that leave no pollution behind them. Polar Lodge version 1 was tested in 2016. It was re-eingineered into Polar Lodge version 2. How well will Polar Lodge 2 work? We don’t know but what is sure is that the knowledge gained from it will change the way we look at final structure design not only in tents but in the buildings around the world that will have to become stronger and safer to survive in the increasingly extreme climate and weather events that are growing commonplace everywhere.Check out all projects
Why We Care
We are passionate about the built environment and love making buildings more efficient and effective.
The Extreme Lodge project brings together many internationally experienced architects, engineers, academics and other professionals, for the several projects running. The core team is the following:
Joao Pinelo Silva is a registered architect and University College London alumnus currently an Assistant Professor of Architecture at the University of Bahrain. His research focuses on spatial cognition, urban planning, sustainable buildings and sustainability strategies for hot climates. He pursues an evidence-based approach and develops web-based tools for problem definition and investigation.
Manuel Correia Guedes Manuel Correia Guedes Architect, M.Phil., Ph.D. (Univ. Cambridge) is an Associated Professor (with Habilitation) at the Higher Technical Institute (IST) of the University of Lisbon. Former Director of the Architectural Research Centre of the IST, and of the Course of Architecture. He is responsible for several Disciplines of the M.Sc. and Ph.D courses of Architecture and Civil Engineering, including Environmental Design, Sustainable Design, Building Services and Infrastructures. He is a doctoral tutor and responsible for International Exchange Programs.
Susan Roaf is an Emeritus Professor of Architectural Engineering at Heriot-Watt University and has also lived and worked as an academic and architect around the world and was also an anthropologist with Nomads in Iran and archaeologist for seven years on excavations in Iraq. Her many books include those on eco-design, sustainability and adaptive design for a changing climate.