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Martin Tenpierik focuses on making the built environment sustainable, climate-responsive, and adaptive through the implementation of advanced building systems. With traditional technologies deemed insufficient to meet climate goals by 2050, Tenpierik aims to integrate smart materials and design concepts, allowing buildings to passively adapt to changing climate conditions. His research encompasses both new and existing structures, addressing critical aspects such as insulation for historic buildings and the associated risks of heat and moisture transfer. Combining building physics, simulation modeling, and architectural design strategies, Tenpierik seeks to enhance energy efficiency and occupant health in buildings. He is heavily invested in developing predictive models and advanced simulations that optimize the performance of adaptive systems tailored to diverse climate needs. Tenpierik’s collaborative efforts strive to position TU Delft as a leading center in building physics, fostering innovative passive solutions to combat climate change. He is also dedicated to education, ensuring students acquire vital knowledge and skills in building physics that are essential for a sustainable future.
Requirements apply generally across engineering and science master programs. Specific tracks like Architecture require a digital portfolio.