PhD Positions in the areas of Computational Design, Construction Robotics, Regenerative Construction

This opportunity is for PhD-level research positions focused on Computational Design, Construction Robotics, and Regenerative Construction. Candidates should possess advanced knowledge and skills in computational methods applied to design processes, including algorithm development, modeling, and simulation techniques relevant to construction and architecture. Expertise in robotics as applied to construction tasks is essential, encompassing automation, robotic system design, control algorithms, and integration of robotics within building processes. Additionally, familiarity with regenerative construction principles is important, emphasizing sustainable building practices, circular economy concepts, and innovative materials or methods that promote environmental regeneration. The roles require strong analytical and research capabilities, proficiency in relevant programming languages and software tools used in computational design and robotics, and the ability to work on interdisciplinary projects combining architecture, engineering, and computer science. Candidates are expected to contribute to advancing knowledge in these fields through original research, experimentation, and collaboration with academic and industry partners. Given the PhD level, candidates should have a solid academic background in architecture, civil engineering, computer science, robotics, or related disciplines, with a focus on applying computational and robotic technologies to construction challenges. The positions demand a commitment to innovation in sustainable construction technologies and the development of new methodologies that integrate computational design and robotics for regenerative building solutions.