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, and evaluate innovative Smart City solutions for energy balance and efficiency. Such solutions can be integrated into the urban-scale built environment, to enable positive energy buildings (PEB) and
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be investigated for densification process and durability, and fire performance properties will be evaluated. The project addresses the following research questions: To what extent can fire performance
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additive manufacturing of various metal alloys. Each year, our Bachelor’s, Master’s, and PhD programs graduate a large number of students, and we maintain strong collaboration with industry through services
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incorporate radiological impact modeling with UCrad. Representative technologies across low-, intermediate- and high-level waste categories will be evaluated. The research will proceed in three linked stages
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impact recalculations. Graduates will emerge with a validated decision-support system, a set of methodological guidelines, and real-world pilot results from Estonia and an international case study site