In this course, the ecological aspects of polymers and their key role in sustainable development and the green economy are explored. Students learn how polymers contribute to resource-, cost-, and energy-efficiency in modern technologies. Special focus is placed on polymer waste recycling, bio-based polymers, renewable resources, polymers with a low carbon footprint, and tailored materials for energy-related applications.
Course creators/instructors:
In this interdisciplinary course, analytical modeling, bio-inspired design, metamaterial homogenization, nonlinear mechanics, manufacturing semantics, structural characterization, and machine-learning-assisted inverse design were covered. The course was primarily delivered through lectures and continuous student mentoring, creating an integrated pipeline that connects simulation, fabrication, and experimental validation of programmable materials within a corresponding assessment framework for students.
Course creators/instructors:
In this new multidisciplinary Master’s, we focused on both traditional and newly established machine learning methods and their application in mechanical engineering. The course consisted of a mix of lectures and practical coding exercises, helping students develop solid implementation skills. In addition, each participant prepared solutions and reports for three larger assignments. The course was evaluated very highly by the participants, achieving first place among 50 courses offered in the Master’s program in Microsystems Engineering during the SS2023 semester.