-
to become a STEM professional. This approach is becoming more prevalent in both secondary and higher education settings due to its relevance to current societal challenges and that it motivates students
-
ability to work productively as part of a multidisciplinary team. Strong communication skills, including proficiency in written and spoken English (C1). Motivated to develop your teaching skills and coach
-
principle replace complex and heavy simulation models. Our goal is to develop and evaluate surrogate models in an industrial setting. You will work towards the future of industrial process simulation by
-
solid by-products, is an important step towards the decarbonization of industries and to reach the Paris agreement. Your aim will be to develop novel processing pathways to electro chemically upcycle
-
blend of qualities in the candidate. Project description The goal of the research project is to develop solid-state, nanosecond, arbitrary-waveform pulsed power systems at voltage levels of up to 0.7 MV
-
possible if radical innovations are made in the way we develop and deploy offshore renewables: floating wind energy structures. The HybridLabs project aims to accelerate the deployment of offshore renewable
-
revolutionize neuroscientific visualization. As a PhD candidate, you will develop cutting-edge brain visualization software, integrating real-time rendering techniques. You will work at the forefront
-
and try algorithms based on measured date. Preferable you will demonstrate the algorithm in a real-time demonstration set-up. Besides research you will also contribute to education within the department
-
the most relevant societal stakeholders, end users and applications that would benefit from the optical circulator. Develop an overview of industrial and societal stakeholders' requirements based on key
-
, biology, robotics, and material science. Researchers at the lab develop and investigate tools and methods through the design and (co-)creation of experience prototypes (www.materialaesthetics.com