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DTU, Danmarks Tekniske Universitet

Innovation Partner – DTU Skylab

Kgs. Lyngby

Startup builder and innovation nurturer within digitalization, sustainability, or constructing? Take a look at this opportunity!

DTU Skylab is looking for an ambitious business developer/venture builder/entre-/intrapreneur with a strong technical and commercial foundation within digitalization, sustainability, mechanical engineering, materials, and manufacturing to join our team of Innovation partners.

Are you passionate about building technology-based startups and commercializing early-stage research? Then this might be the right opportunity for you.

DTU, Danmarks Tekniske Universitet

PhD scholarship in Broadband Vibroacoustic Shape Optimization using Model Order Reduction Methods – DTU Electro

Kgs. Lyngby

This project aims at the application of MOR to the optimization of electroacoustic devices that involve the interaction of mechanical and acoustical domains, i.e. vibroacoustics. At DTU and KUL, you will have access to state-of-the-art knowledge on numerical methods, MOR and numerical optimization.

You will collaborate with the company PURIFI, a research-based producer of high-end loudspeaker units with wide practical experience on transducer non-linearities, measurement methods, and optimization techniques. You will be expected to extend and streamline models, opening up new possibilities for vibroacoustic design.

DTU, Danmarks Tekniske Universitet

PhD scholarship in digitalization of polymer-based battery electrolyte development - DTU Energy

Kgs. Lyngby

If you have the ambition to build your scientific career at the forefront of cutting-edge research and contribute to accelerating green transition via digitalization, we have a perfect PhD opportunity for you.

You will work on a project to design fluorinated polymers prepared through light-induced polymerization. The design space for finding the optimal composition and synthesis conditions for polymer electrolytes is too vast to explore manually. Therefore, we are combining self-driving labs, high-throughput atomic scale simulations, and AI to transition to digitalization-based automation of electrolyte development.

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