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Graduate – Software Automation Program

Cognizant Denmark is currently seeking applications from Graduate Engineers for our Graduate Program in 2024 based in Hillerød, Denmark.

Successful candidates will be part of the Global Graduate Program.

This Program is an intensive 8-week Training Program that consists of Classroom Training, Workshops, Theory, Practical Training, and a Simulation Project.

PhD scholarship: Computational Prediction of Nuclear Fission Products Behavior in a Molten Salt Reactor – DTU Chemistry

A 3-year PhD scholarship concerned with the use of computer simulation for predicting fission products (FP) behavior – such as solubility – in a Molten Salt Reactor (MSR) is available.

In the SolveMSR project – funded by the Independent Research Fund Denmark – we will work towards creating a computational framework for predicting FP behavior in the fuel salt matrix of MSRs. We will benchmark the framework against experimental data.

PhD scholarship in Magnetothermal energy harvesting from waste heat - DTU Energy

Do you want to contribute to a future where we can harvest energy from waste heat using a novel magnetothermal device, that you will get to help realize? If yes, this PhD-position is exactly for you.

Your role as a PhD student will be to design, model and build an experimental magnetothermal energy harvesting device setup where we can test new designs of the various sub-components of the systems. The project has many aspects. You will work on building the device and testing this, but working on a numerical model of the system is also a potential option.

PhD scholarships on “Live” Visualizations of Single Nanoparticle Catalysts at the Atomic-Scale - DTU Physics

Could you envision “seeing” chemical reactions being catalyzed at the atomic-scale? Two or more scholarships are now open for experimental research in nanoparticle catalysis using advanced operando electron microscopy at the Center for Visualizing Catalytic Processes (VISION).

VISION is developing and applying a new unique platform for visualizing catalytic nanoparticles and reactions at the atomic-level by integrating cutting-edge electron microscopy, microfabricated nanoreactors, nanoparticle synthesis and computational modelling. This approach enables new, direct operando observations that are urgently needed to advance mechanistic insight into catalytic processes at the atomic-scale.