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PhD scholarship in Silicon Photonics for Optical Neural Networks – DTU Electro

If you want to establish your career as an early-stage researcher and is currently looking for the best possible foundation for your dreams and ambitions, it is right here in front of you. With this PhD position, we offer you the possibility of establishing your career as a scientist in photonic integrated circuits based optical computing.

You will be working in DTU Electro, in the new Photonic Integrated Circuit based Systems (PICSys) group. The setting will be the cutting-edge laboratory for advanced optical and digital signal processing and integrated photonics devices, and the access to one of the largest cleanroom facilities in European Universities.

Business Developer with a background in Science

Do you want to be at the forefront of Targeted Radiopharmaceuticals and Molecular Imaging?

We are looking for a professional Business Developer with a background in life sciences and the ambition to contribute to further strengthening Minerva Imaging as the trusted partner for targeted radiopharmaceuticals and molecular imaging.

What truly matters is your passion for the advancement and know-how of our scientific studies and your ability to foster long-term relationships with our collaborators.

Radiochemistry Research Scientist for Minerva Imaging

The position is in a dynamic and exciting team involving studies researching new radiochemical synthesis methods and developing targeted radionuclide therapies, which necessitates close collaboration with our scientists and technicians across the organisation.

We are an informal organization with a strong focus on open and honest communication. We value humour and a natural care for one another.

PhD Scholarships (2) in Cyber-Security and Cyber-Deception – DTU Compute

The two positions are part of the project Loki: Situational aware collaborative bio-inspired cyber-deception.

This project, inspired by Norse mythology, with Loki being a shape-shifter god and a master of trickery, aims at redefining and evolving the emerging field of cyber-deception. Here, we attempt to deceive attackers by creating fake vulnerable systems that are aware of their surroundings and are constantly shifting.

The project takes inspiration from nature (e.g., from the mimicry phenomenon) to synthesize sophisticated deception.