Join us at Copenhagen Atomics as we finish building a functioning thorium molten salt reactor.
Copenhagen Atomics has invented a new form of nuclear reactor, which is significantly more efficient than any previous nuclear reactors. This will be a game changer for the global energy sector. Our reactors will be able to provide energy at lower cost than any other technology (including fusion).
Department:
Our new Radiation officer will join our Fuel Salt Production facility (production unit). This is likely to be the largest nuclear molten salt production unit in the world in five years from today, and with the highest quality too. We have already run ton-scale production for several years, and have worked on this technology for more than ten years. The goal is to increase production output to several million DKK per day.
When processing molten salts containing thorium and uranium, there are a lot of requirements, procedures and documentation, which need to be in place and managed. It is your job to contribute to the approval processes, documentation, safety and interact with the rest of the team on requirements and documents.
You’ll play an important role in:
- Making sure that approval- and documentation processes run smoothly
- Helping colleagues in the Fuel Salt Department with processes and how we plan them in the most efficient way
To succeed in the role, you:
- Have experience from the Nuclear or Nuclear Medicine industries
- You are detail-oriented by nature
- You are comfortable in managing documentation, approvals and safety-related issues related to handling radioactive materials
- Bring at least three years from a similar role
Additional information:
Innovation is at the forefront of our culture and drives us to achieve our goals. As a member of our team, you will have the opportunity to work on groundbreaking technologies with the potential to make a significant impact on the world.
Based in Copenhagen, we are an international team of over 60 engineers, technicians, designers, and more who are in the process of developing a new, low-cost, abundant, sustainable, and safe nuclear technology to be manufactured on assembly lines in the future.
