HA (jur.) student assistant, Commercial department

Join us at Copenhagen Atomics as we finish building a functioning thorium molten salt reactor that burns nuclear waste and drives real change. Copenhagen Atomics has invented a new nuclear technology which is going to disrupt the global energy sector with energy at lower cost than any other energy technology known today. Copenhagen Atomics has a patent family on the Onion Core® which is said to be more valuable than the entire Danish financial sector. See our Youtube videos to learn more. As our HA(jur.) student assistant you will join a highly ambitious Commercial department, who works with everything from communication, funding, finance, sales and recruitment. We want to foster a culture where initiative, a self-driven attitude and hard work are valued and appreciated. Yet, legal documents and other commercial documents are the primary responsibility in this position, the commercial department handles various tasks, and one is therefore expected to be open to various responsibilities, and help where it is most needed.

You’ll play an important role in:

• Reading and drafting basic legal and commercial documents.

• Give inputs and advice on basic legal and business issues.

• Maintain and improve the professionalism of the commercial department.

To succeed in the role, you:

• Are ideally studying HA(jur.) at CBS on Bachelor level

• Bring an open mindset and are willing to add value outside of your expertise area

• Want to be part of a fast-paced environment, ideally you have experience with start-up companies.

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 50 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.