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Marvel Fusion

Pursues laser-driven inertial confinement fusion

Legal Trainee / Research Associate Intern

Legal Counsel & Legal SupportConfirmed live in the last 24 hours
Internship · Winter 2026Munich, GermanyNo salary listedIn-person

About the Job

Requirements

  • You have successfully completed the First German State Examination in Law (Erstes Staatsexamen) and are either preparing for or currently completing your legal traineeship (Referendariat).
  • You have a broad interest in business law and an eagerness to work across different legal and regulatory areas.
  • You have a pragmatic and commercial mindset, strong analytical skills, and attention to detail.
  • You can quickly understand complex legal, technical, and regulatory topics.
  • You have strong written and spoken German and English.
  • You have a genuine interest in technology and start-ups and in working in a fast-paced and international environment.

Responsibilities

  • Support the implementation and day-to-day operation of the compliance framework.
  • Administer the employee participation program.
  • Review and draft commercial agreements and other legal documentation.
  • Conduct legal research and translate complex legal requirements into pragmatic recommendations for the business.
  • Help improve legal processes, templates, and workflows, including through technology and automation.

Desired Qualifications

  • Experience with artificial intelligence tools and an interest in using artificial intelligence for legal research, drafting, knowledge management, or process automation.

About the Company

Marvel Fusion

Pursues laser-driven inertial confinement fusion

Marvel Fusion develops laser-driven fusion energy using non-thermal direct-drive inertial confinement with nanostructured fuel targets. It aims to trigger fusion reactions with low-neutronic fuels like hydrogen-boron, reducing long-lived radioactive waste. The company builds a new high-powered laser facility in collaboration with Colorado State University, housing multiple multi-petawatt lasers to conduct experiments and advance fusion research. Its approach differs from many competitors by applying direct-drive laser for fusion with nanostructured fuels and a focus on hydrogen-boron to minimize waste, supported by a strong academic and private funding network. The goal is to enable a safe, clean, and reliable fusion power plant that helps the world move toward sustainable energy.

Company size
51-200
Company stage
Grant
Total funding
$166.9M
Headquarters
Munich, Germany
Founded
2019

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