Your mission

• Design, construct, and test prototypes and assemblies for high voltage applications in battery production, with a focus on electrostatics.
• Advise and collaborate with the electrical team in selecting and applying high voltage components.
• Generate and manage electromagnetic fields for industrial processes.
• Implement high-voltage AC current at high frequencies.
• Plan, execute, and document preliminary tests and fault analyses professionally.
• Utilize simulation software such as ANSYS/COMSOL for design and analysis.
• Develop schematics for PCBs using EAGLE software.

Your profile

• Bachelor's or Master's degree in electrical engineering or equivalent field.
• Proven experience in designing, testing, and implementing high voltage systems.
• Proficiency in electrical engineering standards and guidelines in the high-voltage sector.
• Strong familiarity with simulation software and PCB design tools.
• Excellent communication skills and ability to work effectively in a team environment.

Why us?

Join our dynamic team as a High Voltage Electronics Engineer, Physics or Equivalent and play a pivotal role in advancing our revolutionary battery technology. As part of the electrical team, you will contribute to the development of high voltage solutions essential for our cutting-edge electrostatic research experiments. As a member of our core team, you will have the opportunity to contribute to groundbreaking battery technology in a dynamic and innovative environment. We offer a high degree of autonomy, responsibility, and the chance to make impactful decisions as we embark on the industrialization phase of our products.

About us

Headquartered in Berlin, Germany, theion GmbH is a pioneering high-tech start-up revolutionizing the mobile battery market. We specialize in the development and production of Crystal Batteries, addressing the world's most significant energy storage challenges across various sectors, from aerospace to consumer electronics. Our innovative approach utilizing sulfur in its crystal form promises to triple energy density while significantly reducing costs and environmental impact.