Ion Trap Designer (m/f/d)

QUDORA Technologies GmbH; Braunschweig; Vor Ort; EUR 60.000 - 80.000; Vollzeit

Benefits dieser Stelle

Mobility allowance for public transport

30 days of vacation

Professional development support

Zusammenfassung

QUDORA Technologies GmbH in Braunschweig is seeking talented individuals for roles focusing on the design and optimization of quantum computers using ion trap technology. You will join an innovative team and collaboratively engage with microfabrication experts to optimize designs.

The ideal candidate will hold a Master’s degree and possess practical experience in R&D. The company offers flexible working models, financial compensation, and relocation support.

Qualifikationen

• Practical experience in an R&D environment.
• Experience designing surface electrode ion traps using numerical or electrostatic simulation.
• Excellent understanding of ion traps and gate operations.

Aufgaben

• Design surface electrode ion traps for quantum computers.
• Perform feasibility studies for advanced ion trap architectures.
• Optimize ion loading and gate operations.

Kenntnisse

Designing surface electrode ion traps

Numerical modeling of physical systems

Problem-solving

Team-oriented

Proficient in English

Ausbildung

Master’s degree in Electrical Engineering, Physics, or related field

Tools

Ansys

COMSOL Multiphysics

Jobbeschreibung

QUDORA Technologies is a quantum technology start-up from Lower Saxony (Germany) developing full-stack quantum computers based on ion trap technology. Quantum computers hold the promise of outperforming today’s supercomputers within the next decade and solve some of the world’s most challenging problems by unleashing the power of quantum mechanics.

QUDORA and its patented technology belong to the spearhead of the German quantum computing landscape. We have won multiple projects and signed a contract to develop a quantum computer prototype for the German Aerospace Centre (DLR) in context of the German Quantum Computing Initiative.

To realize our vision of building Germany’s best quantum computer, we need exceptional talents for our interdisciplinary and international team. We maintain a friendly working atmosphere with flat hierarchies and a high degree of individual flexibility. We celebrate our successes with team events!

Does this spark your interest? Are you motivated to advance a technology that will soon change the world? Then we look forward to welcoming youas a full-time or part-time member of our team as soon as possible.

Your Responsibilities

• Design surface electrode ion traps for trapped ion quantum computers
• Perform feasibility studies for advanced ion trap architectures
• Optimize operations such as ion loading, ion transport, gate operations, initialization& readout
• Collaborating with microfabrication team to optimize designs for a balancedapproach between performance and manufacturability
• Collaborate with interdisciplinary teams to determine system requirements to allowthe integration of QPUs in large scale systems
• Define technical requirements and interfaces for quantum processors based on iontraps

Your Compensation Package

• Financial compensation: We value industrial and/or academic experience with acompetitive salary and offer you a mobility allowance for public transport in the formof the German Jobticket.
• Relocation support: If you are moving to join us for this position, we will providefinancial support.
• Flexible working models: You can organize your weekly working hours flexibly and areallowed to work from home. You are also welcome to work in our offices inBraunschweig, Hannover, and Hamburg. We look forward to meeting you in personat our weekly team meetings at Salzdahlumerstr. 196, 38126 Braunschweig.
• Rest periods: You will receive 30 days of vacation (based on a 5-day work week).Additionally, you will get the 24th and 31st of December off.
• Professional development: We will support your growth through personalizedtraining opportunities.

Your Profile

• A Master’s degree in Electrical Engineering, Physics, or a related field
• Practical experience in an R&D environment
• Experience in designing surface electrode ions traps using either numerical orelectrostatic simulation
• Experience with numerical modelling of physical systems, especially with iontransport functions for one or multi-ion species
• Excellent understanding of the fundamentals of ion traps and gate operations
• Enthusiastic and team-oriented, problem-solving, assertive, proactive, creative,systematic, goal-oriented, decisive and persistent, especially in difficult situations.
• Clear and target group-oriented communication
• Proficient in English (written and spoken)

Nice to have:

• Experience with Ansys and/or COMSOL Multiphysics