PhD Quantum Computing for Numerical Simulations (f/m/x)

BMW Group; München; Vor Ort; EUR 50.000 - 70.000; Vollzeit

Zusammenfassung

A leading automotive innovation company in Munich is seeking a PhD candidate in Quantum Computing for Numerical Simulations. In this role, you will investigate algorithms for solving complex equations and collaborate with various partners. Ideal candidates will hold a relevant master’s degree, possess strong knowledge of quantum physics and programming skills in Python, and have excellent communication abilities in English. This position offers a chance to contribute to groundbreaking technology in automotive research.

Leistungen

Digital offers & mobile working

Apartment offers for students (subject to availability)

Qualifikationen

• Solid understanding and experience with quantum computing.
• Background in fluid dynamics and CFD is a plus.
• German language skills are a plus.

Aufgaben

• Investigate and develop algorithms for solving partial differential equations using quantum computers.
• Evaluate and benchmark algorithms on CFD use cases.
• Collaborate with internal and external partners.

Kenntnisse

Quantum physics understanding

Proficiency in Python

Strong communication skills (English)

Ausbildung

Master’s degree in physics, computer science, mathematics or related field

Tools

GitHub

Jobbeschreibung

IT Innovation and Research Munich 10.12.2025

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PhD Quantum Computing for Numerical Simulations (f/m/x)

THE FUTURE IS WHAT WE CREATE WHEN WE TAKE OUR VISIONS TO THE LIMITS.

PHD AT THE BMW GROUP.

Bridging the gap between your doctoral studies and the kind of career challenge you’re looking for isn’t always easy. That’s why our ProMotion PhD programme gives you the opportunity to apply your passion and scientific expertise to very real challenges that could shape the future of mobility. If selected, you’ll have the chance to really develop your own future career path with us through your practice-related thesis, promote your chosen specialty from within – and position yourself to secure the career you’ve always wanted.

We are a forward-thinking team within the BMW Group, dedicated to pioneering advanced technologies that shape the future of premium automotive innovation. Our focus lies on exploring groundbreaking computational methods, including quantum computing, to revolutionize large-scale numerical simulations and drive greater efficiency.
What awaits you?

• Investigate and develop state-of-the-art algorithms for solving partial differential equations using quantum computers.
• Evaluate and benchmark such algorithms on computational fluid dynamics (CFD) use cases.
• Help bridge the gap between quantum research and applications.
• Present your findings through internal reports and contribute to potential scientific publications.
• Collaborate with internal and external partners.

What should you bring along?

• A master’s degree in physics, computer science, mathematics, or a related field.
• Solid understanding of quantum physics and experience with quantum computing.
• Proficiency in Python; experience with collaborative tools such as GitHub.
• Background in fluid dynamics and CFD is a plus.
• Strong communication skills in English; German is a plus.

Do you have a passion for new technologies and an innovative work environment? Apply now!
Note: Please apply exclusively online through our career portal. Applications submitted via other channels (including email) cannot be considered. Citizens of countries outside the European Union must have a valid residence or work permit for the duration of the program.

What we offer?

• Digital offers & mobile working.
• Apartment offers for students (subject to availability & only Munich).

Do you have any questions? Then simply send your enquiry using our contact form . Your enquiry will then be answered by telephone or e-mail.

At the BMW Group, we place great importance on equal treatment and equal opportunities. Our recruiting decisions are based on the personality, experience, and skills of the applicants.

PhD Quantum Computing for Numerical Simulations (f/m/x)