Internship in Physics-Based Modeling and Simulation f/m/d (80-100%)

ABB; Baden; On-site; CHF 13,000 - 20,000; Full time

Job summary

ABB offers an internship position focused on physics-based modeling and simulation of plasma dynamics in electrical arcs. You will contribute to developing, implementing, and validating physical models, working at the interface between modeling, numerical simulation, and experimentation.

As part of the Theoretical and Computational Methods Team at ABB's Swiss research center, you will work with experienced researchers in an international group, gaining exposure to cutting-edge plasma physics

Qualifications

• Enrolled student in Physics, Engineering Physics, Computational Physics, or related physics subject (advanced B.Sc. or MSc).
• Strong physics background and numerical simulation experience.
• Good programming skills (C++, Python or similar).
• Familiarity with simulation tools such as COMSOL/ANSYS is beneficial.

Responsibilities

• Collaborate with researchers to develop and validate physics-based models for plasma-related phenomena.
• Review literature and evaluate modeling approaches for complex physical processes.
• Implement and validate models using commercial and in-house simulation tools.
• Contribute to expanding simulation capabilities through development and documentation.

Skills

Physics knowledge

Programming

English fluency

Education

Advanced B.Sc. or MSc in Physics/Engineering Physics/Computational Physics

Tools

COMSOL

ANSYS

Job description

At ABB, we help industries run leaner and cleaner—and every person here makes that happen. You’ll be empowered to lead, supported to grow, and proud of the impact we create together. Join us and help run what runs the world.

This position reports to: R&D Team Lead

Your Role And Responsibilities

We offer an internship position in the field of physics-based modeling and simulation of plasma dynamics in electrical arcs. You contribute to ongoing research projects involving the development, implementation, and validation of physical models for plasma-related phenomena relevant to ABB devices. You will work at the interface between physical modeling, numerical simulation, and experimental validation.

During the internship, you will be integrated into the Theoretical and Computational Methods Team, and you will have the opportunity to work closely with experienced researchers in an international group of experienced scientists and engineers, where you will be able to thrive.

The work model for the role is:

You will be mainly accountable for:

• Collaborate with researchers to assess, develop, and validate physics-based models for industrial applications.
• Review scientific literature and evaluate modeling approaches for the description of complex physical phenomena.
• Implement and validate selected models using commercial simulation software and in-house simulation tools.
• Contribute to simulation capability extensions through model development, numerical implementation, software coding, and documentation of results.

Qualifications for the role:

• Enrolled student in Physics, Engineering Physics, Computational Physics, or a related physics subject (advanced B. Sc. or M.Sc. level).
• Strong background in physics and numerical simulation of physical systems, interest in plasma physics.
• Good scientific programming skills (e.g., C++, Python, or similar).
• Experience with simulation software is beneficial; familiarity with commercial tools such as COMSOL, Ansys, or similar platforms, as well as open-source simulation frameworks, is an advantage.
• Curiosity, analytical and problem-solving skills.
• Good communication skills, both written and verbal; fluency in English.
• Availability for six months (flexible start date early 2027).

What's In It For You

We empower you to take initiative, challenge ideas, and lead with confidence. You’ll grow through meaningful work, continuous learning, and support that’s tailored to your goals. Every idea you share and every action you take contributes to something bigger.

More About Us

The Theoretical and Computational Methods Team at the Swiss ABB research center develops, maintains, and improves models and numerical tools describing physical phenomena relevant to ABB products and technologies. These are used to support the development of more efficient and sustainable next-generation products.

Building a cleaner, smarter future takes all kinds of minds: the curious, the courageous, and the creative. That's why we welcome people from all backgrounds and experiences.