Simulation Engineer – Multi-Physics & Automation (Python)

Hexagon Infrastructure & Geospatial; Sankt Gallen; Vor Ort; CHF 90.000 - 130.000; Vollzeit

Benefits dieser Stelle

Flexible working hours

Vacation days

Bonus system

Training opportunities

Discounts

Employee events

International corporate culture

Zusammenfassung

Hexagon Infrastructure & Geospatial seeks a Simulation Engineer to shape next-gen high-precision products. You will use multi-physics simulations and virtual prototyping to tackle complex engineering challenges before prototypes exist.

Collaborate globally, tailor FEA models for instrument specs, and contribute to research focused on simulation-driven development. Apply scripting, automate pipelines, and help advance solver capabilities in a specialized team.

Qualifikationen

• University degree in Mechanical or Electrical Engineering, Applied Physics or related field.
• 3–5 years of numerical simulation experience (FEA, multi-physics or related).
• Strong physics understanding and numerical methods knowledge.

Aufgaben

• Support product development through multi-physics simulations (structural, thermal, fluid, EMI, etc.).
• Collaborate with Hexagon teams worldwide to accelerate innovation.
• Set up high-accuracy FEA models for precision instruments.
• Contribute to research and technology projects with simulation focus.
• Develop and refine simulation methods and modelling techniques.
• Build automated toolchains and evaluation pipelines (Python).
• Evaluate solvers to meet application needs, in an international team.

Kenntnisse

FEA

Multi-physics

Python scripting

Numerical methods

Communication skills

English fluency

German knowledge

Ausbildung

Engineering degree (BSc/MSc)

Tools

MSC Software

LS-DYNA

Siemens NX

Jobbeschreibung

Hexagon Infrastructure & Geospatial seeks a Simulation Engineer to shape next-gen high-precision products. You will use multi-physics simulations and virtual prototyping to tackle complex engineering challenges before prototypes exist.

Collaborate globally, tailor FEA models for instrument specs, and contribute to research focused on simulation-driven development. Apply scripting, automate pipelines, and help advance solver capabilities in a specialized team.