Stage - Developing an AI Model from Finite Element Data for Electric Motor Control f/m - Strategic Student Program

Siemens AG; Meylan; Hybrid; EUR 12,000 - 15,000; Full time

Benefits offered by this job

€1,200 monthly stipend

Meal vouchers

Mentorship and training access

Job summary

Siemens Software in Meylan is offering a 6-month Strategic Student Program internship to develop AI models from finite element data for electric motor control. You will join the Simcenter Flux team to train reduced-order models from PM motors and build integrated Amesim models across the drive train.

The role emphasizes ML techniques, FEM-based data, and optimization with HEEDS. The program is hybrid by default, with a monthly stipend of €1,200 plus meal vouchers and mentorship opportunities.

Qualifications

• Pursuing BAC+5 in engineering with focus on electromagnetism, energy, electrical engineering, system simulation or finite elements analysis.
• Demonstrated background in electromagnetic simulation and PM motors.
• Fluent in French and English with ability to collaborate in a team.

Responsibilities

• Create DOEs from PM motor model to create reduced motor model using Park transformations with Simcenter Flux.
• Train an AI model to generate a valid Simcenter Amesim model.
• Create an Amesim model of an electric car from battery, inverter to motor, following a WLTP cycle to define efficiency.
• Create an optimization with HEEDS to identify rotor geometric parameters maximizing efficiency.
• Compare with a traditional loop approach using reduced order models to check efficiency.

Skills

Electromagnetic simulation

Permanent magnet motors

Machine learning

French English bilingual

Education

BAC+5 engineering degree

Tools

Simcenter Flux

Simcenter Amesim

HEEDS

Job description

Stage - Developing an AI Model from Finite Element Data for Electric Motor Control f/m - Strategic Student Program

525960

23-Oct-2026

Internal Services

Siemens Industry Software SAS

Temporal

Company Overview

Siemens Digital Industries Software is a leading provider of solutions for the design, simulation, and manufacture of products across many different industries. Formula 1 cars, skyscrapers, ships, space exploration vehicles, and many of the objects we see in our daily lives are being conceived and manufactured using our Product Lifecycle Management (PLM) software.

Start your career with the Strategic Student Program (SSP)

The Strategic Student Program is our formal internship program globally. You will be mentored by guides and gain invaluable professional experience. At Siemens, SSP interns get access to an international student network and community, career development opportunities with professional growth pathways, comprehensive practical training throughout the program, access to the Siemens Learning Hub and other training materials, and the opportunity to collaborate on exciting projects within a global, diverse team.

Topic: Create AI models from FEA to be used with system for electric motors.

Position Overview

We are seeking a motivated student intern to contribute to cutting-edge machine learning. You will join the Simcenter Flux development team. You will oversee developing a new method to train a reduced order model of Permanent Magnet (PM) electric machine from Simcenter Amesim. This model will come from Finite elements computation with Simcenter Flux. The goal is to have a model based on the geometric parameters of the motor.

Key Responsibilities

• Create DOEs from PM motor model to create reduced motor model (using Park transformations) with Simcenter Flux,
• Train one AI model to generate a valid model for Simcenter Amesim,
• Create Simcenter Amesim model of an electric car from battery, inverter to the electric motor. The electric motor will follow urban cycle (like WLTP) to define its efficiency,
• Create an optimization (with Simcenter HEEDS) to find out which set of geometric parameters defining the rotor is optimal to maximize efficiency,
• Compare with a more traditional method (create a loop for optimization with creation of reduced order model then use it in the system to check its efficiency).

This internship of 6 month is based in Meylan (38) and will start from January 2027.

Qualifications

Currently pursuing higher education in engineering (BAC+5) in France, with focus on electromagnetism, energy, electrical engineering, system simulation or finite elements analysis

• Demonstrated background in electromagnetic simulation
• Knowledge of permanent magnet electric motors and their drive
• Experience with machine learning is a plus
• Fluent in both French and English, enabling effective team collaboration
• Ability to work autonomously as well as collaboratively with mentors and team members

Why Us

At Siemens Software, flexibility is how we work—hybrid by default, built on trust and autonomy. Together, 30,000 people across more than 200 countries build technology that shapes the real world.

You will grow through real projects, strong technical peers, and global mobility, backed by the scale and benefits of an industrial software leader. We're committed to equality and inclusion, and we hire based on merit, skills, and impact. Bring your curiosity and creativity and help us shape tomorrow!

Diversity & Inclusion

We value equal opportunities and welcome applications from all talented individuals. At Siemens, we believe people who've had real experiences dealing with being different will excel as leaders. Let's foster a culture of creativity and innovation. We are an equal opportunity employer and do not discriminate based on race, religion, color, national origin, sex, gender, gender expression, sexual orientation, age, marital status, veteran status, or disability status.

Internship stipend

This Strategic Student Program internship offers a gross monthly stipend of 1,200€ plus meal vouchers. Additional benefits include access to the Siemens Learning Hub, professional development opportunities, and mentorship from experienced professionals.

Siemens Software. Transform the Everyday