Stage - Ingénieur(e) Electronique Hardware (CEM)

Jobup; Boncourt; Vor Ort; CHF 17.000 - 26.000; Vollzeit

Zusammenfassung

Jobup is seeking a Hardware Electronics Engineer Intern (EMC) in Boncourt, Switzerland to help implement EMC methodology and reduce non-compliance risk during validation. You will perform PCB-level EMC simulations, analyze architectures, and define design rules while applying Altium Designer and Ansys Electronics Desktop.

Final-year Master student in electronics/embedded systems with analytical mindset encouraged to apply.

Qualifikationen

• Final-year Master-level engineering student in electronics/embedded systems.
• Experience or interest in EMC and PCB-level design.
• Familiarity with Altium Designer or similar CAD tools.
• Familiarity with Ansys Electronics Desktop for EM simulations.

Aufgaben

• Analyse electronic architectures and EMC constraints.
• Model PCBs for electromagnetic simulations.
• Perform EMC simulations and evaluate results.
• Study radiation, coupling, and signal/power integrity phenomena.
• Interpret results and help define EMC design rules.
• Collaborate to improve design practices and guidelines.

Kenntnisse

Analogue and digital electronics

EMC design interest

Electronic CAD tools

Altium Designer

Ansys Electronics Desktop

Analytical mindset

Autonomy

Technical curiosity

Ausbildung

Final-year Master level electronics/embedded systems

Tools

Altium Designer

Ansys Electronics Desktop (HFSS/SIwave)

Jobbeschreibung

Position: Hardware Electronics Engineer Intern (EMC)

Entity: Commercial Vehicle Electronics Laboratory (LECV)

Location: Boncourt, Switzerland

As part of the ongoing development of a power electronic product, you will participate in implementing a Design for EMC methodology aimed at integrating Electromagnetic Compatibility (EMC) constraints from the earliest design phases and proposing improvements before prototype manufacturing.

The objective is to reduce the risk of non-compliance during validation campaigns, limit the number of correction and revalidation loops, and thus contribute to reducing the Time-to-Market of future products.

You will perform finite element numerical simulations to identify and analyse potential sources of electromagnetic emissions and susceptibility at the electronic board (PCB) level.

• Analyse electronic architectures and associated EMC constraints.
• Model electronic boards (PCBs) for electromagnetic simulations.
• Conduct EMC simulations.
• Study radiation, coupling, and signal and power integrity phenomena.
• Interpret the obtained results.
• Contribute to analysing best design practices and defining EMC design rules.
• Knowledge of analogue and digital electronics.
• Interest in Electromagnetic Compatibility (EMC) and electronic board design.
• Knowledge of Altium Designer or another Electronic CAD tool.
• Knowledge of Ansys Electronics Desktop (HFSS, SIwave or equivalent) for electromagnetic simulations.
• Analytical mindset, rigour and autonomy.
• Technical curiosity and a taste for innovation.
• Engineering student in the final year of training (Master level or equivalent), specialising in electronics, embedded systems.