Master thesis Gate driver HiL tester

JR Germany; Stuttgart; Hybrid; EUR 60.000 - 80.000; Vollzeit

Zusammenfassung

A leading automotive supplier is offering a master thesis opportunity focused on the development of gate driver systems for electric drives. In this role, students will contribute to hardware/software integration, optimization, and testing, essential for advancing efficient mobility engineering. Candidates should possess a bachelor’s degree in electronics and a passion for innovation in electronic systems.

Leistungen

Flexible working hours

Remote/hybrid work options

Ergonomic workplaces

Subsidized food in the canteen

Free parking garage

Qualifikationen

• Completed bachelor's degree in electronics, fulfilling the prerequisites for starting a master thesis.
• Experience in practical work on electronic systems (e.g., soldering, testing, analysis).

Aufgaben

• Concept definition, including tester, software, hardware peripheries, connectivity concept.
• Development of schematics and layout.
• Documentation and analysis.

Kenntnisse

Programming experience

Teamwork ability

Curiosity for electronic systems

Flexibility

Ausbildung

Bachelor's degree in electronics

Jobbeschreibung

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Master thesis Gate driver HiL tester, Stuttgart

Client:

SEG Automotive Germany GmbH

Location:

Stuttgart, Germany

Job Category:

Other

EU work permit required:

Yes

Job Views:

2

Posted:

14.06.2025

Expiry Date:

29.07.2025

Job Description:

SEG Automotive stands for over 100 years of innovation in its product range: from starters and alternators to start-stop and mild hybridization. By reducing emissions across all powertrain technologies, the global supplier is making a significant contribution to climate protection: fueled by a passion for innovation, SEG Automotive is driving the shift to more efficient combustion engines, 48V hybrids, and electrification.

Master thesis Gate driver HiL tester

Shape the future of mobility with us. And yours.

SEG Automotive GmbH is developing highly performant inverters for the control of electric drives in different customer applications. The optimization and fine-tuning of the gate driver-power module subsystem play a crucial role in ensuring functionality, stability, and robustness under all operational conditions, including the save state operation. This requires a suitable testing and control approach to create a valuable test database.

• Concept definition, including tester, software, hardware peripheries, connectivity concept
• Development of schematics and layout
• Hardware and software integration based on existing Arduino software board bring-up
• Create data for the characterization of the power module switching for selected gate driver settings
• Documentation and analysis
• Completed bachelor's degree in electronics, fulfilling the prerequisites for starting a master thesis
• Experience in practical work on electronic systems (e.g., soldering, testing, analysis)
• Programming experience
• Curiosity for the behavior and optimization of electronic hardware/software systems
• Teamwork ability
• Flexible working hours and remote/hybrid work options
• Ergonomic workplaces
• Subsidized food in the canteen, free parking garage