High-Power Electronics Internship: Power, EMC & Testing

StudentJob; Veldhoven; On-site; EUR 4,500 - 7,800; Part time

Job summary

ASML in the Netherlands invites motivated students to join a bachelor/master internship focused on verifying high-power requirements in test environments. You will work with the Power & High Voltage group to analyze delivery challenges and explore practical concepts for future improvements.

The internship spans at least 5 months, ~32 hours per week (3 days on-site), with start dates from February onwards. You will collaborate with engineers across a multidisciplinary team in a highly innovative

Qualifications

• Bachelor's or master's degree in Electrical/Electronics Engineering or related field.
• Basic knowledge of power supplies, power electronics, or power amplifiers.
• Familiarity with EMC principles through coursework or projects.
• Analytical and structured approach to technical challenges.
• Proactive, collaborative mindset in a multidisciplinary team.

Responsibilities

• Analyze current power delivery challenges within test cabinet environments.
• Investigate power supply concepts for high-power applications.
• Evaluate technical solutions to improve reliability and scalability.
• Assess EMC considerations and potential risks.
• Perform measurements, testing, and data analysis.
• Document findings and provide recommendations for future development.
• Collaborate with engineers to translate insights into next steps.

Skills

Power electronics basics

EMC principles

Analytical skills

Team collaboration

Problem solving

Education

Bachelor's or Master's in Electrical Engineering

Tools

Power supplies concepts

Job description

ASML in the Netherlands invites motivated students to join a bachelor/master internship focused on verifying high-power requirements in test environments. You will work with the Power & High Voltage group to analyze delivery challenges and explore practical concepts for future improvements.

The internship spans at least 5 months, ~32 hours per week (3 days on-site), with start dates from February onwards. You will collaborate with engineers across a multidisciplinary team in a highly innovative