Electrical Engineering Intern — Mentored Power Systems

Advanced Conversion Technology, Inc.; Middletown Township (PA); On-site; USD 21,000 - 30,000; Part time

Job summary

Advanced Conversion Technology, Inc. in Middletown, PA invites rising electrical engineering students to join its Summer Internship Program.

You will work under Senior Electrical Design Engineers and gain hands-on experience across testing, design, and manufacturing support. The role emphasizes mentorship, multitasking, and strong communication, with opportunities to contribute to BOM verification, simulations, and software/firmware validation while building real-world power electronics

Qualifications

• Pursuing a 4-year Electrical or Electronics Engineering degree.
• Strong verbal and written communication skills.
• Ability to multitask and stay organized.

Responsibilities

• Perform bench testing and data compilation of prototype circuits
• Perform component stress calculations for new product development
• Research component availability and pricing
• Execute engineering procedures and test plans to verify accuracy
• Develop procedures and test plans for manufacturing
• Assist Engineers with day-to-day assignments
• Assist engineers with test fixturing
• Assist engineers with setup and tear down of test environments
• Perform BOM verification and costing tasks
• Perform simulations of analog and digital circuits
• Participate in software and firmware development and validation

Skills

Communication skills

Multitasking

Organizational skills

Computer literacy

Education

Pursuing 4-year Electrical/Electronics Engineering degree

Job description

Advanced Conversion Technology, Inc. in Middletown, PA invites rising electrical engineering students to join its Summer Internship Program.

You will work under Senior Electrical Design Engineers and gain hands-on experience across testing, design, and manufacturing support. The role emphasizes mentorship, multitasking, and strong communication, with opportunities to contribute to BOM verification, simulations, and software/firmware validation while building real-world power electronics