Power Electronics Hardware Design Intern

BorgWarner; Noblesville (IN); Sur place; USD 23 000 - 39 000; Plein temps

Résumé du poste

BorgWarner PowerDrive Systems in Kokomo, Indiana invites an Electronics Hardware Design Intern for the Summer Internship Program. You will support engineers in designing, characterizing, and testing power electronics for automotive applications, gaining hands‑on experience with lab equipment and embedded controllers.

The role emphasizes electrical design, simulation, debugging, and verification, plus collaboration with cross‑functional teams to drive development of power electronics for hybrid

Qualifications

• Must be enrolled in an accredited college or university; graduate students in Electrical Engineering with focus on Power Electronics preferred
• GPA of 3.0/4.0 or B average at hire date
• Strong interest in automotive and/or power electronics
• Experience in power electronics through internships or projects is a plus
• Knowledge of modelling, simulating, and/or circuit design required

Responsabilités

• Assist in electrical design, simulation and analysis of power electronics circuits
• Perform electrical debug, test, characterization, and verification of designs
• Assist in specifying and testing key electrical components
• Support product development with design analysis and reviews
• Gain understanding of vehicle system components interfacing with power electronics
• Collaborate with engineering teams and suppliers on development and verification

Connaissances

Power electronics

Circuit design

Modelling & simulation

Electrical engineering

Formation

Bachelor's degree in Electrical Engineering

Master's degree in Electrical Engineering (preferred)

Outils

Electronic lab equipment

Description du poste

BorgWarner PowerDrive Systems in Kokomo, Indiana invites an Electronics Hardware Design Intern for the Summer Internship Program. You will support engineers in designing, characterizing, and testing power electronics for automotive applications, gaining hands‑on experience with lab equipment and embedded controllers.

The role emphasizes electrical design, simulation, debugging, and verification, plus collaboration with cross‑functional teams to drive development of power electronics for hybrid