2026 R&D Electric Motor Drives Spring Internship

Nexteer Automotive • Saginaw, MI

123d

About The Position

The objective of the Student Programs at Nexteer Automotive is to select students with high potential and provide them with 'real world' work experiences. Work assignments expose students to many of the company's products, processes and procedures. Assignments are designed to assimilate acquired classroom education with actual hands-on work experience in a technical environment. In addition, Nexteer Automotive gains the opportunity to find new talent to enhance productivity while providing students exposure to full-time career opportunities. We are looking for an inquisitive, highly self-motivated individual who is eager to learn and has good attention to detail and time management skills. This position is responsible for electric drive control analysis, modeling and test for electromechanical actuators and sensors. The ideal candidate will be eager to apply and explore their skills in simulation, implementation, and verification. This Internship will take place from January 2026 - May 2026 and the candidate will be required to work onsite in Saginaw, MI.

Requirements

• Candidate must be a graduate student pursuing MS or PhD in Electrical Engineering with emphasis in Motor Control Systems or Power Electronics or similar specialization.
• Must have a 3.0 GPA on a 4.0 scale.
• Must be able to work onsite in Saginaw, MI.
• Knowledge of motor control theory, design and analysis.
• Strong computer skills, and knowledge of simulation tools (e.g. Matlab/Simulink) is required.
• General competency in all core fields (electronics, electromagnetic).
• Excellent problem-solving techniques.
• Knowledge of system synthesis, analysis and verification techniques.
• Good organization and documentation abilities.
• Ability to manage & support multiple activities (time management skills).
• Strong work ethic.
• Demonstrated ability to work independently and with others.
• Proficiency with Microsoft office tools (Excel, Word, Powerpoint).

Responsibilities

• Responsible for motor control system analysis, modeling, and design of electric motor drive systems.
• Develops mathematical models and implements control algorithms for various types of electrical machines and advanced power converters.
• Knowledge of power converter commutation/switching techniques for advanced semiconductor topologies.
• Verifies and calibrates motor control characteristics.
• Validation of motor control characteristics on laboratory dynamometers.
• Provides technical expertise for projects incorporating complex electromechanical ('Mechatronic') systems.
• Verifies and calibrates modeling tools and corrects deficiencies in designs and prototypes.

What This Job Offers

• Career Level: Intern
• Industry: Repair and Maintenance
• Education Level: Master's degree