Electrical Engineering Co-op: Energy Analytics

American Axle & Mfg., Inc.; Detroit (MI); On-site; USD 20,664 - 27,552; Full time

Job summary

American Axle & Mfg., Inc. is seeking an Electrical Engineering College Co-op to join their team at their World Headquarters in Detroit, MI. The role involves utility data analysis, electrical system documentation, and energy management initiatives. Ideal candidates will support the Corporate Facilities team and gain hands-on experience while collaborating with professionals.

This opportunity is ideal for students pursuing Electrical Engineering with a strong interest in energy management and data analysis, offering a practical learning environment in a dynamic automotive setting.

Qualifications

• Graduation date of May 2028 or later preferred.
• Must be able to work a minimum of 25 hours each week, year-round.
• Able to work in the US without Visa sponsorship.

Responsibilities

• Review utility invoices for accuracy.
• Enter utility data into Excel.
• Review electrical drawings.
• Assist in preparing presentations using PowerPoint.
• Support power monitoring setup using PowerLogic software.
• All other duties as assigned.

Skills

Intermediate Microsoft Excel skills

Strong interest in electrical power systems

Energy management

Data analysis

Education

Currently enrolled full-time at a college or university pursuing Electrical Engineering

Minimum 3.0 GPA

Tools

PowerLogic software

Microsoft PowerPoint

Job description

American Axle & Mfg., Inc. is seeking an Electrical Engineering College Co-op to join their team at their World Headquarters in Detroit, MI. The role involves utility data analysis, electrical system documentation, and energy management initiatives. Ideal candidates will support the Corporate Facilities team and gain hands-on experience while collaborating with professionals.

This opportunity is ideal for students pursuing Electrical Engineering with a strong interest in energy management and data analysis, offering a practical learning environment in a dynamic automotive setting.