Macomb Community College leads the charge in electric vehicle safety training for aerospace and defense sector

Patrick Rouse, director, Workforce and Continuing Education, Engineering and Advanced Technology

As the demand for electric-powered solutions surges, particularly in sectors such as aerospace and defense, the need for skilled professionals trained in electric-vehicle safety becomes paramount. 

The shift toward alternative fuels within the aerospace and defense sector is unmistakable. From the integration of electric-powered vertical take-off and landing (VTOL) aircraft to the development of hybrid-style tanks, industry players are actively exploring ways to reduce reliance on traditional fossil fuels. This transition not only aligns with global sustainability goals but also can enhance operational efficiency and strategic capabilities.

Recognizing the emerging trends, Macomb Community College has proactively developed comprehensive electric-vehicle safety training programs. These initiatives are part of a broader effort to support the state’s electric vehicle training agenda, positioning Michigan as a hub for cutting-edge electric vehicle technologies. 

While development of these courses focused primarily on electric vehicles, it’s important to note that many suppliers within the aerospace and defense industry also operate in the mobility sector. As companies begin to transition towards the electrification of aerial and ground vehicles they support, the principles taught in these courses are transferable and invaluable.

The electric vehicle safety training offered by Macomb Community College is designed in collaboration with the state of Michigan’s Talent Action Team and subject matter experts. The curriculum encompasses three key areas:

1. Practical Training in Electric Vehicle Systems: These courses provide experience in the theory and basic design aspects of battery-powered vehicle propulsion systems. Participants delve into topics such as high-voltage batteries, regenerative braking, electric machine motor types, power management and safety procedures. With an emphasis on safe handling of high-voltage DC and AC systems, technicians are equipped with essential skills to work confidently with electric vehicles, ensuring both operational efficiency and safety.
2. Electric Vehicle Safety in the Manufacturing Environment: An introduction to AC motors and AC motor controls forms the core of these courses, supplemented by fundamental concepts of electricity and magnetism. Topics include traction motors, adjustable frequency drives, and MATLAB and Simulink modeling of various electric vehicle components. By addressing safety considerations specific to the manufacturing environment, participants gain insights into integrating electric vehicles into production processes effectively, fostering a culture of safety and innovation.
3. Advanced Electric Vehicle Technician Training: These courses and labs delve into advanced topics such as rechargeable batteries for mobile applications, hybrid systems and connection to the smart grid. Hands-on lab sessions provide practical experience in battery testing, maintenance and diagnostics. By equipping technicians with in-depth knowledge and practical skills, this course prepares them to tackle the complexities of electric vehicle technology with confidence and precision.

Macomb Community College’s electric-vehicle safety training represents a significant milestone in the journey toward a sustainable and technologically advanced aerospace and defense sector.

As the industry continues to embrace alternative fuels and electric-powered solutions, the importance of robust safety training is needed to remain at the forefront. With its comprehensive curriculum and industry-aligned approach, Macomb Community College empowers professionals to confidently embrace the electric vehicle revolution.

Patrick Rouse is the director of workforce and continuing education, engineering and advanced technology at Macomb Community College.