Michigan University Secures $1.6 Million Grant to Advance Electric Vehicle Manufacturing Technology

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Michigan University Secures .6 Million Grant to Advance Electric Vehicle Manufacturing Technology

Kettering University in Flint, Michigan, just received over $1.6 million from the Michigan Economic Development Corporation (MEDC). This funding aims to strengthen education for future engineers and innovators in the state. Kettering plans to create new courses focused on semiconductors, hydrogen fuel, and software engineering, helping to meet the growing demand in these fields.

This investment is part of a larger push to keep Michigan at the forefront of advanced manufacturing, especially in the semiconductor and electric vehicle sectors. Dr. Robert K. McMahan, Kettering’s president, highlighted the school’s hands-on teaching approach. He believes this funding will help them better prepare students for the jobs that will drive Michigan’s economy in the coming years.

The MEDC’s grant includes several key components:

  • Semiconductor Curriculum Development ($320,882): This will enhance courses to address the increasing need for semiconductor experts in the state.
  • Hydrogen Fuel Curriculum ($354,202): This funding supports innovative training in hydrogen technologies, preparing students for future job markets.
  • Software Engineering Curriculum ($287,432): This will allow for new courses and specialized equipment to train future software developers.
  • PK-12 Engagement ($53,324): The grant will launch summer hackathons for young students to spark their interest in engineering and manufacturing.

Additionally, Kettering has received further support through the Michigander Scholars Program. This initiative offers financial incentives to students completing internships with Michigan employers, encouraging them to stay in the state after graduation. Kerry Ebersole Singh, from the MEDC, expressed excitement for this partnership, emphasizing the goal of building a strong workforce in Michigan’s mobility and technology sectors.

Recent trends show a significant rise in the demand for semiconductor professionals. A report from the Semiconductor Industry Association predicts that the U.S. will need about 90,000 new semiconductor engineers by 2030. However, there is a shortage of qualified candidates. Kettering’s new accelerated bachelor’s program in Semiconductor Materials and Devices aims to address this gap. This program is the first of its kind, offering a fast track for students to acquire essential skills in a high-demand industry.

As the tech landscape evolves, Kettering University positions itself as a leader in preparing students for the future. The combination of practical experience and cutting-edge curriculum is designed to equip graduates to thrive in an economy increasingly reliant on technology.

For more information on these initiatives, you can visit the Michigan Economic Development Corporation website.



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