Michigan State University auto industry connections
Michigan State University (MSU) has established significant connections to the automotive industry, contributing to research, development, and workforce talent for over a century. While the early development of the automotive industry was centered in other parts of Michigan, MSU has evolved into a key partner in shaping its future, particularly in areas of advanced mobility and innovation. [1] These connections extend from foundational research to direct collaboration with industry partners and the cultivation of a skilled workforce prepared for the evolving demands of the sector.
History
The emergence of the automotive industry in Michigan during the late 19th and early 20th centuries was initially fueled by the state’s abundant natural resources. [2] Timber, copper, and iron were essential materials in early automobile production, and their availability contributed to the concentration of automotive manufacturing in the state. While the initial growth was concentrated in areas like Detroit, the broader Michigan landscape, including the location of Michigan State University, began to play a supporting role through education and research. MSU’s early involvement, though not as direct as some other institutions, laid the groundwork for its later, more focused engagement with the industry. The university’s agricultural roots also indirectly supported the industry, as the demand for rubber – a key component of tires – spurred agricultural innovation.
Over time, MSU’s role has shifted from indirect support to active participation in automotive research and development. The university has invested significantly in facilities and programs committed to mobility, recognizing the industry’s importance to the state’s economy and the need for continuous innovation. This commitment is evidenced by over $75 million committed to research and development related to the mobility industry. [3] The focus has expanded beyond traditional automotive engineering to encompass areas like autonomous vehicles, connected vehicle technology, and sustainable transportation solutions. This evolution reflects the broader transformation of the automotive industry itself.
Economy
The automotive industry remains a cornerstone of the Michigan economy, and MSU’s contributions are integral to maintaining its competitiveness. The university’s research initiatives attract funding from both public and private sources, stimulating economic activity and fostering innovation. MSU’s College of Engineering, in particular, plays a crucial role in this regard, conducting research focused on developing integrated systems of communication and control for autonomous and connected vehicles. [4] These advancements have the potential to create new industries and jobs, further strengthening Michigan’s position as a leader in automotive technology.
Furthermore, MSU provides a pipeline of skilled graduates who are sought after by automotive companies and suppliers. Alumnae from MSU’s College of Arts & Letters are actively contributing to the advancement of the mobility sector. [5] The university also offers resources for understanding automotive industry trends, including data on vehicle buyer demographics and dealership performance. [6] This combination of research, talent development, and industry analysis positions MSU as a vital economic engine for the state.
Research and Development
MSU’s commitment to automotive research is demonstrated through specialized units within its College of Engineering, including CANVAS, the Composite Materials Structure Center, the Composite Vehicle Research Center, and the IACMI scale-up research facility (SURF) located in Detroit’s Corktown neighborhood. [7] These facilities provide a platform for cutting-edge research in areas such as lightweight materials, advanced manufacturing techniques, and autonomous vehicle technology. The Student Organized Autonomy Research Group (SOAR), operating under the CANVAS umbrella, further exemplifies MSU’s dedication to hands-on learning and innovation in the field of autonomous vehicles.
Beyond core engineering research, MSU has also responded to critical needs during times of crisis. During the COVID-19 pandemic, researchers like Irene Xagoraraki partnered with the City of Detroit and the Great Lakes Water Authority to measure and predict the presence of SARS-CoV-2 in wastewater. [8] Ricardo Mejia-Alvarez and his team developed an experimental mechanical ventilator using readily available and inexpensive parts. [9] These examples demonstrate MSU’s ability to leverage its expertise to address real-world challenges, even those outside the traditional automotive sphere.
Getting There
Access to MSU from Detroit and other automotive industry hubs is primarily via Interstate highways. Interstate 96 provides a direct route between East Lansing, where MSU is located, and Detroit, approximately 90 miles to the southeast. [10] Capital Region International Airport (CRIA) in Lansing serves as a regional airport with connections to major hubs. Detroit Metropolitan Airport (DTW) is the closest major international airport, offering extensive flight options.
The presence of the IACMI scale-up research facility (SURF) in Detroit’s Corktown demonstrates MSU’s commitment to establishing a physical presence within the heart of the automotive industry. [11] This strategic location facilitates collaboration with industry partners and allows MSU researchers to stay abreast of the latest developments in automotive technology. Furthermore, the university actively seeks to build partnerships and foster relationships with companies throughout the state, ensuring a strong connection between academic research and practical application. Jennifer Jennings, Associate Director of Development, serves as a key contact for corporate partnerships. [12]
Michigan State University Automotive industry in Michigan Detroit Lansing Corktown