Michigan STEM Program Newsletter: Local Resources and Guide

Michigan's STEM identity is being transformed. The state that built the internal combustion engine is now at the center of the electric vehicle revolution. Ford, GM, and Stellantis are all competing for the EV future, and they all need electrical engineers, battery scientists, and software developers. Michigan STEM education has an extraordinary career story to tell right now.

The EV transition and Michigan engineering careers

The shift to electric vehicles is the biggest transformation in the automotive industry since Henry Ford's assembly line. Michigan is at the center of it. Ford's EV development programs, GM's Ultium battery platform, and Stellantis's electrification plans are all being engineered and manufactured in Michigan. Battery technology, power electronics, electric motor design, and charging infrastructure engineering are all active and rapidly growing career fields in the state.

For Michigan students, this transition is not abstract. It is happening in the plants where their parents work. A STEM newsletter that makes that connection explicit helps students and families see why electrical engineering, chemistry, and computer science matter for Michigan's future.

Great Lakes environmental science

Michigan surrounds four of the five Great Lakes, which contain 20 percent of the world's surface fresh water. Invasive species like sea lamprey and Asian carp, water quality issues, and climate-driven changes in lake temperatures are all active management challenges. NOAA's Great Lakes Environmental Research Laboratory and Michigan Sea Grant provide school education programs and data resources.

For Michigan students, Great Lakes science is as locally relevant as it gets. The health of the Great Lakes affects Michigan fishing, tourism, municipal water supply, and ecological stability. Students who study it are studying their state's most valuable natural resource.

University of Michigan and Michigan State STEM programs

U of M Ann Arbor has one of the top engineering schools in the country with direct industry ties to the automotive sector. Michigan Tech in Houghton has strong mining, environmental, and mechanical engineering programs. Michigan State's STEM education programs and research partnerships connect K-12 schools to university resources. Many of these universities offer dual enrollment and summer programs for high school students.

Michigan robotics and FIRST

Michigan has one of the strongest FIRST Robotics ecosystems in the country. The Detroit area in particular has a high density of FIRST teams, many sponsored by automotive companies. The FIRST Championship was held in Detroit for many years and is periodically held there still. Michigan students competing in FIRST Robotics have direct connections to the engineering culture of the automotive industry that sponsors many of their teams.

Template: Michigan STEM newsletter excerpt

"This semester our engineering class is studying battery technology and electric motor design. Both topics connect directly to the electric vehicle revolution happening right here in Michigan. We have an engineer from a Michigan automotive supplier visiting in November to talk about what it means to work on EV systems. We are also registering for the Michigan Science Olympiad. Students interested in competing should speak to their teacher before the end of October to get on the team list."

Michigan STEM competitions

Science Olympiad Michigan runs one of the nation's most competitive state programs. FIRST Robotics Michigan is particularly strong with the automotive industry culture of the state behind it. The Michigan Science Fair system has strong ISEF representation. MATHCOUNTS Michigan has competitive chapters across the state. These competitions build the engineering and science culture that Michigan's industries depend on.

Daystage makes it easy to keep Michigan families informed about STEM programs, the EV industry connection, and competitions throughout the school year.