Products composed of these materials range from extremely small devices such as microelectronic components to large parts such as turbine rotors for electric generating plants. Materials engineers also test the performance of new products and their component parts. The need for materials engineers crosses the boundaries of many industries. In the aircraft industry, for example, materials scientists and engineers create materials that are resistant to fatigue, fracture, corrosion, and heat. The combination of materials science and chemical engineering within one department at the University of Minnesota offers unique opportunities.
Many undergraduates pursue double majors and work with faculty in research experiences.
More than 300 faculty, graduate students, postdoctoral associates, and staff support the department's research and teaching missions. The caliber of these groups and the quality of our undergraduates establish the department as one of the country's best. The curriculum is based on a foundation of mathematics, physics, and chemistry. Specialized courses are also offered in electronic materials, physical metallurgy, thermodynamics, polymer engineering, corrosion, and related lab studies. Students plan their degree program with a faculty advisor to prepare for professional work or graduate studies.