
How can we develop lighter, stronger, and more fuel-efficient aircraft and automobiles? What new materials are needed to produce better replacement parts for the human body--bones, teeth, joints, and heart valves? What can we do to make smaller and faster computers?
If the challenges posed by these questions interest you, consider a career in materials engineering. As a materials engineer, you will develop and produce new materials for products ranging from aircraft wings to surgical tools to bicycle frames.
Because of the diversity in the field, you could work in most sectors of industry, including aerospace, transportation, electronics, biomedical systems, manufacturing, and research.
Materials scientists and engineers study the structure and composition of materials on scales ranging from the electronic and atomic through the microscopic to large structures.
By experimenting with chemicals, atoms, and minerals, they
In the MSE Department at Iowa State, faculty have
Faculty also discovered the second-hardest material, next to diamond, for use in a variety of products and they are well on their way to creating materials for the next generation of fuel cells that may one day replace the gas engine in your car.
Recent MSE graduates with a BS degree receive over $50,000 annually.
Recent Iowa State MSE graduates are working for companies such as Pella, 3M, Teledyne, Intel, Alcoa, Owens Corning, McDonnell-Douglas, IBM, Rockwell International, General Motors, Boeing, General Electric Astro-Space, Ames Laboratory, and Lockheed Martin.
100 percent of our graduates have jobs within six months.