Students in ceramic engineering programs have the opportunity to be part of a field that impacts environmental issues like recycling and energy conservation. They also learn basic science and engineering while simultaneously growing their analytical and computational skills.
In a ceramic engineering program, you will develop a comprehensive understanding of ceramic materials, including their behavior in different temperatures, their processing and structure, and their industrial applications. A good program will teach you about the mechanical properties of ceramic materials and their atomic scale properties. Many programs require students to take a certain number of elective courses outside the area of ceramics engineering, which broaden your educational horizons.
Ceramic engineers work with inorganic, nonmetallic materials to develop materials that support products and systems that impact all our lives. For instance, fiber optic materials are critical to the telecommunications industry, and cell phones would not be possible without the development of electronic ceramics.
While there are ceramic engineering programs at many colleges and universities, here are some notable programs to consider:
- Alfred University’s Ceramic Engineering Graduate Programs
- Penn State's Materials Science and Engineering Department
- Rutgers' Materials Science and Engineering Program
- and Clemson's Materials Science and Engineering Graduate Programs
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