The United States has identified semiconductor manufacturing as a key enabler for economic growth, and as a strategic priority in the coming decades. This renewed emphasis has created a huge demand for leaders trained specifically for these industries. Over the next decade, it is projected that 30,000 new hires will be needed, with nearly 30% with materials expertise. The challenges of maintaining the pace of innovation that has enabled smart phones, Cloud, and AI is incredible with exciting research and development opportunities.
Degree Requirements
To earn their degree, students complete core materials courses as well as selected pre-approved electives, such as Nanofabrication, Quantum Computing Materials, and Advanced Characterization.
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Required Course Categories
- Fundamental Materials Science Courses
- Nanofabrication and Characterization of Electronics
- Semiconductor Electronic and Photonics Devices
- MSE Professional Development
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Elective Courses
- Semiconductor focused/materials focused courses
- Device focused courses
- Data analytics courses
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![Two students in a materials science and engineering lab with equipment]()
The M.Eng. Program
Our M.Eng. program is typically completed in two semesters and provides students with a professional degree that can be leveraged to increase their professional opportunities and growth. In addition to technical expertise, the M.Eng. program equips engineers with targeted professional and leadership skills to accelerate success in the manufacturing, commercial, and managerial sectors.
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![Female student smiling with lab equipment]()
The M.S. Program
Our M.S. program is typically completed in four semesters and provides students with a research degree with engagement in a broad range of semiconductor technologies from materials growth to device fabrication and testing.
