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M.S. Degree

Semiconductor Engineering

A 30-credit master of science for engineers who already hold a bachelor's in semiconductor, electronics, or a related engineering field. Four terms of 500-level coursework cover advanced semiconductor physics, advanced lithography and EUV systems, atomic layer processing, process modeling and simulation, yield science and failure analysis, advanced packaging and heterogeneous integration, fab automation and machine learning, reliability physics, manufacturing management, and a graduate capstone research project.

30 credits
4 terms
$1,800 total tuition
100% online

Outcomes

What you will be able to do

  1. 01Analyze advanced device structures and transport physics
  2. 02Evaluate EUV and atomic-scale patterning process windows
  3. 03Build and validate process and yield models from fab data
  4. 04Apply reliability physics to qualify devices and packages
  5. 05Plan, execute, and defend a graduate research project

Careers

Where graduates work

  • Senior process engineer
  • Device engineer
  • Yield science engineer
  • Advanced packaging engineer
  • Reliability engineer

Curriculum

Term 1

9 credits

Term 2

6 credits

Term 3

9 credits

Term 4

6 credits

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