Physics: Quantum Computing
Master of Science in Physics
Gain advanced conceptual, mathematical, and experimental knowledge of quantum computing to promote the development of this future technology with UW–Madison’s Master of Science in Physics: Quantum Computing.
Is this program right for you?
Governments and private companies around the world are increasingly investing in quantum computing as the field continues to develop this promising technology. The University of Wisconsin–Madison’s Master of Science in Physics: Quantum Computing is the first graduate degree of its kind in the U.S. Our program serves as the premier training ground for students to evaluate, synthesize, and solve current challenges in the physics of quantum computing.
UW–Madison’s Physics Department has unparalleled expertise and research facilities. Through intensive face-to-face coursework and laboratory training research, your cohort will work together to understand the background quantum theory and its application to quantum computing technology.
The Department of Physics also has deep connections to tech giants like Google, Microsoft, and Intel, and we have collaborated with several of them to conduct cutting-edge research projects. These giants of industry hire many of our advanced physics graduates.
When you graduate from UW–Madison’s premier quantum physics graduate program, you embark with the skills, credentials, and connections to seek employment opportunities from the leaders in quantum theory, technology, and computing.
Is this program right for you?
Governments and private companies around the world are increasingly investing in quantum computing as the field continues to develop this promising technology. The University of Wisconsin–Madison’s Master of Science in Physics: Quantum Computing is the first graduate degree of its kind in the U.S. Our program serves as the premier training ground for students to evaluate, synthesize, and solve current challenges in the physics of quantum computing.
UW–Madison’s Physics Department has unparalleled expertise and research facilities. Through intensive face-to-face coursework and laboratory training research, your cohort will work together to understand the background quantum theory and its application to quantum computing technology.
The Department of Physics also has deep connections to tech giants like Google, Microsoft, and Intel, and we have collaborated with several of them to conduct cutting-edge research projects. These giants of industry hire many of our advanced physics graduates.
When you graduate from UW–Madison’s premier quantum physics graduate program, you embark with the skills, credentials, and connections to seek employment opportunities from the leaders in quantum theory, technology, and computing.
Admissions requirements
All applicants must:
- Have a bachelor’s degree in a related STEM discipline.
- Have a minimum undergraduate GPA of 3.0.
- Submit evidence of English language proficiency, if applicable. The required proficiency scores are: TOEFL IBT 92, PBT 580; or IELTS 7.0.
Application materials required:
- Online application
- Resume/CV
- Statement of purpose
- Transcripts
- Three letters of recommendation
Program highlights
- UW–Madison’s Master of Science in Physics: Quantum Computing program is the first of its kind. It serves as the training ground for students to evaluate and solve current challenges in quantum computing.
- Our program is accelerated and flexible. Complete your degree in just one year, or take up to two years, especially if you choose to do an internship during the program.
- Quantum Computing is an emerging, dynamic field, so you are on the forefront of discovery at UW—a prestigious research university.
How you'll learn
- Twelve months of full-time study on campus to earn your degree.
- Attend intensive face-to-face instructional courses.
- Experience one-on-one contact with faculty.
- Carry out experiments in a laboratory setting.
- Conduct research with our Wisconsin Quantum Institute (WQI) faculty.
Sample curriculum
Fall Semester
- Introduction to Quantum Mechanics or Quantum Mechanics
- Thermal Physics or Statistical Mechanics
- Introduction to Quantum Computing
- Physics or Other Elective
Spring Semester
- Solid State Physics or Advanced Solid State Physics
- Atomic and Quantum Physics or Introduction to Atomic Structure
- Advanced Quantum Computing
- Physics or Other Elective
Summer Semester
- Quantum Computing Laboratory
- Directed Study
**Suggested curriculum
Job outlook
- Quantum Software Developer
- Quantum Algorithm Developer
- Quantum Software Engineer
- Quantum Cryogenic Engineer
- System Architect/Designer
- Data Scientist
- Product Sales/Marketing
- Technical Sales/Marketing
- Manufacturing
- Health Care and Social Assistance
- Professional, Scientific, and Technical Services
- Administrative and Support and Waste Management and Remediation Services
- Danaher
- General Atomics
- Leidos
- Oak Ridge National Laboratory
- DTE Energy
- Inficon
- US Department of Energy
- Johnson & Johnson
- Northrop Grumman
Source: Lightcast™ 2022.
Top Job Titles Sources:
Hughes, C., Finke, D., German, D. A., Merzbacher, C., Vora, P. M., & Lewandowski, H. J. (2022). Assessing the needs of the quantum industry. IEEE Transactions on Education.
Dargan, J. 2022 . Top 8 quantum computing jobs and careers in 2022. The Quantum Insider. https://thequantuminsider.com/2022/06/29/how-to-start-a-career-get-a-job-in-quantum-computing-in-2022/.
Ready to learn more about Physics: Quantum Computing?
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Connect with our enrollment coaches
Our friendly, knowledgeable enrollment coaches are here to answer your questions. Contact an enrollment coach to:
- Learn how to make this program work with your life/schedule
- Get help with your application
- Determine if financial aid is available
Visit with our coaches on campus or at an upcoming student fair in your area. Search student fairs & events.
