Quantum Computing Track

Two students study equations on a clear markerboard for a quantum computing project.

Revolutionize the way that we do computing

Make real-world impacts in developing next-generation quantum computers, quantum information science and optimization algorithms.

Use quantum mechanical principles to create quantum computers, revolutionize technology and expand computational possibilities.

Why take the quantum computing track?

  • Be at the forefront of computation Prepare to become immersed in quantum computer architecture and applications. You'll work with state-of-the-art lab equipment to explore the latest technologies.
  • Charge up your career outlook — This track prepares you to transition directly into the professional field of quantum information science. In addition, you'll gain the versatile skills to get a competitive edge in the workforce and be equipped for a broad range of careers.
  • Contribute to emerging industries — Dive into specialized topics in quantum mechanics, quantum computing and computational physics. Your classes and research will prepare you for high-paying careers.
  • Visualize a future that matches your goals — You are on the ideal track to advance your studies and build your résumé. Expand your skill-set by adding a certificate to your degree.

Degree options

Want to take the quantum computing track? Review the program requirements for the exact courses you need to take.

Use the four-year plan below as a guide for your overall schedule.

Sample schedule
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Complement your degree

Add onto your credentials and gain expertise in related areas.

Graduate student Neva Agarvala inserts a slide under a microscope.
Careers and outcomes
Get a glimpse at a transformative future. From building hardware to testing algorithms, you can make cutting-edge innovations in a variety of industries.