Exciting opportunities exist to contribute to the growing field of quantum information, with applications to computation; cyber security; finance; and simulation.
In the quantum track, you will learn the fundamentals of quantum mechanics and quantum information, focusing on applications to quantum computation and security. In-depth electives allow you to specialize in quantum optics, electronic devices, quantum materials, and nanofabrication.
This track suits candidates interested in a career or advanced studies in quantum computation, either applied to hardware development or to building computational tools and software.
- Innovation Leadership Bootcamp: Communication and Negotiation with Individuals, Teams, and Organizations
- (Innovation Leadership) MENG 30000: Introduction to Emerging Technologies
- (Track Core) PHYS 34100: Graduate Quantum Mechanics I
- (Track Core) MENG 31400: Advanced Quantum Engineering
- (Innovation Leadership) MENG 30500: Responsible and Effective Technology Management
- (Track Core) PHYS 34200: Graduate Quantum Mechanics II
- 1 Track Elective
- (Innovation Leadership) MENG 20400: Commercializing Products with Molecular Engineering
- (Track Core) MENG 36200: QuantumLab
- 1 Track Elective
- Quantum Materials Modelling (MENG 35510) - Spring
- Quantum Optics (MENG 36500) - Autumn
- Quantum Electronic Materials (MENG 36600) - Spring
- Physics of Solid State Semiconductor Devices (MENG 36620) - Autumn
- Introduction to Nanofabrication (MENG 36630) - Spring
- Implementations of Quantum Information Processors (MENG 37100) - Winter
- Quantum Dissipation and Quantum Measurement (MENG 37200) - Spring
- Advanced Quantum Information (MENG 37400) - Winter
- Quantum Measurements and Metrology (MENG 37500) - Autumn