Quantum Computing: Current Students

Structure

If you are enrolled in our 3-credential laddered track program, be sure you are familiar with the structure of the program and the requirements of each credential. 

Laddering illustration

Important Deadlines

As our Graduate Professional Program’s courses are taught according to a non-standard schedule , they have different drop, add and withdrawal deadlines. Please refer to the Student Centre for deadlines specific to courses with a non-standard schedule. 

Please ensure you are familiar with the drop deadlines for your classes. For non-standard courses, the add/swap deadlines are the same as the drop deadlines. 

When a class is dropped before its drop deadline, the course will not appear on your academic transcript and charges for the course will not be applied. 

When a class is removed after its drop deadline but before its withdrawal deadline, a ‘W’ will be placed on your academic transcript and charges will still apply.

Deadlines are found on the Home Page of your Student Centre as part of the Enrolled Courses table. 

Laddering illustration

Required Courses

Quantum Computing 601 - Essentials of Quantum Computing

Quantum Computing 603 - Quantum Software

Quantum Computing 605 - Applications of Quantum Computing

Quantum Computing 607 - Business of Quantum Computing I 

Quantum Computing 609 - Quantum Software II

Quantum Computing 611 - Quantum Hardware

Quantum Computing 613 - Practical Quantum Computing

Quantum Computing 615 - Business of Quantum Computing II

All Master’s students must complete QUAC 691 and either a professional internship (in industry) or research capstone. Both the internship course and the research capstone will be worth 6 units and cover topics related to professional skills development, in addition to the opportunity to apply your new skills. The Science Careers and Professional Internship Centre will provide support to all students in developing strong applications, connecting with employers and with access to one on one advising, career development workshops and resources, employer networking and an exclusive Science Co-op and Internship Job board. Students pursuing the internship options are responsible for securing their internships through active participation in the program, applying to a diverse array of opportunities and interviewing successfully. 

Quantum Computing 691 - Current Issues in Quantum Computing

Quantum Computing 693 - Professional Internship in Quantum Computing I AND Quantum Computing 694 - Professional Internship in Quantum Computing II

OR

Quantum Computing 695 - Research Internship in Quantum Computing I AND Quantum Computing 696 - Research Internship in Quantum Computing II

Course Registration Guides

Please refer to Course Registration Guides for instructions on managing course enrollment in your Student Centre. 

View our Contacts page