Topics in Computer Science

for Teaching Assistants, Graduates Service Assistants & Sessional Lecturers

Teaching Assistant Work Assignment

Type of Work Assignment and Bargaining Unit:

GTA, Unit 1

Academic Unit:

School of Computer Science

Semester(s) of Assignment(s):

Winter 2027

This Work Assignment(s) may be assigned to fulfill the terms and conditions of a guaranteed Job Security Period:

Yes

Course Number:

CIS
* 6650

Course Name:

Topics in Computer Science I

Course Format:

In-Person

Course

Description:

See Course Calendar

Other Course Description or Assignment Information:

The total number of assignments is a low estimate of the number of available appointments. The final number may be higher and it will depend on class enrolment at the time of assignment.

25

Level of Appointment for GTA, GSA-1 UTA(s)

The following is an estimate of number and levels of available appointments at the time of posting. This may change (increase or decrease) at the time of assignment contingent on departmental needs.

This Posting includes Multiple Work Assignments:

No

Number of Available 0.25 (35 hour) Work Assignments:

0

Number of Available 0.5 (70 hour) Work Assignments:

0

Number of Available 0.75 (105 hour) Work Assignments:

0

Number of Available Full 1.0 (140 hour) Work Assignments:

1

Total Number (Load) of Assignment(s) Available:

1

• Orientation-Training
• Office Hours
• Preparation
• Student Consultation
• Conducting Labs/Seminars
• Meetings
• Invigilating Exams
• Grading

• Must be enrolled as a student in Winter 2027 and able to complete in-person responsibilities
• Excellent written communication skills, with the ability to critique mathematical solutions, Python code, and scholarly research reports and provide constructive feedback
• Strong verbal communication skills and the ability to explain quantum computing concepts clearly to diverse learners and support in-class programming and tutorial exercises
• Availability for assigned in-person office hours, staff meetings, course email monitoring, and Course Link discussion-board support throughout Winter 2027
• Availability during scheduled in-person lectures (Tuesday and Thursday, 3:00–4:20 PM) to support exercises, proctor Course Link quizzes, and assist with research presentations, as assigned
• Availability to invigilate the in-person final examination and assist with grading assignments, quizzes, research papers, presentations, and the final examination using instructor-provided criteria
• Background in Computer Science, Mathematics, Physics, or a closely related field, with a solid foundation in algorithms, discrete mathematics, probability, and linear algebra
• Working knowledge of complex vector spaces, inner and tensor products, eigenvalues and eigenvectors, unitary operators, and Dirac notation; ability to apply these to quantum states, gates, measurement, and entanglement
• Knowledge of quantum circuits, computational complexity, and core algorithms, including Grover search, the quantum Fourier transform, phase estimation, and Shor’s algorithm
• Proficiency in Python and Jupyter Notebooks, with practical Qiskit experience building, simulating, testing, and debugging quantum circuits and algorithms

Must be available to complete TA duties as required until the end of the work period (May 7th, 2027). Must be available during scheduled in-person lectures (Tuesday and Thursday, 3:00–4:20 PM).

January 7, 2027 to May 7, 2027

T…