All courses offered in Winter 2021 will be delivered remotely. Some courses have pre-determined times for synchronous sessions, while others will set times for synchronous sessions during the first week of classes.
| Instructor | Recommended Background | Area | Number | Course Title | Delivery Time |
| Ali Abedi | 631 |
Data-Intensive Distributed Analytics | Remote | ||
| Noura Limam | 636 |
Introduction to Computer Networks and Distributed Computer Systems | Remote | ||
| Gregor Richards | Programming Languages | 642 | Principles of Programming Languages | Remote | |
| Ondrej Lhotak | Programming Languages | 644 | Compiler Construction | Remote | |
| Joanne Atlee | Software Engineering | 645 |
Software Requirements Specification and Analysis | Remote | |
| Shane McIntosh | Software Engineering | 646 | Software Design and Architectures | Remote | |
| Arie Gurfinkl | Software Engineering | 647 |
Software Testing, Quality Assurance and Maintenance | Remote | |
| Ziqiang Patrick Huang | Hardware and Software Systems | 650 | Computer Architecture | Remote | |
| Ali Abedi | Hardware and Software Systems | 651 |
Data-Intensive Distributed Computing | Remote | |
| Khuzaima Daudjee | Hardware and Software Systems | 654 | Distributed Systems | Remote | |
| Noura Limam | Hardware and Software Systems | 656 | Computer Networks | Remote | |
| Yousra Aafer | Hardware and Software Systems | 658-041 | Computer Security and Privacy | Remote | |
| Navid Nasr Esfahani | Hardware and Software Systems | 658-042 | Computer Security and Privacy | Remote | |
| Jeffrey Shallit |
Algorithms and Complexity | 662 | Formal Languages & Parsing | Remote | |
| Yuying Li | Scientific and Symbolic Computing | 676 |
Numeric Computation for Financial Modelling | Remote | |
| Gautam C. Kamath | Computational Statistics | 680 | Intro to Machine Learning | Remote | |
| Bin Ma | Bioinformatics | 682 |
Computational Techniques in Biological Sequence Analysis | Remote | |
| Yuri Boykov | Artificial Intelligence | 684 | Computational Vision | Remote | |
| *TBA | Artificial Intelligence | 685 |
Machine Learning: Statistical and Computational Foundations | Remote | |
| Alice Gao | Artificial Intelligence | 686 | Intro Artificial Intelligence | Remote | |
| Rafael Oliveira | Scientific and Symbolic Computing | 687 | Intro to Symbolic Computation |
Remote with sync Time: TBD | |
| Gladimir Baranoski |
Graphics and User Interfaces | 688 | Intro to Computer Graphics | Remote | |
| Richard Mann |
Scientific
computation
(equivalent
to
CS370/371) Matlab experience (asset but not required) course will be taught in Matlab/Octave, but students may use a language of their choice for assignments and project. Good math background. | Artificial Intelligence | 698-041 | Computational Audio | Remote |
| Jeff Orchard | Scientific/numerical computation course | Artificial Intelligence / Scientific/Symbolic Computing | 698-042 | Neural Networks | Remote - with sync (TUT) |
| Hans De Sterck | Calculus and linear algebra, and some previous exposure to differential equations and numerical methods. | Scientific/Symbolic Computing | 778-041 | Numerical Solution of Partial Differential Equations |
Remote -with sync tentative time: Wednesdays and Fridays 10:00am-11:30am |
| Helen Chen | Open Background | Health Informatics | 792-041 | Introduction to Health Informatics and Data Structure |
Remote- with sync time:Tuesdays 7:30pm-9:30pm |
| Raouf Boutaba |
Computer networks |
Hardware and Software Systems | 798-041 | Advanced Network Architecture |
Remote-with sync time: Mondays 12-2:50pm |
| Raouf Boutaba |
Computer networks |
Hardware and Software Systems | 798-042 | Network Softwarization |
Remote- with sync time: Fridays 10am-12:50pm |
|
Trevor Brown | Familiarity with C/C++ strongly recommended, some familiarity with concurrency will be a plus but not needed | Hardware/Software Systems / Algorithms and Complexity | 798-043 | Multicore Programming |
Remote-with sync time: tbd when classes start |
| Yizhou Zhang | Open background- Course will be of interest to students of diverse backgrounds (PL/SE, AI/ML, and CogSci). Basic knowledge of probability and programming languages is assumed. | Programming Languages | 842-041 | Probabilistic Programming Languages | Remote |
| Chengnian Sun | open background | Software Engineering | 846-041 | Adv Tpcs in Software Testing and Debugging |
Remote -with sync tentative time: Mondays 9am-12pm |
| Mike Godfrey | General CS background is OK if the student has taken some upper year systems courses | Software Engineering | 846-042 | Topics in Empirical Software Engineering |
Remote - with sync time: tbd when classes start |
| Shane McIntosh | Open background (but a basic understanding of software release practices, inferential statistics, and machine learning will help) | Software Engineering | 846-043 | Software Analytics for Release Pipelines |
Remote - with sync time: Tuesdays 11am-2pm |
| Gordon Cormack | Databases | 848-041 | High Recall Information Retrieval | Remote | |
| Xi He | Undergraduate/graduate courses in database systems will be beneficial. | Databases | 848-042 | Building Privacy-Aware Database Systems |
Remote-with sync Time:tbd when classes start |
| N Asokan | “open background” (generic CS undergrad degree) + familiarity with C or C++; Undergrad courses in OS and security (equivalent of CS 350 and CS 458) will be beneficial but not mandatory | Hardware/Software Systems | 858-041 | Selected topics in systems security |
Remote-with sync tentative time: Tuesdays and Thursdays 2-3:30pm |
| Eric Blais | Algorithms and probability theory | Algorithms and Complexity | 860-041 | Sublinear-time Algorithms | Remote |
| Rafael Oliveira |
linear algebra, multivariate calculus, abstract algebra (familiarity with groups, fields, rings) mathematical maturity (experience writing proofs) | Algorithms and Complexity | 860-042 | Algebraic Complexity |
Remote -with sync time: tbd |
| Shalev Ben-David | Quantum Information and Computation | 867-041 |
Quantum Query and Communication Complexity | Remote | |
| Toshiya Hachisuka | Linear algebra, calculus, and statistics. Experience with both numerical computing (e.g. CS370/371, CS475) and computer graphics (e.g., CS488) are strongly recommended. | Graphics and User Interfaces | 888-041 | Rendering | Remote |
| Edith Law | Open background | Graphics and User Interfaces | 889-041 | Masterclass in HCI: Educational Technology |
Remote- with sync time:Thursdays 10am-12pm |
| Gladimir Baranoski | Open background | Scientific and Symbolic Computing / Graphics and User Interfaces / Hardware/Software Systems | 898-041 | The Synergy Between Computer Science and Biology |
Remote -asynchronous |
| Ming Li | Algorithms, basic knowledge on complexity and machine learning | Algorithms and Complexity | 898-042 | Kolmogorov Complexity |
Remote -with sync tentative time: Fridays 2-4:30pm |