| Instructor | Recommended background | Area | Number | Course Title | |
|---|---|---|---|---|---|
| P. Alencar | Open background | SE | 846 - 001 | Software Engineering for Big Data | |
| D. Berry | Open background | SE | 846 - 002 | Advanced Topics in Requirements Engineering | |
| K. Salem | UG course in database systems | DB | 848 | DBMS for ML, ML for DBMS | |
| D. Stinson | Some background in crytopgraphy would be helpful but not required. Mathematical background in discrete math, algebra and probability would be helpful. | AC | 858 | Unconditionally Secure Cryptopgraphy (Combinatorial Cryptopgraphy) | |
| L. C. Lau | Linear algebra, probability theory, convex optimization, algorithms | 860 - 001 | Spectral graph theory and high dimensional expanders | ||
| D. Gosset | 867 | Topic: Quantum Algorithms | |||
| E. Lank | Open background | GUI | 889 | Experimental Methods in HCI | |
| Y. Boykov |
| AI | 898 | Topics in Computer Vision | |
| L. Istead | Stereoscopic 3D | ||||