| EE 382M.1 | VLSI Testing |
| EE 382M.2 | Dependable Computing |
| EE 382M.7 | VLSI I |
| EE 382M.8 | VLSI II |
| EE 382M.11 | Formal Verification |
| EE 382M.14 | Analog IC Design |
| EE 382M.19 | Mixed-Signal System Design |
| EE 382M.20 | System on a Chip Design |
| EE 382M.22 | VLSI Design Automation |
| EE 382M.23 | Nanometer Scale IC Design |
| EE 382M.24 | Data Converters |
| EE 382M.25 | RF IC Design |
| EE 382M.26 | VLSI CAD and Optimization |
| EE 382N.1 | Computer Architecture |
| EE 382N.4 | Advanced Embedded Microcontroller Systems |
| EE 382N.14 | High-Speed Computer Arithmetic I |
| EE 382N.19 | Microarchitecture |
| EE 382N.20 | Comp Arch: Parallelism/Loc |
| EE 382N.23 | Embedded System Design and Modeling |
| EE 382C.12 | Multicore Computing |
| EE 382V | Analog Filtering and Data Conversion |
| EE 382V | Cross-Layer ML Algorithm and Hardware Co-Design |
| EE 394V | Power Management IC |
Note: If you have a class that you think should be classified as an ICS major area class, please contact the ICS area coordinator (currently Nur Touba).