Circuits research looks to enhance the speed, reliability, energy-efficiency, manufacturability, and computer-aided design of circuits and systems. Design, modeling, and testing are integral parts of this process.
Current research projects include robust, low-power nanoscale integrated circuit design, systems-on-a-chip design for wireless communications, DSP-enhanced high-speed mixed-signal integrated circuit design, and the physics of integrated circuit failure. Work on computer-aided design includes hardware/software co-design, high-level and logic synthesis, compact modeling, physical design, and design for manufacturing.
Research Topics in this Area
- Analog integrated circuits
- Computer aided design of integrated circuits
- Device modeling
- Digital integrated circuits
- Integrated circuit reliability
- VLSI architectures and integrated circuits for DSP and communications
Shanbhag and team presented with SRC Innovation Award
- ECE News
- September 26, 2024
Related Courses
| Number | Title | Prerequisites | Web Site |
|---|---|---|---|
| ECE 342 | Electronic Circuits | Credit in ECE 210 | |
| ECE 343 | Electronic Circuits Laboratory | Credit or concurrent registration in ECE 342 | |
| ECE 482 | Digital IC Design | Credit in ECE 198 KL or ECE 198 KL1 or ECE 198 KL2 or ECE 198 KL3 or ECE 220 or ECE 290 Credit in ECE 342 |
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| ECE 483 | Analog IC Design | Credit in ECE 342 | |
| ECE 527 | System-On-Chip Design | Credit in ECE 391 Credit in ECE 425 |
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| ECE 546 | Advanced Signal Integrity | ||
| ECE 552 | Numerical Circuit Analysis | Credit in ECE 210 Credit in MATH 415 |
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| ECE 560 | VLSI in Signal Processing and Communications | Credit in ECE 410 | |
| ECE 581 | Advanced Analog IC Design | Credit in ECE 310 Credit in ECE 483 |
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| ECE 582 | Physical VLSI Design | Credit in ECE 425 or ECE 482 | |
| ECE 585 | MOS Device Modeling & Design | Credit in ECE 441 |