Analog IC Design
Analog integrated-circuit design with MOS and bipolar devices, feedback amplifiers, oscillators, and circuit noise.
Selected UIUC ECE coursework spanning digital hardware, IC design, VLSI systems, semiconductor devices, and computer engineering.
Analog integrated-circuit design with MOS and bipolar devices, feedback amplifiers, oscillators, and circuit noise.
Digital integrated-circuit design spanning CMOS logic, standard-cell implementation, timing, and physical design.
CMOS technology, layout, circuit characterization, VLSI CAD tools, and custom chip design methods.
Processor organization, pipelining, memory systems, system interconnects, I/O design, and performance evaluation.
SystemVerilog RTL, FPGA implementation, timing analysis, hardware debugging, and system-on-chip design.
Electronic circuit analysis and design fundamentals supporting transistor-level analog and mixed-signal work.
Semiconductor fundamentals, MOSFETs, PN junctions, bipolar transistors, charge transport, and device behavior.
Discrete-time signals and systems, transform methods, digital filters, and frequency-domain analysis.
Object-oriented programming, memory management, trees, graphs, algorithms, and computational complexity.
Computer systems, programming fundamentals, data representation, and software-hardware interaction.
Analog signals and systems, circuit analysis, frequency response, and signal-processing foundations.