Description: This course introduces graduates to CMOS VLSI design. Topics include MOS transistor theory, IC fabrication, logical effort, interconnects, circuit logic families & layout, datapath design, and SRAM. A series of labs are performed to build a complete IC chip ready for tapeout. A significantly complex final project is also required where students apply the acquired skills to build their own IC. Students gain practical experience by using CAD tools (Electric and Synopsys DC Compiler) and design/scripting languages (Verilog/Perl). 

Prerequisites: ECE 3445

Credits: 3.0

Offered: Spring

Instructor: Dr. Pallav Gupta

Description: Independent research under the supervision of faculty. Project to be decided beforehand. A high-quality technical report is required.

Prerequisites: Senior or graduate standing. Requirement can be waived for juniors at the top of their class who are interested in research.

Credits: 3.0

Offered: Each semester. Please make an appointment to see Dr. Gupta.

Description: Independent research under the supervision of faculty. Project to be decided beforehand. A high-quality technical report is required.

Prerequisites: Graduate standing.

Credits: 3.0

Offered: Each semester. Please make an appointment to see Dr. Gupta.

Description: This course introduces undergraduates to CMOS VLSI design. Topics include MOS transistor theory, IC fabrication, logical effort, interconnects, circuit logic families & layout, datapath design, and SRAM. A series of labs are performed to build a complete IC chip ready for tapeout. A final project is also required where student apply the acquired skills in building their own IC. Students gain practical experience by using CAD tools (Eletric and Synopsys DC Compiler) and design/scripting languages (Verilog/Perl). 

Prerequisites: ECE 2042, ECE 2052, ECE 3445

Credits: 3.0

Offered: Fall

Instructor: Dr. Pallav Gupta