Design and develop initial design concepts and architectures that are in the area of VLSI and Microsystems using VLSI/CAD design tools based on a set of practical specifications.

Analysis of VLSI circuits and microsystems and efficacy determination with the help of simulation tools.

The layout and test plans/mask layout for hardware verification/fabrication of the simulated system/device

Course Outcomes (COs):

CO1: Develop proficiency in using advanced VLSI design tools and softwares such as Cadence, Synopsys, Mentor Graphics, or TCAD softwares for device design and process optimization for microelectronic devices.

CO2: Apply design methodologies for creating complex VLSI circuits and microsystems, including analog, digital, and mixed-signal designs.

CO3: Encourage innovative thinking by developing unique design solutions to address specific engineering challenges.

CO4: Summarize the work, results and inferences as a concise report