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Updated in [July 24th, 2023]

Must do courses for getting placed in VLSI Companies This course is designed to provide students with the necessary knowledge and skills to prepare for interviews and get placed in VLSI companies. It covers a range of topics related to VLSI design, including digital IC design, CMOS digital VLSI design, VLSI physical design, fundamentals of semiconductor devices, microelectronics devices to circuits, analog IC design, computer architecture and organisation, and hardware modelling using Verilog. Digital IC Design: This course covers the fundamentals of digital IC design, including logic design, circuit design, and layout design. It also covers topics such as timing analysis, power optimization, and verification. CMOS Digital VLSI Design: This course covers the fundamentals of CMOS digital VLSI design, including CMOS logic design, circuit design, and layout design. It also covers topics such as timing analysis, power optimization, and verification. VLSI Physical Design: This course covers the fundamentals of VLSI physical design, including floorplanning, placement, routing, and timing optimization. It also covers topics such as power optimization, signal integrity, and verification. Fundamentals of Semiconductor Devices: This course covers the fundamentals of semiconductor devices, including p-n junctions, MOSFETs, and CMOS devices. It also covers topics such as device physics, device modeling, and device characterization. Microelectronics Devices to Circuits: This course covers the fundamentals of microelectronics devices to circuits, including device physics, device modeling, and device characterization. It also covers topics such as circuit design, layout design, and power optimization. Analog IC Design: This course covers the fundamentals of analog IC design, including circuit design, layout design, and power optimization. It also covers topics such as device physics, device modeling, and device characterization. Computer Architecture and Organisation: This course covers the fundamentals of computer architecture and organisation, including instruction set architecture, memory hierarchy, and pipelining. It also covers topics such as parallelism, virtual memory, and cache memory. Hardware Modelling Using Verilog: This course covers the fundamentals of hardware modelling using Verilog, including language syntax, data types, and operators. It also covers topics such as simulation, synthesis, and verification. This course is designed to provide students with the necessary knowledge and skills to prepare for interviews and get placed in VLSI companies. It covers a range of topics related to VLSI design, including digital IC design, CMOS digital VLSI design, VLSI physical design, fundamentals of semiconductor devices, microelectronics devices to circuits, analog IC design, computer architecture and organisation, and hardware modelling using Verilog. The course provides students with the necessary knowledge and skills to understand the fundamentals of VLSI design and to apply them in the real world. It also provides students with the necessary resources to prepare for interviews and get placed in VLSI companies.