Industry-Abridged Joint Certification Programme

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About Course

This course comprehends principles and techniques of CMOS and FPGA-based VLSI design, gain proficiency in using industry-standard tools, and develop practical skills in designing and simulating VLSI circuits using both CMOS and FPGA technologies. Students will learn the fundamentals of CMOS technology, gain proficiency in designing and optimizing CMOS circuits, and explore advanced topics such as power dissipation and low-power design techniques. This course focuses on the design and simulation of CMOS digital and analog circuits using the Electric VLSI EDA (Electronic Design Automation) Tool. The learners will be imparted with knowledge on Hardware Description Language (VHDL) and coding the digital system.

The course helps to understand the basic digital building blocks design and simulation with VHDL and implementation with FPGA. The learner can acquire knowledge on practical industrial applications and communications protocols using VHDL with Xilinx ISE and FPGA and Understand design and develop prototype using FPGA with the Xilinx Vivado Design suite Software for Industrial applications.

Chip based VLSI Design for Industrial Applications
Chip based VLSI Design for Industrial Applications

Pre-requisites

Basic knowledge in Electronics

Course duration , assessment and expert session

20 hours of self-paced interactive learning, including summative assessment and expert live interactions

Key topics:

  • Logic Design Fundamentals
  • CMOS VLSI Design
  • Analog & Digital Chip Design
  • VHDL programming using Xilinx ISE
  • FPGA board interface with sensors, actuators using Vivado Design Suite
  • FPGA interface for Image Processing and Industrial Applications
  • Thing Speak –Cloud Simulation

Learning Outcomes:

At the end of the course, the student will be able to:

Articulate the fundamentals digital system design .

Understand the basics of IC (Integrated Circuit) technology and the MOS (MetalOxide-Semiconductor) transistor.

Gain proficiency in designing CMOS inverters and logic circuits and analyze power dissipation in CMOS inverters and apply low-power design techniques.

Gain proficiency in using the Electric VLSI EDA Tool for circuit design and simulation.

Design and simulate CMOS digital circuits, CMOS analog circuits.

Experiment and validate digital system modelling using VHDL hardware descriptive language.

Examine and demonstrate VLSI design and implementation of communication protocols with FPGA for industrial application.

Design and develop prototype using FPGA with the Xilinx Vivado Design suite Software for Industrial applications.

Key Job Roles:

  • VLSI Design Engineer.
  • Research Engineer.
  • Product/Application Engineer
  • Embedded Systems Engineer
  • FPGA Design Engineer

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