Course Description
This course is intended to bridge the gap between students
and professionals, this course can be learnt by everyone who has basic
electronics background. In today's world we hear of semiconductor
industry taking giant leaps in creating fastest chips and various
devices, we will try to understand what goes on behind the scenes from
one aspect. A chip is manufactured after going through meticulous steps
in design process, this course will aim at understanding these
technology processes.
Table of Contents:
Introduction to VLSI
This
module has two sections, one is the theoretical aspect and the other is
the practical terminologies. The first section consists of concepts of
MOSFET and its operation. The second section explains practical methods
used in making a chip, we understand what is SoC and its blocks.
VLSI Chip work domains
This module will explain various work domains across the VLSI field and also the steps in bringing out a chip successfully.
Digital Logic Design Overview
This
module aims at revising the leaner with the digital electronics basics
which are used on day today basis during work. It covers basic gates and
their CMOS equivalents, Combination and sequential circuits, state
machine design and Programmable logic.
Basic CMOS Technology
In
this module we understand CMOS technology closely and understand many
processes that happen when a CMOS is operated. This consists of theory
of CMOS, Interconnect and circuit elements, MOS transistor theory.
Static timing Analysis in Circuits
This topic emphasizes the importance of timing analysis in circuits concentrating on both theory and problems.
Verilog Programming and Synthesis
Verilog
programming is a must know for every digital design engineer. This
course will freshen up verilog basics learnt in Engineering and will
also move to some more advanced verilog programming concepts emphasizing
on synthesis.
Design and Verification
Design
and Verification is very important in chip designing process. Every
chip designed undergoes exhaustive verification throughout the release
of the chip. We will understand the need for verification and languages,
methodologies adopted for the same.
Physical design and verification
In
this module we will learn about chip layout design and its various
concepts. Physical verification will be introduced with emphasis on LVS,
DRC and manufacturing processes.
Design for testability
This
module will help us understand the need for DFT, we will discuss some
harmful faults introduced during various stages of chip designing and
how they can be caught through DFT techniques.
Chip Fabrication and manufacturing process
This module will make us understand wafer fabrication and steps involved in the same.
Curriculum
Continuation of Enhancement mode
Enhancement mode
MOSFET Operation
Section 1: MOSFET Introduction and NMOS operation
Section 2: Practical terminology and methodologies
SOC Introduction
VLSI Introduction
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