Department of Engineering

VLSI

Developing advanced knowledge in integrated circuit design, semiconductor technology, embedded systems and modern electronic design automation.

Academic Overview

About the Department

Building specialised competence in integrated circuit design, semiconductor systems and contemporary electronic technologies.

The VLSI programme focuses on the principles, methods and technologies involved in designing complex integrated circuits and semiconductor systems. It provides a structured understanding of digital and analogue circuit design, semiconductor devices, system architecture, verification and electronic design automation.

The academic approach connects theoretical concepts with design-oriented learning. Students develop analytical and technical abilities through circuit modelling, hardware description languages, simulation, verification and the application of appropriate VLSI design tools.

The programme encourages innovation, ethical engineering practice, teamwork and continuous learning. It prepares students to understand emerging developments in chip design, embedded hardware, low-power systems and related areas of electronics engineering.

Direction and Purpose

Vision and Mission

Guiding students towards technical competence, innovation and responsible professional practice in VLSI and semiconductor technologies.

Vision

To develop competent VLSI professionals with strong technical knowledge, design capabilities and ethical values who can contribute to advancements in semiconductor and electronic system technologies.

M1

Technical Knowledge

To provide a strong foundation in semiconductor devices, integrated circuit design, digital and analogue systems and VLSI design methodologies.

M2

Design Competence

To develop practical design, simulation and verification abilities through modern tools, technical exercises, laboratory learning and project work.

M3

Professional Growth

To encourage innovation, teamwork, ethical responsibility and lifelong learning for professional growth in semiconductor and allied industries.

Graduate Capabilities

Programme Outcomes

On completing the programme, graduates are expected to demonstrate the following knowledge, technical skills and professional capabilities.

PO1

Engineering Knowledge

Apply mathematics, science, engineering fundamentals and specialised electronics knowledge to solve complex VLSI engineering problems.

PO2

Problem Analysis

Identify, formulate and analyse complex circuit and system-level problems using relevant engineering principles and technical literature.

PO3

Design and Development

Design integrated circuits, subsystems and electronic solutions that satisfy specified technical requirements and practical constraints.

PO4

Investigation of Problems

Conduct investigations using suitable methods, simulation, experimentation, data analysis and interpretation to reach valid conclusions.

PO5

Modern Tool Usage

Select and use suitable modelling, simulation, synthesis and verification tools while understanding their capabilities and limitations.

PO6

Engineer and Society

Evaluate societal, safety, legal and cultural considerations relevant to electronics and semiconductor engineering practice.

PO7

Environment and Sustainability

Understand the environmental impact of electronic technologies and support energy-efficient and sustainable engineering solutions.

PO8

Ethics

Apply ethical principles and uphold professional responsibilities, intellectual integrity and standards of engineering practice.

PO9

Individual and Teamwork

Work effectively as an individual and as a member or leader of multidisciplinary engineering and development teams.

PO10

Communication

Communicate circuit concepts, design decisions, technical reports and engineering information clearly to specialist and wider audiences.

PO11

Project Management

Apply engineering and management principles to plan, coordinate and execute electronic design and development projects effectively.

PO12

Lifelong Learning

Recognise the need for independent learning and remain responsive to rapidly evolving semiconductor technologies, tools and standards.

Career Development

Programme Educational Objectives

The programme aims to prepare graduates for professional practice, continued learning and responsible contributions to technology and society.

PEO 1 · Professional Competence

Graduates will apply electronics and VLSI knowledge to analyse, design, verify and develop integrated circuits and electronic systems.

PEO 2 · Technical Advancement

Graduates will pursue higher education, research, entrepreneurship or specialised careers in VLSI, embedded systems and allied technologies.

PEO 3 · Leadership and Ethics

Graduates will demonstrate communication, teamwork, leadership, professional ethics and a commitment to continuous learning.

Specialised Competence

Programme-Specific Outcomes

Graduates will develop specialised abilities in integrated circuit design, verification and the application of modern semiconductor technologies.

PSO 1 · Circuit and System Design

Apply semiconductor, digital and analogue design concepts to model, analyse and develop VLSI circuits and electronic subsystems for specified applications.

PSO 2 · Design Automation and Verification

Use hardware description languages and appropriate electronic design automation tools for simulation, synthesis, implementation and verification of integrated systems.