B.E – Electrical & Electronics Engineering (EEE)

The Bachelor of Engineering (B.E) in Electrical and Electronics Engineering at AVS College of Technology is a four-year undergraduate program designed to develop competent engineers with strong fundamentals in electrical sciences, electronics, and modern power technologies. The program is approved by AICTE and affiliated to Anna University, Chennai, following a curriculum that integrates theoretical knowledge with practical applications.

Program Overview

The EEE program focuses on the generation, transmission, distribution, control, and efficient utilization of electrical energy, along with the study of electronic circuits and automation systems. Students are trained to design, analyze, operate, and maintain electrical and electronic systems used in industries, power utilities, and infrastructure development.

The course equips students with in-depth knowledge of electrical machines, power systems, power electronics, control systems, instrumentation, and renewable energy technologies, preparing them to meet current and future challenges in the electrical engineering sector.

Vision

To Foster the students with Technical Competence in Electrical and Electronics Engineering for creating a diverse, stimulating intellectual environment where in students can thrive and grow in a Global scenario.

Mission

  • To provide students with a high level of knowledge and hands on experience in the field of electrical engineering in order to provide a quality education.
  • To train students with technologies to meet the global emerging challenges by adopting outcome based education & industry institute interaction.
  • To encourage students to develop ethical and entrepreneurial characteristics so that they can become socially responsible engineers.

Faculty Members

S.No Name Designation
1 Dr.RAVIKUMAR R PROFESSOR & VICE PRINCIPAL
2 THARANI S ASST PROFESSOR & HEAD
3 SANTHOSH KUMAR M ASSOCIATE PROFESSOR
4 VINCYJONES D ASST PROFESSOR
5 NIVETHA M ASST PROFESSOR
6 PRIYAVANI K ASST PROFESSOR
7 HEMALATHA S ASST PROFESSOR
8 THILOTHAMA P ASST PROFESSOR
9 SANGEETHA S ASST PROFESSOR
10 PREMALATHA U ASST PROFESSOR
11 GAYATHRI S ASST PROFESSOR
12 GOMATHI K ASST PROFESSOR

Teaching and Learning Methodology

  • Interactive classroom teaching
  • Practical laboratory experiments
  • Industry-oriented projects and internships
  • Guest lectures, workshops, and industrial visits
  • Use of modern software tools and simulation platforms
  • Students are encouraged to develop analytical thinking, innovation, teamwork, communication skills, and professional ethics.

Infrastructure and Facilities

  • Well-equipped electrical machines and power system laboratories
  • Power electronics and control system labs
  • Modern instrumentation and simulation tools
  • Smart classrooms and digital learning resources
  • Access to library and e-learning facilities

Curriculum Highlights

  • Electrical Circuits and Network Analysis
  • Electrical Machines (DC Machines, Transformers, and AC Machines)
  • Power Generation, Transmission, and Distribution
  • Power System Analysis and Protection
  • Power Electronics and Drives
  • Control Systems and Automation
  • Measurements and Instrumentation
  • Microprocessors and Microcontrollers
  • Embedded Systems
  • Renewable and Sustainable Energy Systems

Laboratory courses, simulation-based learning, mini projects, and a final-year major project provide students with hands-on experience and real-world problem-solving skills.

Career Opportunities

  • Electrical Engineer
  • Power System Engineer
  • Control and Automation Engineer
  • Electrical Design Engineer
  • Maintenance and Testing Engineer
  • Renewable Energy Engineer

Graduates may also opt for higher studies, research, competitive examinations, public sector undertakings, or entrepreneurial ventures.

Program Outcomes

  • Possess strong fundamentals in electrical and electronics engineering
  • Apply engineering principles to analyze and solve electrical problems
  • Use modern tools and technologies for system design and control
  • Work effectively in multidisciplinary teams
  • Adapt to emerging technologies through lifelong learning
  • Uphold professional ethics and contribute responsibly to society