Electrical and Electronics Engineering

B.E. – Electrical and Electronics Engineering

Introduction

The Department of Electrical and Electronics Engineering was established in 2014 and offers a B.E. Degree Programme in Electrical and Electronics Engineering. The four-year undergraduate programme integrates engineering principles with powering the future through innovation, design, and smart technology. Our department bridges the gap between massive electrical power grids and micro scale electronic circuits. We prepare students and professionals to lead in fields like renewable energy, automation, and advanced computing. Explore our resources, projects, and research to see how we shape the modern world. The programme is approved by the All India Council for Technical Education (AICTE) and affiliated with Anna University, Chennai, and follows a curriculum designed to address the evolving technological needs of Modern Electrical Engineering.

The department is committed to providing students with theoretical knowledge, practical training, and hands-on experience in emerging and advanced technologies in electrical engineering. It is supported by highly qualified faculty members and technical staff, along with well-equipped laboratories and modern infrastructure that facilitate teaching, practical learning, innovation, and research.

The department provides hands-on experience in the design, testing, and operational analysis of alternating current (AC) and direct current (DC) machinery. It focuses on the application of solid-state electronics to the control and conversion of electrical power. The foundational workspace for analyzing components and configuring basic hardware systems. An air-conditioned computing facility powered by an enterprise server network and continuous UPS backups. The hub for programming embedded systems and deploying edge computing solutions.

The department provides academic and practical exposure of Electrical & Electronics Engineering and is dedicated to providing students with a comprehensive balance of academic knowledge and practical exposure. Our laboratory ecosystem serves as an experiential learning hub, transforming theoretical classroom concepts into tangible engineering solutions that match modern industry standards.

The department has well-equipped laboratories, including the Electrical Machinery Laboratory, Electronics Laboratory, Power System Laboratory, Power Electronics Laboratory, Control and Instrumentation Laboratory, and Microprocessor and Microcontroller Laboratory. These facilities provide opportunities for practical learning, project work, experimentation, and research.

To develop students' practical competencies and industry-oriented skills, the department regularly organizes skill development programmes, hands-on training, workshops, seminars, and expert interactions with support from industry professionals and subject experts. Students are also provided with opportunities to gain comprehensive knowledge. Graduates possess the foundational expertise required to design, analyze, and manage large-scale power infrastructures and sustainable energy systems.

Proficiency in load flow studies, short-circuit analysis, and transient stability modeling. Capability to design grid-connected solar PV networks, micro-wind turbine setups, and hybrid energy storage units. Expertise in testing, monitoring, and operating heavy alternating current (AC) and direct current (DC) motors, alternators, and multi-tap industrial transformers. Knowledge of implementing advanced metering infrastructure and automated distribution systems.

With its blend of electrical engineering technologies, practical training, industry interaction, and research-oriented learning, the Department of Electrical and Electronics Engineering strives to prepare competent professionals capable of addressing the technological challenges of modern and sustainable Electrical engineering.

Career Opportunities for Electrical and Electronics Engineering Graduates

Electrical and electronics graduates can build careers across electrical and electronics engineering, technology, industry, research and entrepreneurship. Key opportunities include:

  • Core Electrical & Energy Sectors
  • EV Systems / Powertrain Engineer
  • Automation & PLC/SCADA Engineer
  • VLSI / Embedded Hardware Engineer
  • Renewable Energy Engineer

Programme Educational Objectives (PEOs)

  • PEO-1: Apply their technical and allied knowledge to address agriculture and societal problems with creativity and ethical values.
  • PEO-2: Convey and receive the problems and their solutions while working in teams and to become an effective leader.
  • PEO-3: Produce the good farm machinery with strong fundamentals and work in accompany with industries and research organization as team members in inventing new technologies in agriculture engineering on multi-disciplinary projects and engaging in life-long learning.

Programme Outcomes (POs)

  • Engineering Knowledge: Apply math, science, and engineering fundamentals to complex problems.
  • Problem Analysis: Identify and analyze complex problems using research and sustainability principles.
  • Design Solutions: Design systems and processes considering health, safety, cost, culture, and environment.
  • Investigations: Use experiments, modeling, and data analysis to reach valid conclusions.
  • Engineering Tools: Apply modern tools for modeling and problem-solving, recognizing their limits.
  • Society & Environment: Assess societal, legal, and environmental impacts of engineering solutions.
  • Ethics: Commit to ethics, human values, diversity, and legal compliance.
  • Teamwork: Work effectively as an individual and in multidisciplinary teams.
  • Communication: Communicate clearly in reports, presentations, and documentation across diverse groups.
  • Management & Finance: Apply management and economic principles in projects and teamwork.
  • Lifelong Learning: Engage in continuous learning, adapt to new technologies, and think critically.

Programme Specific Outcomes (PSOs)

  • PSO1: Analyze, design, and develop electrical circuits and systems for various industrial and societal requirements.
  • PSO2: Utilize modern tools and techniques for solving complex problems in electrical and electronic systems and provide sustainable solutions.
  • PSO3: Upskill with rapid advancements in the field of Electrical Engineering and exhibit research aptitude, work effectively as team and uphold ethical practices.

Faculty Members

S.No AU-FIN AICTE ID Name of the Faculty Designation Photo
1 2675551976 1-11422579429 Dr SELVARASU R Professor Dr SELVARASU R
2 2650791988 1-44725629544 Dr BALAM SURESH KUMAR Professor Dr BALAM SURESH KUMAR
3 2691921987 1-3204956770 Dr ALLAUDEEN A Assistant Professor Dr ALLAUDEEN A
4 2669611993 1-3185031137 Mrs THARANI S L Assistant Professor Mrs THARANI S L
5 2685261987 1-44724422798 Mrs SANGEETHA S Assistant Professor Mrs SANGEETHA S
6 2654581992 1-7343286845 Mrs VINCY JONES D Assistant Professor Mrs VINCY JONES D
7 2628601995 1-44724422522 Mrs HEMALATHA S Assistant Professor Mrs HEMALATHA S
8 2613031983 1-26215994091 Mr MANI M Assistant Professor Mr MANI M
9 2793801976 1-433673873 Mr SIVALINGAM R Assistant Professor Mr SIVALINGAM R
10 2771582002 1-47942040462 Ms PRIYADHARSHINI V Assistant Professor Ms PRIYADHARSHINI V

Laboratory Facility

  • Electrical Machines Laboratory
  • Electronics Laboratory
  • Control & Instrumentation Laboratory
  • Maker's Space Laboratory
  • Re-Engineering Innovation Laboratory
  • Power System Laboratory

Department Activities / Events

S.No Date of the Program Title of the Program Chief Guest Name No. of Participants
112.01.2026Pongal Celebration 2026—159
221.02.2026Alumni Meet 2026Dr. Srinivasan Appadurai155
327.02.2026Symposium – Uzhavu 2026Ms. Fizza Sallem158
411.03.2026Project ExpoDr. Srinivasan Appadurai37
517.07.2026Integrated Sensing and Communication based Next Gen IoTDr. M. Muruganandham, Senior Lecturer, University of Technology & Applied Sciences, IBRI150
622.09.2026Alumni InteractionEr. Surya V., Cyber Security Analyst, Airtel International, Chennai150
730.09.2026MoU SigningNithinson Jose G, Project Lead, GTT Foundation, Chennai150

Placement Records

BatchPercentage
2022–2026100%
2021–2025100%
2020–2024100%
2019–202396%
2018–202295%
2017–202195%

Student Achievements

i. Students Outstanding Achievements
#Student(s)BatchEventAward
1V. Gowsik & Co.IV YearNon-Technical EventCash Award – ₹1000
2K. Mohamed Adhil & Co.III YearProject Expo2nd Prize – ₹1000
3C. GurusamyIV YearCode Hacking2nd Prize – ₹1000
4C. ChandruIII YearShort Film2nd Prize – ₹500
5D. KaileshwaranII YearJudo – District LevelGold Medal
6D. KaileshwaranII YearJudo – Anna University Sports Board2nd Place
ii. Achievements Gallery
iii. Sports Achievements

Certificates & awards received by students at district and university-level sporting events.

D. Kaileshwaran, II Year — Gold Medal at the Judo District-Level Championship, and 2nd Place at the Anna University Sports Board tournament.

Faculty Achievements

S.NoParticularsNumbers
1Publications – Articles / Books / Book Chapter / Conference Proceedings / Newsletters10 / 2 / 1 / 23 / 1
2Conference / Workshop / FDP / Seminar / Webinar / Symposium participated15
3Paper Presentation / Poster Presentation23 / 8
4Online Courses10
5Awards2
6Patent2
7Funded Project1

Students Innovation

Wind Power Plant
Wind Power Plant

A small-scale horizontal-axis wind turbine with three orange-tipped blades, mounted on a metal tower and support frame — built entirely by EEE students.

IoT Based Solar Tree
IoT Based Solar Tree

A central vertical pole with branching arms holding small photovoltaic panels arranged to mimic a tree's canopy — developed by the Department of EEE at AVS College of Technology.

Climate Controlled Dome
Climate Controlled Dome

An automated mini-greenhouse prototype designed to optimise microclimate conditions — temperature, light and ventilation — for healthy plant growth.

Hybrid E-Vehicle
Hybrid E-Vehicle

A hybrid electric vehicle prototype developed by EEE students, integrating electric and conventional power sources for enhanced efficiency and performance.

Clubs and Cells

Energy Club
Micheal Faraday Cell

Professional Societies

Indian Society for Technical Education (ISTE)

ISTE offers Student Membership to students pursuing undergraduate engineering programmes such as B.E. and B.Tech. This membership provides students with opportunities to enhance their professional knowledge, engage in technical activities, and develop their skills and professional networks.

ParticularsNo. of CountMembership Tenure
Student Member30Up to course completion
Faculty Member2Registered

MoU Signed

S.No Name of the Institution / Industry From Duration
1 GTT Foundation, Chennai 2026 5 Years
2 Caliber Embedded Technology Pvt. Ltd., Salem 2024 5 Years
3 Mikrosun Technology, Salem 2023 5 Years
4 Mcoreta, Bangalore 2022 5 Years

Library Details

Department Library
S.NoCategoryCumulative Acquisition as on Date
1No. of Book Titles556
2No. of Book Volumes2250

Industrial Visits

Keltron, Kerala
Mettur Thermal Power Plant, Mettur