B.E. Electrical and Electronics Engineering

Vision:

To be a centre for imparting technical education of international standards and to conduct research on the cutting edge of technology to meet the current and future challenges of technological development.

Mission:

To impart technical education through effective teaching and learning process. To create technical manpower for meeting the current and future demands of industry. To Nurture Creativity & Critical thinking in applying Engineering skills to face the fast growing globalization.

Program Educational Objectives (PEO)

• Graduates will contribute to power systems, industrial automation, or electrical product design.
• Graduates will pursue higher education, certifications, or entrepreneurial ventures.
• Graduates will demonstrate leadership, lifelong learning, and social responsibility.

Program Specific Outcomes (PSOs)

• Apply electrical and electronics concepts to design and implement industrial and domestic systems.
• Use modern software and hardware tools for electrical circuit analysis, control systems, and automation.

Program Outcomes (POs):

• To provide the students with a strong foundation in the field of Engineering knowledge, Problem analysis, Design/development of solutions, Conduct investigations of complex problems, Modern tool usage in Electronics and Communication Engineering.
• To gain adequate knowledge to become good professional in Electronics and Communication Engineering associated industries, higher education and research.
• To develop attitude in lifelong learning, applying and adapting new ideas and technologies as their field evolves.
• To prepare students to critically analyze existing literature in an area of specialization and ethically develop innovative and research-oriented methodologies to solve the problems identified.
• To inculcate professional and effective communication skills, leadership qualities and team spirit in the students to make them multi-faceted personalities and develop their ability to relate engineering issues to broader social context.
• To demonstrate and apply knowledge in Mathematics, Science and Engineering fundamentals in Electronics and Communication Engineering field.
• To design a component, a system or a process to meet the specific needs within the realistic constraints such as economics, environment, ethics, health, safety and manufacturability.
• To demonstrate the competency in using software tools for computation, simulation and testing of Electronics and Communication Engineering circuits.

Faculty Details

At P.B. College of Engineering, our faculty members are the driving force behind our commitment to academic excellence and innovation. With a perfect blend of scholarly knowledge and industry experience, they are dedicated to delivering high-quality education and guiding students toward successful engineering careers.

Our highly qualified professors and researchers bring diverse expertise across multiple disciplines, ensuring a rich and updated curriculum that aligns with current technological trends. Many are involved in active research, publishing in reputed journals, and engaging in consultancy projects, keeping the learning environment dynamic and future-focused.

Beyond academics, our faculty are passionate mentors who support students in developing critical thinking, practical skills, and a spirit of innovation. Their dedication helps nurture well-rounded engineers prepared to meet the demands of the global industry with confidence and competence.

Board of Studies

A committee of faculty, alumni, and industry experts continuously reviews and updates the curriculum to meet industry and academic standards and ensure student career readiness.

Curriculum Details

Core subjects include:

• Circuit Theory and Network Analysis
• Electrical Machines and Drives
• Power Electronics and Control Systems
• Measurements and Instrumentation
• Renewable Energy Systems
• Microcontrollers and Embedded Systems
• High Voltage and Switchgear
• Power System Protection
• Industrial Automation

Course Materials

Students are provided with:

• Simulation examples using MATLAB, Multisim
• Concept videos and visual experiments
• DIY kits and lab manuals
• Practice worksheets and circuit problems
• Access to industrial project ideas and reports

Value Added Courses

• PLC and SCADA Basics
• Arduino and PIC Microcontroller Projects
• Solar PV Design and Simulation
• MATLAB/Simulink for Electrical Applications
• Industrial Wiring Practices
• IoT Integration with Electrical Systems

Innovative Teaching

The department adopts hands-on and digital learning approaches such as simulation-based assignments, mini-projects, flipped classrooms, e-learning modules, and real-time power system design tasks.

Laboratory Details

Well-equipped laboratories include:

• Electrical Machines Lab
• Power Electronics and Drives Lab
• Measurements and Instrumentation Lab
• Control Systems and Simulation Lab
• Embedded Systems and Microcontroller Lab
• Renewable Energy and Smart Grid Lab

Events Organized

Our college has been conducting symposiums and Conferences periodically. Listed below are the ones conducted in recent years.

Technical Symposiums

Blitz 2k24

• Date: 13th February 2024
• Venue: Main Auditorium
• Chief Guest: Mr. S. Manickavel, Maintenance Head – India (South), SMR Automotive Systems India Ltd.
• Guest of Honour: Mr. Muralidhar Rao, Director (Retd.) R&D, Switzer Instruments Ltd.

E-cube Invaderz 2k25

• Date: 5th January 2025
• Venue: Main Auditorium
• Chief Guest: Dr. Saravanan Periyasamy, Lead Engineer – Turbine Control Systems, Vestas Technology, Chennai

Galactus 2k23

• Date: 7th March 2014
• Venue: Main Auditorium
• Chief Guest: Mr. Ashok Mishra, Managing Director, Lite-On Mobile
• Guest of Honour: Mr. Bobby Jackson, Manager HR, Lite-On Mobile

Galactus 22

• Date: 1st March 2013
• Venue: Main Auditorium
• Chief Guest: Dr. V. Gowri Sree, Associate Professor, Anna University, Chennai

NCRTEEE’ 2024

• Date: 7th March 2024
• Venue: Main Auditorium
• Chief Guest: Mr. Ashok Mishra, Managing Director, Lite-On Mobile
• Description:
  • Renewable Energy Systems/ Application
  • Power Electronics & Drives
  • Advanced technologies in Electrical Drives in Power System Optimization

NCRTEE’ 2022

• Date: 2nd March 2022
• Venue: Main Auditorium
• Chief Guests:
  • Dr. M.A. Panneerselvam, Dean EEE, Tagore Engineering College
  • Dr. M. Ramakrishnan, Reindeer Systems Pvt. Ltd.
  • Prof. M. Ezhilmaran, HOD EEE, Loyola Institute of Technology
• Description:
  • HVDC & FACTS
  • Embedded Systems
  • Advancement in Electrical Machines, Artificial Intelligence

Student Achievements

International Journal Publications by our Students under the able guidance of the Staff:

• Anto Preetha A, ME-PED student (2012–2014 batch)
  Published a paper titled “Level Shifting Multiple-Input Switched-Capacitor Converter”
  In the International Journal of Emerging Technology
• Ambi R, ME-PED student (2012–2014 batch)
  Published a paper titled “Novel Three Level Forward Flyback Converter with Single Transformer”
  In the International Journal of Emerging Technology
• Prabhaja P. S, ME-PED student (2012–2014 batch)
  Published a paper titled “Multiport Bidirectional DC-DC Converter for Electric Vehicle”
  In the International Journal of Emerging Technology
• Mercy Ranjitham, ME-PED student (2013–2015 batch)
  Published a paper titled “Single Switch DC-DC Converter with Reduced Coupled Inductor Turns Ratio and Snubber for Solar Energy Application”
  In the International Journal of Emerging Technology and Research (IJETR)
• Dinesh S, ME-PED student (2013–2015 batch)
  Published a paper titled “Harmonic Compensation Using Component Based Hysteresis Current Controlled SAPF”
  In the International Journal of Applied Engineering Research (IJAER)
• K. S. Rathi, ME-PED student (2014–2016 batch)
  Published a paper titled “Isolated High Step-Up DC-DC Converter with Low Voltage Stress”
  In the International Journal of Advanced Trends in Engineering and Technology (IJARTET)
• B. Bhuvaneshwari, ME-PED student (2014–2016 batch)
  Published a paper titled “Virtually Controlled High Precision Robotic Arm”
  In the International Journal of Advanced Trends in Engineering and Technology (IJARTET)
• Syed Adibudeen, ME-PED student (2014–2016 batch)
  Published a paper titled “Interleaved DC-DC Multiple Output Boost Converter Using Fuzzy”
  In the International Journal of Advanced Research Trends in Engineering and Technology, Volume 3, Issue 19, April 2016
• Dharshini T. K. and Deena V., B.E-EEE students (2022–2026 batch)
  Participated as poster presenters in the technical symposium BIOGLIT’25
  Organized by Rajiv Gandhi College of Engineering
• Gopikrishnan M. and Sarath Kumar A., B.E-EEE students (2022–2026 batch)
  Participated as poster presenters in the technical symposium BIOGLIT’25
  Organized by Rajiv Gandhi College of Engineering
• Dharshini T. K. and Deena V., B.E-EEE students (2022–2026 batch)
  Attended the PCB Design and Layout Workshop at VIDYUTRENZ
  Held at Chennai Institute of Technology
• Gopikrishnan M. and Sarath Kumar A., B.E-EEE students (2022–2026 batch)
  Attended the PCB Design and Layout Workshop at VIDYUTRENZ
  Held at Chennai Institute of Technology

Conference Paper:

• Kowsalya R, ME-PED student (2013–2015 batch)
  Presented a paper titled “Modelling and Simulation of High Efficient High Step-Up Interleaved Boost Converter with Voltage Multiplier Module for a Photovoltaic System”
  In the National Conference on Green Energy
• Ramesh M, ME-PED student (2013–2015 batch)
  Presented a paper titled “Harmonics Reduction Based on Multi-Level Inverter by Using Single Supply Source and Cascading Two Transformers”
  At Mailam Engineering College
• M. Sivarama Mani, ME-PED student (2012–2014 batch)
  Presented a paper titled “Implementation of High Voltage Gain DC Converter Based on Five State Switching Cells and Voltage Multiplier Cells”
  At an International Conference held at Rajalakshmi Engineering College
• S. Tamizh Venthan, ME-PED student (2012–2014 batch)
  Presented a paper titled “Isolated Three Phase Active Clamp for High Power Applications”
  At an International Conference held at Mount Zion College of Engineering and Technology
• R. Praveen Kumar, ME-PED student (2012–2014 batch)
  Presented a paper titled “A New Control Strategy for Improving DC Source of PV Arrays Through Interleaved Flyback Inverters”
  At an International Conference held at Mount Zion College of Engineering and Technology
• J. Muraleetharan, ME-PED student (2014–2016 batch)
  Presented a paper titled “Speed Control of a PMSM Using Evolutionary Fuzzy PID Controller”
  At an International Conference on Recent Trends in Engineering (NCRTE 2016), held on 12th March 2016
• M. Arivumani, D. Harikrishnan, K. Yuvaraj, and S. Imman Selva Stephen, BE-EEE students (2013–2017 batch)
  Presented a paper titled “Adiabatic Power Generation in a Transformer by Using Liquid Ammonium Chemical Rods”
  At the Second International Conference on Advancement in Science, Engineering, Technology and Management 2017
• M. Aravind Kumar, K. Kesavan, S. Lakshmanan, and V. Vishalkumar, BE-EEE students (2014–2018 batch)
  Presented a paper titled “Alert System for Sailors Using Floating Station”
  At an International Conference on Recent Technology in Electrical Engineering (ICRTE 2k18), held on 3rd March 2018
• B. Abirami, M. Musthafa, and V. Suryaprakash, BE-EEE students (2014–2018 batch)
  Presented a paper titled “BLDC Motor Fed Regenerative Braking System for Electrical Machine Vehicle”
  At an International Conference on Recent Technology in Electrical Engineering (ICRTE 2k18), held on 3rd March 2018

Students Projects

• Solar-Powered Mobile Charging Station
• Automatic Power Factor Correction System
• Smart Home Lighting using IoT
• Arduino-Based Energy Meter
• Street Light Controller with LDR and Timer
• Overvoltage and Undervoltage Protection System

Newsletter & Magazine

The department publishes a periodic newsletter covering:

• Projects and innovations
• Technical trends and energy solutions
• Interviews with achievers
• Highlights from workshops and guest talks

Industry Interaction

• Power Grid (400kV/110kV) - Sriperumbudur (25th August 2024)
• Doordharshan (7th September 2024)
• Madras Atomic Power Station (23rd August 2024)
• North Chennai Thermal Power Station (15th February 2024)
• Light India, Chennai Trade Centre (16th September 2023)
• North Chennai Thermal Power Station (11th February 2023)
• Ennore Thermal Power Station (6th February 2023)
• North Chennai Thermal Power Station (20th September 2022)
• Power Grid (400kV/110kV) - Sriperumbudur (24th August 2022)
• North Chennai Thermal Power Station (19th January 2022)
• Ennore Thermal Power Station (18th January 2022)
• Ennore Thermal Power Station (3rd February 2021)
• North Chennai Thermal Power Station (31st January 2021)
• Madras Atomic Power Station (5th March 2020)
• Ennore Thermal Power Station (2nd February 2020)
• SS Power Switch Gear Limited (28th August 2019)
• OHM Energy Management System Pvt. Ltd. (11th February 2019)
• Easan Group of Companies (24th April 2018)

Professional Society

Students participate in:

• IEEE and ISTE student chapters
• Electrical Club activities and innovation challenges
• Workshops, webinars, and intercollegiate symposiums
• Industrial visits and hands-on demo sessions

Contact Information