Department of
Electrical and Instrumentation Engineering, TIET

Yearning for a global standards community by harnessing creative skills, ethical values, knowledge advancement and continuous teaching-learning regimes

The Department of Electrical and Instrumentation Engineering has been playing a vital role in producing scientists and technologists of highest calibre ever since it was established in the year 1956. It attracts outstanding students, has excellent research and teaching facilities. The department offers four undergraduate programs namely; Bachelor of Engineering in Electrical Engineering since 1956, Bachelor of Engineering in Electronics(Instrumentation & Control) Engineering since 1979, Bachelor of Engineering in Biomedical Instrumentation since 2019 and Bachelor of Electrical and Computer Engineering since 2020. Besides the strong undergraduate programs, the department has been playing a pioneering role in producing world class postgraduates and researchers. The department offers one post-graduate program and Ph.D. program to cater to the ever challenging needs of technical excellence in all areas of electrical and instrumentation engineering. The infrastructure and laboratory facilities are upgraded from time to time and provide adequate opportunities for students and researchers to learn and innovate. The department has distinguished faculty, holding degrees from renowned institutes in India and abroad. The department also undertakes many research projects sponsored by both the government and the industry.

Integrated academic programmes

Fostering development and research through a continuous learning with focus on "Innovation, Dynamism and Flexibility"

Ranking

QS World Ranking  451-500 (2021)

National and Global outreach

  • Accredited by NBA under TIER-1 program 
  • Accredited by Accreditation Board for Engineering and Technology (ABET), USA , since 2017
  • International Engineering program in Biomedical Engineering with the University of Toledo, USA
  • Academic Harmonisation with Trinity College, Dublin, Ireland
  • International Collaboration with Virginia Tech., USA, Tel Aviv Univ., Israel, Univ. of Queensland, Australia and Univ. of Groningen, Netherlands.
  • International Partnership with NTNU Norway and CH France under DST-MI-SG Multi-consortium Project on Grid Supportive Electric Vehicle charger and charging infrastructure at LT level. 

Vision

To be a leading establishment excelling in higher education and research in the field of Electrical, Instrumentation and Biomedical Engineering to meet the aspirations of global community.

Mission

  • To have a scholarly and professional environment to make lasting contributions for the advancement of knowledge.
  • To be innovative, dynamic and flexible in devising academic program structures and mechanism.
  • To produce quality professionals having creative skills and ethical values.
  • To foster research and development for the benefit of society through continuous learning and innovation.

Message from Head of the Department

Prof. Sunil Kr. Singla

It gives me immense pride and pleasure to introduce the Department of Electrical and Instrumentation Engineering. It is one of the oldest departments (established in 1956) in the Thapar Institute of Engineering and Technology, located in Patiala (a princely state of Punjab). There are approximately 1200 students in total enrolled in various academic programs (UG, PG, and Ph.D.).

The department offers four bachelor’s degree programs: Electrical Engineering, Electronics (Instrumentation and Control) Engineering, Biomedical Engineering, and Electrical & Computer Engineering. The undergraduate program in Biomedical Engineering is an international engineering program in collaboration with the University of Toledo, USA. The students under the 2+2 program will get a degree from the University of Toledo. Our program graduates benefit from hands-on experiences from Co-operatives (Co-Op) to senior design projects.

In addition, the department offers a postgraduate program, M.E. Electric Vehicle Technology, and Ph.D. programs in various specializations of Electrical Engineering, Electronics (Instrumentation and Control) Engineering, and Biomedical Engineering. Among the multiple research areas, faculty members work in Power System Operation and Optimisation, Power Converters & Renewable Energy, Electric Vehicles, System & Control Engineering, Biomedical Instrumentation, Signal Processing, and Optical Networks. Our students of all UG and PG programs are offered several merit scholarships as per institute norms.

Our department has a consistent placement and internship record for all the UG and PG programs. The final-year UG engineering students of the above-mentioned programs spend an entire six-month internship in the industry in their final semester, known as project semester, completing an industrial project under the joint supervision of industry supervisors and institute faculty mentors.

Our vision is to be a leading establishment excelling in higher education and research in Electrical and Instrumentation Engineering to meet the aspirations of the global community. We provide a very informal atmosphere between faculty and students. Faculty members of our department are engaged in teaching and research.

I appreciate your concern in our department and would encourage you to stay in touch with us if you have any questions or suggestions.

Excellence-oriented Academic Programmes

250 acre campus offering comprehensive electrical engineering programmes

Each programme for Bachelors, Masters and Doctoral levels is designed and developed with the aim of supporting students in their endeavors to pursue higher studies in chosen elective focus (EF) and explore job opportunities in related industries.

Research-Intensive Training

The department excels in meeting global expectations and research standards of higher education in the field of Electrical & Instrumentation Engineering

Ongoing Sponsored Projects

  • Enhancing Electric Vehicle Security- AI-Powered Detection and Prevention of Cyber Attacks
  • Investigation of nonlinear dynamics of electrostatically actuated bistable micro switches with applications to medical equipment
  • Design and development of an improved Three Level Solar Inverter
  • Conceptualization, Design and Development of Next Generation Power Electronics Transformer (NGPET) with Wide Range of Intermediate DC-link Voltage
  • Development of Natural Ester Oil-Based Nano fluids by Varying the Size and Shape of Nanoparticles as Liquid Insulation with Enhanced Dielectric Properties for Power Transformer Applications
  • Design and Fabrication of Smart Humidity Sensor using Graphene Oxide and Anodic Aluminum Oxide (Al2O3) for Condition Monitoring of Power Transformer and SF6 Circuit Breaker
  • Development of low-cost and highly conductive carbon-nanotube/graphene sensors based physiological recording system.
  • Design and development of simulation platform and workbench for artificial pancreas in type 1 diabetes.
  • Smart Battery Management System with Real Time Estimation for State of Charge (SOC) and State of Health (SOH) of Electric Vehicles Batteries using Hybrid Models
  • Intelligent 3Dmicroscope for biological cells classification
  • Health Care System: Early Detection of Bone Cancer using Microwave Imaging and Treatment by Hyperthermia Lens Applicator
  • DTFQPM: Deep Thinking Fluorescence Quantitative Phase Microscopy for the automated classification of cancerous cells
  • Cyber Security Analysis of Artificial Pancreas Control System
  • An Industrial Project on Design and Development of CET Tractor Components
  • Design and Development of PV-Based, 20kW Level-3 Bidirectional Multilevel EV Charging Station
  • 3D MRI Data Processing using Deep Learning
  • Development of Single Source 3-Phase HighPower-Density Switched Capacitor Multilevel Boost Inverter
  • A smart Wearable Device for Cognitive Assessment
  • Development of full-field polarisation-sensitive optical coherence tomography for soft biological tissue
  • Low-complexity power-efficient reconfigurable implementation of fractional order filters for weak ECG nonstationary biomedical signal processing applications
  • Smart Demand-Response Framework for load optimization in an Electrical Grid
  • Electric vehicle charging station as a voltage and frequency regulator, within the real time capability of the EVs available, in presence of intermittent renewable energy sources.
  • Energy Management of the Smart Home Using Cloud Infrastructure - A utility perspective
  • Demonstration of grid Supportive EV Charger and Charging Infrastructure at LT Level (D-EVCI)
  • Development and Prototyping of ICT enabled Smart Charging Network Components
  • Design and Development of AC-AC Converter and BLDC Motor controller
  • Development of full-field optical coherence tomographic system for the quantification of cancerous tissues
  • Development of diabetes and related disease identification system using iris and retinal images
  • Design and Implementation of Multifunctional Power Electronics Interface for Renewable Energy Sources and Development of Solar Energy Harvesting System with Maximum Efficiency
  • Deep learning based Automatic Target Detection and Recognition
  • Development and Validation of Power Control Philosophy for Three-Phase Grid Interfaced Inverter under Weak Grid Conditions
  • Hardware Implementation of Efficiency Improvement Strategy for Induction Motor Drive
  • Development of an interactive virtual crops technology for improved wheat production in Punjab: Future agriculture
  • Design and Development of Health Monitoring and Fault Diagnosis for Brushless Motor Drives ln-Wheel Electric Vehicles

Research Facilities

  • Analog & Digital Electronics Lab
  • Biomedical Research Lab
  • Bioinformatics Lab
  • Experiential Learning Centre
  • Free scale lab
  • High Voltage I & II lab
  • Instrumentation and control Lab
  • Industrial Instrumentation Lab
  • Instrumentation system design lab
  • Process Dynamics and Control Lab
  • Power Switchgear and Protection Lab
  • Power System Simulation lab
  • Power electronics and Drives lab
  • Real-Time Lab
  • Renewable Energy Lab
  • Virtual Instrumentation Lab

Experimentation

Solar Panel Emulator, Microgrid setup, Grid Simulator, Electric Vehicle Battery Management System, Three phase Shunt Active Filter, Multi-Level Inverter, BLDC drive, Vector Controlled Drive, Transmission Line Simulator, Generator/Transformer Protection unit, , Spirometer, Polyrite 4-Channel Machine, Pulse Oximeter, EMG Bio-feedback Trainer, Ultrasonic Pulser/Receiver with PCI Digitizer Card, Bio-Medical Instrumentation Modules and Simulators, Cross Match I Scan2 Dual Iris Scanner, EMOTIV EPO, Say bolt Universal viscometer, Rotameter, Humidity trainer kit, Vibration measurement kit, McLeod Gauge, Level and Flow Control, Pressure Control, Temperature Control, Electro Hydraulic and Electro Pneumatic Trainer, Current to Pressure and Pressure to Current Converter, Control Valve Trainer etc.

Software

DigSilent, MultiSim, Opal-RT, dSpace, PSIM with micro lab box, FEADCom, PSCAD, MATLAB and Tools, Lab-VIEW, SOLIDWORKS, BioPACK, EDUSIM, CodeWarrior, MPLab, KEIL

Major Research Areas

  • Biomedical Instrumentation
  • Electric Vehicles
  • Optical Networks
  • Power Converters
  • Power System Optimisation
  • Smart Grids and Renewable Energy
  • Signal and Image Processing
  • System and Control Engineering
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  • Major Milestones

    last academic year

  • Consistent placement record

     

  • 7.3 Lakh

    Avg. CTC 2019-20

  • 19.6 Lakh

    Highest CTC 2019

  • 30 Lacs

    Highest CTC in Five Years in EE 

  • Multi-Consortium Project worth 36.8 Millions

    Grid supportive Electric Vehicle Charger and Charging Infrastructure at LT level (D-EVCI)

  • 2

    International Post-Doc. Fellowship to faculty  in 2019

Choicest faculty to lead you to the pinnacle of success

The Department of Electrical and Instrumentation Engineering has expertised faculty members specialising in power systems, smart grid, instrumentation, power system optimisation, renewable energy and micro grids, biomedical instrumentation, power electronics, system optimisation, etc. Each faculty works in the direction of encouraging students to become self-inspired learners striving towards innovation and research. Concerned with understanding/controlling aspects of the environment and industrial automation systems, the department faculty stays updated and upbeat with the latest industry technologies and trends.

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Alumni Success Stories

Delivering excellence via varied research avenues, trained faculty and innovation.

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Top Recruiters

Latest Placements

7.33 lacs per annum

Average Salary Package

19.6 Lacs per annum

At our Placement drive
  • Lucrative career opportunities, excellent placement prospects and extensive exposure for TIET students.
  • 150+ students given a chance to intern and work with their dream organisations.

Latest News & Events

Delivering excellence via varied research avenues, trained faculty and innovation.

Inverter Activity (5th Sem EE)

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Motor Winding Activity (4th Sem EE)

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Design and Development of IoT based system (3rd Sem EIC)

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