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Embedded lab

The Embedded Systems laboratory is equipped with the latest of components required to build a fully functioning autonomous or semi-autonomous system. The lab itself encourages innovative ideas by housing prototyping materials. Several sensors, I/O peripherals and electro-mechanical units are available for animated testing. The undergraduates and master students have full leisure to use the lab during free hours. The stock of components is not limited and is sufficient for use for full class strength, though arrangements are continuously being done to improve the quantity and variety of tools and other components. The students, thus, take responsibility and carry out several projects. Staff support is also provided.

The embedded systems laboratory was established with the major focus in making students aware with hardware related designs. Practical applications of ideas are very important to precisely grasp the concepts and it also unveils the hidden complication in practical scenarios. The other major focus towards the development of this laboratory was to convert ideas into products. The institute provides full support to students working in the lab with some product ideas. The lab equipment is sufficient to prototype a fully functional product.

  • PC System
  • FPGA Trainer kit with Spartan III FPGA
  • Real Time Clock Interface with Cable
  • Traffic Light Controller Interface with Cable
  • Switched Mode Power Supply
  • Embedded Development trainer kits with ARM board
  • Xbee RF Module with Base board
  • Spartan -6 FPGA Board
  • DSP Trainer Kit TMS320OC6713
  • DSP Trainer Kit TMS320OC6416
  • DSP Trainer Kit - TMS 320 VC5416
  • DSP Trainer Kit - TMS 320 C6748

Linear Integrated Circuits Lab

This laboratory has state-of-the-art electronic equipment including Industry-standard Digital Oscilloscopes and Signal Generators. This lab aims at making the students learn about Linear Integrated Circuit design, 555 Timer, Analog communication systems, Logic designing and implementing them using hardware.


  • Dualvariable Power Supply (0-30V)
  • CRO 30MHZ
  • Digital Multimeter
  • Function Generator 1MHz
  • IC Tester(Analog)
  • Transistors,Diodes, Zener diodes

Linear Integrated Circuits lab provides facilities to design oscillators, amplifiers,filters using operational amplifiers. LIC lab inculcates students to analyze the working of PLL and use PLL as frequency multiplier. Also students can design DC power supply using ICs and they can analyze the performance of oscillators and multivibrators using SPICE.

Digital Lab

A digital laboratory that has digitalized virtually all of its operations including supply chains, lab systems, personnel, and instruments. The laboratory, therefore, becomes more automated and smart. The streamlined operations make the lab more efficient while lab data is managed by an information management system.

  • Digital IC Tester
  • Digital IC’s and IC Trainer kit
  • DC Regulated Dual Variable Power Supply

Electronics Laboratory I

The students will be working with basic components and equipments. The students also design and test various circuits using theorems studied in circuit theory and principles of basic electronics and electricals. The students in turn avail the hands-on experience with all the electronic and electricals equipment’s.


  • Megger
  • Energy meter (Analog & Digital)
  • Detectors
  • Function Generator
  • CRO
  • Power Supply
  • Bread Board
  • Diode, Transistor
  • Logic Gate ICs
  • Resistive Load, Inductive Load, Capacitive Load

Electronics Laboratory II

Electronic circuit lab inculcates students to study the characteristics of CE,CB,CC Amplifier, Transfer characteristic of differential amplifier and frequency response of CS Amplifiers. The student can perform experiment to obtain the bandwidth of single stage, multistage amplifiers and they also perform Spice simulation of electronic Circuits.

  • Variable DC Power Supply (0-30V)
  • CRO 30MHz
  • Digital Multimeter
  • Function Generator 1MHz
  • BJTs, JFETs, SCRs, UJTs
  • Resistors (Various ranges), Capacitors( Various ranges)
  • Decade Inductance Box, Decade Resistance Box
  • DC Ammeter and Voltmeter

Electronic circuit lab provides knowledge in designing electronic circuits, learn simulation software used in circuit designing and to understand Bias in Amplifier circuits

Communication Systems Laboratory

The Communication Systems Laboratory intends to cover the basic understanding of functionalities of various block-sets involved in communication systems. It involves system design and simulation exercises using MATLAB and Simulink and experiments based on HW boards.

  • Digital IC Tester
  • Digital IC’s and IC Trainer kit
  • DC Regulated Dual Variable Power Supply

Electrical Engineering Lab

Electrical Engineering Lab is used to expose the student knowledge and skills in operating and analyzing the performance of DC generators, DC Motors, Alternators, Synchronous motors, Induction Motors and Transformers.


  • Rectifier
  • 5 HP/220V DC Shunt Generator with DC Shunt Motor
  • 3 HP DC Shunt Motor
  • 5 HP DC Series Motor
  • 3 phase Synchronous motor
  • 3 phase VARIAC
  • 3 phase Alternator with DC Shunt Motor
  • 3 phase Squirrel cage induction motor
  • 3 phase Slip ring induction motor
  • 3phase transformer

The Electrical lab covers practical experiments on transformers: open circuit, and compound DC machines; induction machines, no-load, and load tests; operation of single-phase induction motors; operation of a synchronous machine connected to a large external source. By performing experiments on these electrical machines, the practical knowledge of the students gets enlarged and that will very helpful in their industrial career.

Research Laboratory

The Department of Electronics and Communication Engineering at KGiSL Institute of Technology stands as a recognized Research Centre affiliated with Anna University. Our state-of-the-art Research Lab is equipped with cutting-edge software and hardware resources, fostering innovation and exploration in the dynamic field of electronics and communication.

Software Resources:

  • Empowers researchers in signal processing, communication systems, and image processing. Its versatility makes it an indispensable tool for a range of research activities.
  • Cadence: Provides comprehensive electronic design automation (EDA) solutions. In our lab, it supports the design and analysis of integrated circuits, ensuring precision and efficiency.  Other Software: Our lab integrates software like GNU Octave for numerical computing, LTspice for circuit simulation, KiCad for PCB design, and QUCS for circuit simulation, fostering a collaborative and accessible research environment.

Hardware Resources:

  • Major Devices: The lab houses major hardware devices, including function generators, oscilloscopes, spectrum analyzers, and communication test sets. These devices enable hands-on experimentation and practical learning.

Ongoing Projects:

  • Last Mile Conveyance Modeling through Multi-Level Path Assessment of UAV in Rural/Urban Drop Point Logistics.
    • Principal Investigator: Dr. Arun Chakravarthy R
    • Duration: 2022 – 2025
    • Funding: AICTE RPS sponsored (₹ 18,93,333)

Completed Projects:

  • Virtual Fencing using YOLO Framework in Agriculture Field.
    • Principal Investigator: Ms. Mohitha I.K
    • Funded by: TNSCST
  • E2E – Cycle for Eco-friendly Environment
    • Principal Investigator: Dr. Leena B
    • Investigators: Karthick R, Dileepkumar K, Vivetha P, Veena S
    • Funded by: TNSCST
  • Drone Ambulance
    • Principal Investigator: Ms. Rithmi Mitter
    • Investigators: Gokul S, Gokulakrishnan S, Jackson R, Mohammed Yousef S
    • Funded by: TNSCST

Our Research Lab serves as a hub for collaborative exploration, where faculty members and students engage in pioneering projects, pushing the boundaries of knowledge in the realm of Electronics and Communication Engineering. Through a blend of sophisticated software, advanced hardware, and impactful projects, we aim to contribute meaningfully to the field's progress and development.