"Special Arrear Autonomous Examinations – Students having arrears and exhausted maximum period permitted in the respective regulations are allowed to register and appear for Nov/Dec 2024 and Apr/May 2025 Examination sessions in order to complete their arrear courses and attain degree. No further chances will be given on any account."
News & Events: M/S. RenaultNissan- Interview on 30 Aug 2024 - 03 students got placed • M/S. Cognizant- Interview on 17 Sep 2024 - 39 students got placed • M/S. Aarbee Structures - Interview on 25 Sep 2024 - 02 students got placed • M/S. Accenture- Interview on 16 Oct 2024 - 46 students got placed • M/S. Genspark - Interview on 29 Oct 2024 - 01 student got placed • M/S. Rupeek- Interview on 29 Oct 2024 - 15 students got placed • M/S. Hirotec - Interview on 16 Nov 2024 - 04 students got placed
department of ELECTRONICS AND INSTRUMENTATION ENGINEERING

student development ACTIVitiES


Various number of student development activities are constantly being practiced in each classrooms, enforced by our Center of Learning and Teaching.

teaching pedagogies

best practices

Integration of technology into education has enhanced the teaching/learning process to a higher level. The effective use of ICT in pedagogy has helped in grabbing the attention of the student throughout the session. Teaching-learning through various best practices such as Flipped Classroom, Role Play, Case Study, Group Discussion, Small Group Learning, Problem Based Learning, Project Based Learning etc., has elevated the level of it.

Developing empathy

Developing empathy

Energy Audit

Energy Audit

Devoloping prototype

Devoloping prototype

Circuit resolution

Circuit resolution

Automatic fish food dispenser

Automatic fish food dispenser

Design thinking mode of learning

Design thinking mode of learning

An online platform for students and teachers to share and access their course materials
SNS Courseware

Demo Models (Used by Faculty Members in Classroom)

Demo Models 

  • The Practical demonstration is given Ms.Shankgavi,AP/EIE for the students of III EIE for the subject Process control for topic Interacting and Non interacting system
  • The Practical demonstration is given Mr .S.Prince Samuel,AP/EIE for the students of II EIE for the subject Digital Electronics for the Traffic signal Processing

Interactive and Non interactive system

Interactive and Non interactive system

Traffic signal

Traffic signal

STUDENT PROGRESSION

Every student right from the first year are given personal care through tailored activities with a specially assigned mentor. Talent search and personality identification of each student is done at large and they are taught, trained, challenged and guided in a systematic progression. From the first year onwards, students are encouraged and guided to be globally competent through various competition and challenging forums. The capable students are also given the opportunity to customise the courses that they learn by hand picking electives. There are also means by which the student can even choose who would teach a specific course to increase the faculty-student interaction and understanding. Through personal mentorship programme, each student is given special and individual care to help them grow and mature in academic, social and personal skills and talents. At the end of the four years, it is made sure that every student progress in systematic, customized and challenging manner in all need knowledge and skills to sets.

The student progression is monitored by keeping a record of all the activities like attendance & assessment for each course by the respective faculty. Apart from the mentoring system, the students’ progress is monitored through class tests, online quizzes, assignments, development of teaching material for specific topics, submission of journal abstracts of current status of the technology, by making them attend conferences/seminar/webinars on relevant topics. This exercise makes them involve themselves and makes them proceed beyond communication barriers, rural/ urban background and get a sense of team work. Slow and fast learners are identified and special work or coaching are given.

industrial

case study


Naturally, students are more inductive than deductive, they learn better from examples than from logic. So, we believe that the use of case studies is a very effective classroom technique. Students will be provided with an industrial case study linked with the concept or subject, where they got to explore how their learning are applied in the real world situations. This helps the students to actively engage in figuring out the principles from the examples.


    • Mr.K.SambasivaRao, AP/EIE discussed the industry cases for the Subject process Control.
    • Titled: Automatic fuel flow of LPG gas control via analog signal through electrical valve without pneumatic Compressor
    • 1.Pneumatic instrument systems powered by compressed air are often used across the industries for process control.
    • 2.Compressed air systems suffer the drawback of air leaks and also pose safety threats.
    • 3.There is a need to eliminate compressors and control the flow of LPG using electric valves.
    • Industry Name:Emerick Automation, Coimbatore ”
    • —————————————————————————————————————————–
    • Mr. R. Suresh Kumar,AP/EIE discussed the industry cases for the Subject Instrumentation and Control.
    • Titled: Demand side Management using IoT
    • 1. DSM is a modification of consumer demand for energy through various methods such as financial incentive
    • 2.The goal of DSM is to encourage the consumer to use less energy during peak hours
    • 3.It reduces overall cost
    • 4.Eliminate human error
    • 5.Flexibility
    • Industry:NTT Cluster Solutions, Trichy”
    • ———————————————————————————————————————————
    • Ms. K. Ranjani AP/EIE discussed the industry cases for the Subject Industrial Electronics.
    • Titled: IoT based display board for industriesUse of IoT Based Display Board have endless benefits when they are compared to manual Boards.
    • 1. It reduces overall manufacturing cost
    • 2. Eliminate human error
    • 3. Flexibility
    • 4. It reduces machining defects
    • 5. Product quality can be obtained as per the specification
    • 6. Remote access will help industry to run it widely.
    • 7. It will save time and time is money.
    • 8. Giving updates to workers according to their rule patterns.
    • Industry name:United Signs, Trichy”
    • ——————————————————————————————————————
    • Ms. M. Brindha AP/EIE discussed the industry cases for the Subject Indutrial Instrumentation
    • Titled:E-bike have limited weight capacity, when we over load the battery, the discharging rate becomes abnormal, it may reduce the battery life time.
    • 1.In e-vehicles, increase of load increases the discharge rate; hence the mileage calculation is misleading.
    • 2.Excess weight on the vehicle need to be calculated and based on additional weight, power must be drawn from reserve battery.
    • 3.A limit is to be set on excess allowable weight, beyond which the vehicle must not start.
    • Industry Name:Ampere Vehicles Private Limited, Coimbatore”
    • —————————————————————————————————————
    • Mr.S.Prince Samuel ,AP/EIE discussed for the subject Embedded system.
    • Titled:The Compressors manufactured should be equipped with Industry 4.0 Standards
    • 1.The Customers find difficulty in maintaining the service record of Compressors.
    • 2. The Entire Control Unit where the Sensors data are fed must be replaced by Raspberry Pi Processor so that the data can be saved in cloud and retrieved.
    • 3. Also a mobile App needs to be created as requested by the Manufacturer.
    • 4. One Time Investment required.
    • 5. Maintenance and mode of operation is easy.
    • Industry Name:Frank Technologies Pvt. Ltd., Coimbatore

Home Automation using Arduino

mini projects

Project-based learning is an instructional approach, which helps the students in developing knowledge and skills by engaging in projects and solving real world challenges/problems. We practice project based learning by encouraging the students to do minimum two mini project per semester. Students are progressively taking up the tasks and projects to pad up their skill-set.
Home Automation using Arduino

Home Automation using Arduino

Description : M.Malini of II EIE did this project helps to control the electrical loads with the help of android application. The electrical loads are controlled based on Bluetooth input signal. This input signal is received from the android device. Many times it becomes too tiring to operate the electrical switches manually every now and then. This is a big problem especially in case of aged or handicapped people.This system solves the issue by interfacing a unit with home appliances that switches these loads based on the input received from android device.The android device may be any android based phone or tab having an android OS. The app also provides an effective GUI for providing this functionality.An 8051 microcontroller is used in this system. The Bluetooth receiver is interfaced with microcontroller in order to accept the commands and then react accordingly. It operates the loads through a set of relays using a relay driver IC. Relays are used between loads and the control unit.This system proves to be very beneficial for controlling various domestic applications and in industrial setups. The power supply setup of the system contains a step down transformer of 230/12V, used to step down the voltage to 12VAC. To convert it to DC, a bridge rectifier is used. In order to remove the ripples, a capacitive filter is used and it makes use of 7805 voltage regulator to regulate it to +5V that will be needed for microcontroller and other components operation.t.

GSM based Industry Protection System

GSM based Industry Protection System

Description : Akil karthik,Aravinth.T,Dinesh Kumar,Rajagopal of III year EIE had did a mini project titled GSM based Industry Protection System .The abstract of the project is a heavy automation taking place these days, the number of industries as well as number of accidents in those industries have increased substantially. Human errors and manual safety systems lead to increase in industrial accidents. So here we propose a gsm based industrial protection system that detects smoke, temperature as well as light to keep track of accidents. The system needs to detect if the temperature of a machine or environment goes above a certain level, if it goes above a level, it is an indication of a malfunction. So here we use temperature sensor to detect a possible accident. Next indication is the malfunction or overloading of machines leading to smoke. We use smoke detectors to detect smoke and similarly a light sensor to detect light due to spark or any flash caused due to malfunctions. All these indicators/sensors constantly provide their input to the microcontroller connected to them. The microcontroller constantly processes this data. On encountering a warning signal from any of these sensors the microcontroller now communicates this data to a gsm modem interfaced to it and sends out an SMS message to intended user as a warning.
Industrial load switcher based on touch screen

Industrial load switcher based on touch screen

Description : S.Murugan,P.ponraj,V.Gopinath of III year EIE had did a mini project on Industrial load switcher based on touch screen.The project provides an industrial load controlling system with a touch screen input facility. Various traditional systems generate sparks, that are potentially harmful for industries having inflammable gases.Such situations require us for going for a control system that requires touch screen based switches. Users like touch screen based systems. Touch screen based system proves very convenient for controllingThe touch screen device is connected to a microcontroller of 8051 family. When user touches a particular part of the screen, the user touch is recognized and processed, based on this data it switches the required load On/Off. This system is convenient, comfortable and allows efficient load controlling operation.The system can be later enhanced by embedding with RF technology.