Vision of the department:

To impart quality education in various fields of engineering, technology & management and to develop the institute into a centre of academic excellence.

Mission of the department:

To mould the students into competent technocrats to become professionally skilled, intellectually adept and socially responsible, to contribute to the society through quality teaching and providing the conducive learning environment

PEO1. Graduates will become established professional in the field of Electrical & Electronics Engineering and related fields with sound ethical values.

PEO2. Graduates will demonstrate all necessary engineering and scientific competence to become an entrepreneur in the field of Electrical & Electronics Engineering and allied field considering social and environmental issues.

PEO3. Graduates will posses solid foundation in the field of Electrical & Electronics Engineering to be applied in their higher studies and research.

PSO 1: Graduates will show ability to analyze, design, and implement electrical machines, power electronics, instrumentation, control systems for overall electrical power system.
PSO 2: Graduates will show ability to apply appropriate techniques and modern engineering hardware and software tools in power systems and power electronics in the field of Electrical & Electronics Engineering.

PSO 3: Graduates will show ability to comprehend technological advancements and the impact of electrical engineering solutions in societal and environmental context.

The institution of Engineers (India): The department has opened active student chapter of the Institution of Engineers (India), Membership No. 462021/TIT/EE/487376 in November 2017. We have recently renewed this chapter by enrolling other students. This chapter organizes various technical/non-technical activities like model making, poster making, quiz, robotics problem solving, paper presentation etc.

Department of Electrical & Electronics Engineering. is well-equipped with state of the art modern laboratories to provide a superior level of practical education to its students. The laboratories are specifically designed with excellent facilities to meet the requirements of A.I.C.T.E. and RG Technical University. Advanced equipments and hardware/softwares are added to the laboratories each year thus keeping them updated.
Major labs

Power Electronics Lab This Laboratory incorporates the basic knowledge of Power electronic devices. It basically imparts stress on the devices and their characteristics which are being used in controlling various electrical devices.

Electrical Machine Lab -I & II This Laboratory incorporates the basic knowledge of Electrical Machines which are being used in daily routine for residential and Industrial Purposes. This laboratory basically imparts stress on the machines and their characteristics.

Electrical & Electronics Instrument Laboratory This Laboratory incorporates the basic knowledge of Electrical & Electronics Measuring Instruments . which helps the student to understand different behavioral characteristics of these instruments.

Toppers – VIII Semester (Batch 2019-2023)

Toppers – VIII Semester (Batch 2018-2022)

Toppers 2021

ANKIT KUMAR DWIVEDI

CGPA : 9.06

ABHISHEK KUMAR JAISWAL
CGPA : 8.92

MASOOM SONI

CGPA : 8.83

Toppers 2020

NAMITA CHAINI

CGPA : 9.65

ABHISHEK TIWARI

CGPA : 9.46

Ayush Kumar

CGPA : 9.15

Toppers 2019

Projects accomplished

1. IOT Based Password Locker

Whenever an intruder wants to open a door, he needs to provide a 4 digit password. If the password goes wrong, then the owner will be notified from anywhere in the world with the help of Internet of things (IOT). This can be done using ESP8266, ARDUINO, IFTTT and Pushover.

2. Remote Sensing of Ambient Characteristics of Solar Panel

Ambient characteristics like temperature, humidity etc.can be measured using DHT11 which can be sent to webhooks using* *Arduino and esp8266. Web hooks can be further connected to google sheets using IOT platforms like IFTTT. This data can be monitored from google sheets from anywhere in the world.

3. Controlling ROBO Vehicle using Google Assistant

In Google Assistant when voice commands are provided, then webhooks is triggered for IFTTT which creates action. This in turn calls Adofruit. IO which further calls Node MCU (ESP8266). These commands are used to run motors and finally to drive ROBO vehicle.

4. Bluetooth and Sensor Based Home Automation Using App Interface.

In the home automation two modes were designed on a single PCB. The first mode was automatic mode where all the devices are controlled automatically with the help of sensors. The second mode is app based where user can switch to manual mechanism and can control the appliances using Bluetooth based app. This home automation system is helpful for elders and handicapped people. In this project the controller like AT89S52 was interfaced with light, temperature and infrared sensor. Infrared sensor is used to provide the exact count of persons present in a room. If the count is found equal to zero then appliances are turned off automatically. Temperature and light sensors automatically adjusts the fan and light requirements if anyone is present in a room. One can easily turn of the automatic mode through app and switch to app based controlling. The app was designed using MIT APP INVENTOR which sends signal to controller using Bluetooth communication. To receive signals from app, Bluetooth device HC-05 was interfaced to controller.

5. Automatic Light Detecting Switch

Study Material

Research and Development

Faculty Publication