Applications are invited from eligible candidates for the following courses: Aircraft Maintenance Engineering, Commercial Pilot License, Bachelor of Engineering, Science and Management, B.Ed., Schools : For further details contact: BHOPAL: 09770192204, Mumbai: 09594989936, Pune: 09373054690, Bangaluru: 08880254446, Cochin:  07592959000 , Bhubneshwar: 07077725897, Guna:  09630020025, Patna: 09589251303, Guwahati: 08422927771, Lucknow:9893591316, Gurugram:09630093680 
Sha-Shib College of Technology (0532), Bhopal
An ISO 9001:2008 Certified Engineering College.

APPROVED BY A.I.C.T.E GOVT. OF INDIA FOR ENGINEERING COURSES & AFFILIATED TO RAJEEV GANDHI TECHNICAL UNIVERSITY (RGTU) M.P. GOVT. BHOPAL.

APPROVED BRANCHES : - COMPUTER SCIENCE & ENGINEERING , ELECTRONICS & COMMUNICATION ENGINEERING , MECHANICAL ENGINEERING,CIVIL ENGINEERING


ADDRESS- PARVALIA SADAK, NEAR PARVALIA THANA, NH-12 BHOPAL JAIPUR ROAD,
BHOPAL MADHYA PRADESH 462036

For Admissions contact: :7024240461, 7024240462, 7024240468, 7024240475,7024268688

 
Department of Electronics and Communication Engineering

ELECTRONICS AND COMMUNICATION ENGINEERING

The department of Electronics and Communication Engineering chip away at the mission of "granting quality training" and on the essential guideline of making innovative brilliance capacity in the understudies and to instill proficient, social and moral esteems.

The department of EC is a standout amongst the most progressive departments in the institution. The accomplished staff brings best in class research, improvement, and configuration encounter into the classroom, guaranteeing that the understudies can apply for enrollment as expert architects in all piece of worldwide building and mainstream researchers.

The Department has condition of craftsmanship research facilities including Communication Lab. Antenna and microwave Lab, VLSl Lab, Microelectronics Lab, Basic electrical designing Lab outfitted with equipment and programming meeting the most recent educational modules.

PROJECT 1:

Remote GSM Based Massaging System


Abstract : It's a remote messaging system which may use to deliver messages on GSM module then it's   display on display board so it may use in home and offices to make people aware about any information.

Submitted By: Aditi Mandloi, Vivek Kumar,priyanka sahu ,ankita chhapariya

 

PROJECT 2:

Remote Home Automation System


Abstract : home automation system for remotely switch off and on of lights and electric equipments if any how if u forget turn off lights then by remotely you able to switch off lights.

Submitted By: piyush sharma,pooja negi,rose alien bara

 

PROJECT 3:

Automatic Street Light


Abstract : in this project student develop a street light system which turn on and off by amount of light which may fallen on LDR which is light dependent register so by amount of light present in surrounding the street light system turn on and off so street light is functioning automatically

Submitted By: Archana upadhayay,pardeep pathak

 

PROJECT 4:

Voice Control Car


Abstract :I t's a voice control car which may move on according to the commands which provide by audio signals so car move according to it

Submitted By: Sheebli sultan,vivek kumar,shweta

 

PROJECT 5:


Ultrasonic Range Finder

Abstract :

Ultrasonic Range finder is a valuable sensor when long range, high accuracy and ease of implementation is required. The sensor can be used to measure the distance of any obstacle within a range of 3cm to 400cm (4m) with an accuracy of 1cm. The module has all the electronics and the transducers built on a very dense PCB. The electronics handles everything from 40 KHz generation, transducer driving, input amplification and processing. Finally a high pulse, whose width is equal to the time required for the sound waves to reach the obstacle and come back, is sent on the output pin. The module is driven by just one I/O line. The same act as input and output both. First it is input (from the module side), so the MCU can issue a small high pulse. This will trigger the module and the line will become output and the pulse will be sent on it. To read the pulse the MCU must change the I/O line to input and receive the output.