B.E. Electronics, Communication & Automation

About B.E. Electronics, Communication & Automation

The Curriculum of Electronics & Communication Engineering is industry focused with implementation of applications and principles aimed to provide the students with the concepts of design of various electronic sub systems and make students confident of taking various research oriented works in their respective fields.

Career Opportunities

Electronics and communication engineers design, develop test, and supervise the manufacture of electronic equipment such as broadcast and communications systems. Many electronics engineers also work in areas closely related to computers. However, engineers whose work is related exclusively to computer hardware are considered computer hardware engineers. Electronics and Communication engineers specialize in areas such as communications, signal processing, and control systems or have a specialty within any one of these areas. The course at KEC aims to help prepare students to play a leading role in the continuing adventure of modern communications—the research, design, building and marketing of the next generation of products.

The following are the major projects done by our students.

• 8-Bit Microprocessor Using VDHL
• Appliance Controller and Home Security via PSTN
• Automation of Greenhouse
• Building Automation Using Smart Card
• Electronic House
• Electronic Voting Machine
• Embedded Ethernet Based Data Monitoring
• Floor Assistant Robot
• GSM Based Control System
• Handy Wireless Communicator
• LED Module Character Display
• Telephone Controlled Remote Switch
• Ultrasonic Range Meter
• Weather Station
• Garage Parking
• End to End Communication
• Home Automation with Security System
• RFID Automated Checkout System
• RFID Based Proximity Security System
• Vending Machine
• SMS through Telephone
• Home Atomization System Using GSM with SMS
• RF Based Sensing and Ranging Device
• Luxurious Home System
• The Transporter
• RC Car with Collision Detection
• Smart Card Based Security and Billing System
• Vehicle Pollution Check and Tracking
• Digital Communication Using Optical Laser
• Ultrasonic Radar
• Microcontroller Based Solar Tracking System
• DTMF based Appliances Control System
• Vehicle Monitoring Security System using GSM/GPRS and GPS
• RF Remote Controller
• GPS Logger with Wireless Triggers

Technical/Field Study Visit

Duration: 4 years                                                                                                                                                              Intake:30