PROJECT LAB

The project laboratory is pivotal in enhancing practical skills for future employment of engineering students and facilitates immersive life-long learning. It is the place where students can enhance their educational expertise. As per the ongoing tradition of this department, the students are always encouraged to gain hands-on expertise in various fields of Electronics and Communication Engineering. As per the guidelines of BoS members, AICTE curriculum and NEP 2020 guidelines, the Department has introduced hands-on projects during the last 4 semesters (5th to 8th). In the 5th semester, students utilize the knowledge they gained from the previous 4 semesters to develop discrete component-based devices like power supply units, communication transmitters and receivers, etc., and are evaluated on a performance basis for Mini Project Lab 1.As the students gain expertise with discrete components, they are introduced to more advanced kits and IC-based projects involving various departmental labs, including the newly introduced IoT and Robotics lab. The students are evaluated based on their performance for Mini Project-2 in the 6th semester. Several training programs, internship programs, and invited talks are carried out to meet the advanced industrial requirements in the contemporary scenario.

Name of Important Equipments

1. Universal Trainer 4 Nos
2. Function Generator 5 Nos
3. DSO-5 Nos
4. Power Supply 2 Nos
5. Multimeter-15 Nos
6. PC-2 Nos
7. Digital Soldering Station 5 Nos
8. SMD Rework Station-2 Nos
9. Grinder-1 Nos
10. Smoke Absorber-1 Nos
11. Magnifier LED Stand Light-5 Nos
12. Arduino-Uno and Nano

List of Experiments

List of Experiments for Design Lab -1 (Mini Project-1) (EC-594)

1. Regulated Power supply Design
2. Design of Audio Amplifier
3. Design of AM Transmitter/Receiver
4. Design of a discrete component-based prototype model

List of Experiments for Design Lab -2 (Mini Project-2) (EC-692)

1. Design of logic-based electronics circuit using IC's
2. Understand the fundamentals of PCB design and fabrication
3. Design of prototype model using Microcontroller
4. Design of prototype model using IoT and Cloud Environment

Safety Measures

Fire Safety

• In case of fire, use the nearest available fire extinguisher.

Soldering Precautions

• Apply HEAT from a soldering pencil for no more than a couple of seconds to AVOID HEAT DAMAGE.
• When soldering a multi-pin component, avoid excessive heating to one area of the component. DO NOT go from pin to pin in a straight line.
• KEEP soldering irons in their protective STAND when not in use. DO NOT TOUCH the tip end of a soldering iron to check for heat.

Other Precautions

• Different types of chemicals are hazardous and harmful. So wear surgical gloves and cover your body with an apron.
• Main power switch must be off whenever any project is completed.
• Do not handle any equipment without proper knowledge; take help from concerned faculty or technical staff.