SOCIAL IMPACT

Creating Positive Change Through Technology & Community Service

Inspiring Young Minds – Bhumi NGO Orphanage Workshop

Organized in collaboration with Bhumi NGO, this workshop introduced Students from grades 4 to 6 at local orphanages to the basics of electricity and electronics through hands-on projects. With guidance, they built a DIY motor using magnets, copper wire, and batteries, and assembled a robotic car. They were also shown a robot developed by the MIT Tech Team, sparking fascination and interest in electronics and robotics.

Divided into two batches of 3 hours each, the workshop engaged ~100 students who stepped out of their comfort zones, interacted, solved curiosity-driven challenges, and expressed interest in pursuing electronics and robotics in the future.

100+
Students
3
Orphanage Covered
100%
Participation
Main Image
Shaping Young Minds

PCB Design Mastery with Eagle – Hands-on Workshop

A 2-day hands-on workshop introduced first and second-year students to PCB design using Eagle CAD software. The process of PCB fabrication was explained, and basic electronic components such as op-amps, motor drivers (L293D), and logic gates were revised before moving into footprint creation, library management, schematic design, layout design, and design rules.

Students built projects under guidance:

  • Summing amplifier – designed together
  • Motor driver circuit – designed and tested with support
  • 4-motor driver project – designed independently with mentoring
  • All participants completed the projects successfully, gaining a solid understanding of PCB design and practical implementation. The initiative also raised ₹35,000 for the MIT Tech Team, and students received official certificates.

    50+
    Students Trained
    100%
    Project Completion
    18Hr+
    Duration
    Sneak peak into PCB Workshop

    From Concept to Circuit – Departmental PCB Designing & Fabrication Workshop

    A 2-day workshop under the Department of Electrical & Electronics Engineering introduced FY Integrated and second-year electronics students to PCB design and fabrication. Students were first taught to design PCBs digitally, then guided in turning their designs into functional PCBs through a complete hands-on process:

  • Imprinting designs on copper clad using photo paper
  • Etching with ferric chloride
  • Drilling and soldering components
  • Testing the final averaging amplifier circuit
  • Over 200 students, divided into 4 batches of 50, successfully applied design and fabrication skills, preparing them for future internships and practical electronics work. Received a Letter of Appreciation from the Department of EEE for conducting the workshop and helping peers.

    200+
    Student Attendance
    18Hr
    Duration
    2
    Letter of Appreciation
    Main Image
    PCB Designing & Fabrication Workshop