Workshop Successfully Completed

TraceBot Workshop 2025

A remarkable journey of innovation, learning, and success that brought together 50+ passionate minds to build the future of robotics.

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Our Success Story

Discover how we transformed curiosity into expertise and built a community of future innovators.

From Vision to Reality

The TraceBot Workshop 2025 began as an ambitious vision to make robotics accessible to every student. What we achieved exceeded all expectations - a transformative experience that turned complete beginners into confident robot builders.

Over two intensive days at Bearys PUC Campus, participants didn't just learn about robotics; they lived it. From understanding Arduino basics to programming complex line-following algorithms, every moment was designed to inspire and educate.

The workshop's success lies not just in the robots built, but in the confidence gained, friendships formed, and passion ignited for technology and innovation.

Workshop participants collaborating
Students working on robots

Building More Than Robots

What made this workshop truly special was the collaborative spirit. Students from diverse backgrounds came together, forming teams that supported each other through challenges and celebrated victories together.

The hands-on approach ensured that theoretical knowledge was immediately applied. From soldering components to debugging code, participants gained practical skills that will serve them throughout their careers.

The final racing competition showcased not just technical achievement, but the joy of creation and the thrill of seeing ideas come to life.

Workshop Journey

Follow the exciting two-day journey from introduction to mastery.

Day 1 - Morning

Grand Opening & Introduction

The workshop began with an inspiring inaugural ceremony, guest talks, and an introduction to the exciting world of robotics and Arduino programming.

Day 1 - Afternoon

Hands-On Learning

Participants dove into Arduino IDE, wrote their first programs, and explored components like motors, sensors, and chassis through interactive sessions.

Day 2 - Morning

Robot Assembly

Teams assembled their TraceBots, connecting components, securing wiring, and bringing their robots to life through careful construction and teamwork.

Day 2 - Afternoon

Programming & Testing

The magic happened as participants programmed line-following logic, tested their robots, debugged issues, and prepared for the final competition.

Day 2 - Evening

Racing Competition & Celebration

The workshop concluded with an exciting racing competition, group photos, certificate distribution, and celebration of everyone's achievements.

Skills Mastered

Comprehensive learning outcomes achieved by all workshop participants.

Programming Skills

  • Arduino IDE setup and configuration
  • Embedded C programming fundamentals
  • Sensor data processing and analysis
  • Motor control algorithms
  • Code debugging and troubleshooting

Hardware Knowledge

  • Arduino Nano microcontroller basics
  • IR sensor working principles
  • Motor driver circuit understanding
  • Power supply and battery management
  • Circuit design and connections

Robotics Concepts

  • Line following algorithm development
  • Sensor-based autonomous navigation
  • Robot kinematics and movement
  • Feedback control system design
  • Real-time decision making logic

Professional Skills

  • Effective team collaboration
  • Systematic problem-solving approach
  • Project planning and management
  • Technical communication skills
  • Competitive mindset and sportsmanship