1. Overview
Dates:
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Session 1: October 8, 2025
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Session 2: October 14, 2025
Duration: 2 hours each.
Location: ENIT
Organized by: IEEE RAS-SEN ENIT SB Joint Chapter in collaboration with IEEE ENIT SB SIGHT Group.
Occasion: IEEE DAY CELEBRATION.
2. Objectives
The goals of this two-session Robotics Bootcamp were to:
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Introduce participants to the fundamentals of robotics and mechatronic systems.
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Provide hands-on experience in robot design, mechanical conception, and control systems.
3. Summary of Activities
Session 1: How to Build Your Robot: (October 8, 2025)
This first workshop offered an inspiring introduction to robotics. Participants began by exploring the core concepts of robotics, understanding what defines a robot, its main components, and the relationship between mechanics, electronics, and programming.
The session then moved into a practical segment focusing on mechanical design using SolidWorks. Attendees learned how to conceptualize and model a basic robot structure, taking into account key principles such as balance, movement, and component placement.
Session 2: Arduino for Robotics: (October 14, 2025)
The second session of the bootcamp introduced participants to Arduino programming and hardware integration, marking the next step in the journey from design to functional robotics.
Students learned the fundamentals of Arduino architecture, explored key components such as sensors, motors, and actuators, and discovered how to connect and control them effectively. The session covered basic coding in the Arduino IDE, enabling participants to write, upload, and test their first robot control programs.
4. Attendance
Number of Participants: 25 participants for session 1 and 21 participants for session 2.
The bootcamp gathered students from various engineering backgrounds who shared a common passion for innovation, technology, and robotics.
5. Outcomes, Feedback & Conclusion
Skills and Knowledge Gained:
Conclusion:
The two-session Robotics Bootcamp was a resounding success, offering participants a complete introduction to the robot creation process, from conception to control.
Session1:



Session2:


