Python + Iot Workshop

I hosted and managed an engaging full-day Python + IoT workshop at Amrita Bengaluru, which successfully attracted over 100 students eager to explore programming fundamentals and real-world IoT applications. The workshop was structured to provide a comprehensive learning experience, starting with an introduction to Python programming led by Hisana Nissar. During this session, participants were introduced to core programming concepts such as variables, conditions, loops, functions, and object-oriented design, setting a solid foundation for their coding journey. The emphasis was on logical problem-solving and practical coding skills that could be immediately applied in various domains.

Following the Python basics, Mitran Gokulnath took the stage to introduce participants to the exciting world of IoT. The session focused on working with ESP32 microcontrollers, ultrasonic sensors, and servo motors, guiding students through hands-on activities that ranged from simple tasks like blinking an LED to building advanced projects such as a fully operational radar system. This segment aimed to foster understanding of integrating hardware components, sensor data collection, and control systems, bridging the gap between software and physical devices.

Throughout the 5-hour session, students worked in groups and individually, gaining confidence in both software and hardware aspects of IoT. The practical approach ensured that learners could see tangible results of their efforts, which boosted their enthusiasm and curiosity to explore further. The workshop successfully demonstrated how programming and embedded systems can be combined to solve real-world problems, inspiring many students to pursue further projects in this rapidly growing field.

Adding a significant milestone to the day, we unveiled our club’s new website—co-created by my teammates and me using modern technologies like HTML, CSS, TypeScript, JavaScript, and ReactJS. The website serves as a central hub to showcase our club’s ongoing initiatives, events, resources, and achievements. It marks a major step in enhancing our digital presence, enabling us to better connect with our community and promote future activities.

This entire workshop was more than just a technical training; it was an immersive learning experience that emphasized project-based learning, teamwork, and innovation. It inspired students to develop confidence in coding and IoT hardware integration, empowering them with skills for their academic and professional futures. The success of the event encouraged us to plan more such hands-on sessions to continue nurturing technological curiosity and practical expertise among students.