STEM Community is a program by Stablu FabLab that introduces and teaches STEM projects to students across various institutions. The program is designed to help students understand the fundamentals of electronics, science, and engineering. It also builds teamwork and critical thinking skills to solve everyday problems, with the ultimate goal of inspiring students to love the STEM field.
What is STEM?
STEM stands for Science, Technology, Engineering, and Mathematics. However, at Stablu FabLab, we view and practically apply STEM as more than just these four subjects. Rather, it is a "way of thinking" focused on logical reasoning, critical thinking, and practical problem-solving. It empowers students to learn how to create, repair, and innovate with their own hands.
What is the project?
The "Smart Auto Parking System" is a project aimed at introducing students to real-world automation. By building a small-scale smart parking model, students can clearly see how technology helps support and improve the "Smart City" infrastructure around them.
What activities did we do?
Hands-on learning is a crucial element that helps students connect with the real world, making it much easier for them to understand and grasp concepts quickly, especially when directly applying what they have learned. What we noticed and were delighted by was the active participation of the students, driven by their curiosity and eagerness to learn. The activities included:
- Basic Electronics: Learning the fundamentals of electricity and how to safely connect circuits and various sensors.
- Coding: Writing code to control the Microcontroller, enabling the gate system and sensors to operate.
- Prototyping: Utilizing teamwork and creativity to design and construct the parking lot structure out of cardboard or wood.
- Innovation Challenges: We organized team competitions that required students to troubleshoot coding issues and add new features to their original projects.
Next steps for students
At the end of the program, the students formed groups, learned how to work as a team, and built upon the concepts taught by Stablu FabLab. They created new projects with capabilities that went above and beyond what we had initially taught them. They then delivered presentations to compete and determine the best-performing team as the winner.
The winners receive prizes and earn the opportunity to take the project they learned and teach it to other students. This peer-to-peer teaching initiative is organized by Anjali House and continues to be supported by Stablu FabLab through the STEM Community program.
This is a truly remarkable achievement: Stablu FabLab imparted knowledge to the students, and now they have the ability to take what they've learned to share and teach it to successive generations of students.
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