My Journey with Electronics
From a young age, I had a great love for electronics. However, my engagement with electronics was limited. During my school days, I had the opportunity to play with electronic learning kits, which was a fascinating and rewarding experience.
Learning to make circuits and create gadgets are skills that can be incredibly useful in many ways.
Looking at the analog radio circuits, the intricate designs of the tiny circuit boards puzzled me. My first experience with electronics began at the age of 9 when I received an electronic lab kit as a gift from my uncle George in Canada. I am grateful for such thoughtful and valuable presents. I always wonder how these circuits work. It’s surprising that these types of lab kits aren’t as popular or easy to find online today, unlike microcontrollers like Arduino and ESP32. Understanding electronics and creating control systems are skills highly sought after worldwide. If you’re a parent looking to nurture your child’s interest in technology, starting with basic electronics is always a good idea.
If your interested to know which board I mention check this link below.
At my computer institute, I introduced a few courses on electronics, especially using the Arduino board. Notably, there was an event I organized with my electronics tutor, who is also my office mate and a good friend. The tutor created a quadcopter together with the students. At that time, quadcopters were not as popular as they are now.
This was a presentation done by students from CCIT.
Listen to him!
Learning electronics as a recreational activity can be incredibly rewarding if approached with a problem-solving mindset. Here’s how you can enhance the experience:
- Identify a Problem: Start by observing everyday challenges. It could be something as simple as a device to remind you to water your plants or a more complex home automation system.
- Conceptualize a Solution: Once you identify a problem, brainstorm potential solutions. Sketch out your ideas and think about the components you might need.
- Learn and Build:
- Research: Gather information on the necessary electronic components and how they work.
- Experiment: Begin with small projects to understand the basics. Use platforms like Arduino or Raspberry Pi for hands-on learning.
- Prototype: Create a basic version of your gadget. Test and refine it based on performance.
- Iterate and Improve: Continuously test your device, gather feedback, and make improvements. This iterative process will enhance your learning and the functionality of your gadget.
- Share and Collaborate: Join online forums or local maker communities to share your projects and get feedback. Collaboration can lead to new ideas and improvements.
By focusing on creating practical solutions, learning electronics becomes not only more valuable but also more engaging and impactful.
Discover the Joy in Learning! 