Parth's Early Build Journey
From football and YouTube to robotics, Arduino, drones, and working hardware projects — this is the period where curiosity became a habit of building.
Where the Journey Started
Football was one of Parth's early interests, but a knee problem stopped him from continuing the way he wanted. As friends kept playing and going for tournaments, he spent more time away from the playground. That created space for something else to grow.
YouTube became more than entertainment. Watching videos about gadgets, robotics, and electronics sparked a different kind of curiosity — how things work, how they are controlled, and whether he could build something himself.
One video about sharpening a pencil with a motor sparked an early interest in practical electronics. When finding materials was not always easy, the next step became clear: learn the basics properly and start building from there.
First Structured Exposure
Parth joined robotics classes in Pune and completed all three levels of LEGO Advanced Robotics. That stage gave him a structured foundation in electronics basics, C++ coding, assembling, movement logic, control, and troubleshooting.
More importantly, it changed the way he approached learning. Instead of only being curious about gadgets, he started learning how systems are put together, how components interact, and how to test an idea step by step.
This phase also gave him the confidence to move beyond guided classwork and start learning independently at home.
Code + Components + Real-world Systems
Early Output
Between roughly the ages of 12 and 14, Parth built or documented nearly 35 early projects across robotics, drones, Arduino, IoT, Bluetooth, GSM, Alexa, sensors, lighting, home automation, Python, and simple web experiments. A few smaller experiments were left out, so the actual number was slightly higher.
Some projects were guided, some were learning exercises, and many later ones were self-driven home builds. What matters is the pattern: he kept building, testing, documenting, and moving from one idea to the next over a relatively short period.
This consistency matters more than any one individual project. It shows sustained curiosity, working discipline, and a genuine habit of turning ideas into prototypes.
Selected Early Work
Hands-on early projects, experiments, and automation builds that show how ideas were turned into working prototypes.
An early robotics learning project where Parth built and tested a simple obstacle-responding robot car during his Level 1 LEGO robotics course at around age 12.
View project
An early guided robotics project where Parth learned drone assembly, programming/configuration, and flight testing at the age of 13.
View project
An early IoT home automation project where Parth used NodeMCU, Blynk, Arduino IDE, and a 4-channel relay board to control home devices over Wi-Fi from a mobile app.
View project
Other early experiment areas
Problem-Solving Method
When stuck, the process was simple: observe the issue, test one part at a time, search for possible fixes, adjust the build or code, and try again.
Learning loop
Parth's strength is not that he always knew everything in advance. It is that he kept learning by building, debugging, retrying, and figuring things out.
Documenting the Work
Many of the early projects were not only built and tested — they were also recorded, explained, edited, and published by Parth himself. Across several videos, he handled video shooting, basic scripting, on-screen text, editing, music selection, and simple visual effects using tools like Filmora.
That matters because it shows a second skill developing in parallel: the ability to explain technical work clearly. He was not just assembling electronics at home; he was also learning how to communicate what the project does, how it works, and why it matters.
This documentation habit helped turn small experiments into visible proof of learning.
Early Public Visibility
As the project archive grew, some of Parth's early work also began receiving outside visibility. This was not the goal at the time, but it became a useful sign that his experiments were being seen beyond home and class environments.
On 9 December 2018, Parth presented "An Accidental Coder at the Age of 11" at Nelkinda Tech Kids Meetup. The talk covered Python, programming, IoT, robotics, Arduino, drones, electronics, and early automation work.
An Accidental Coder at the Age of 11
Passionate Young Coder
At Global Day of Coderetreat 2018, Parth participated with experienced software professionals and was unanimously selected for felicitation for his logic, coding approach, and problem-solving ability.
Recognition at Global Day of Coderetreat 2018
Early Journey Timeline
Football interest
Time away from the playground
YouTube discovery
Interest in motors and electronics
Robotics classes in Pune
LEGO robotics foundation
Independent home learning
Drone learning and hardware experimentation
Arduino, IoT, automation, and public project documentation
Builder habit forms: from curiosity to repeated hands-on projects.
From Early Builds to Current Systems
The pattern that started early stayed the same: curiosity, testing, debugging, persistence, and learning by doing. Current projects now apply that same approach to software systems, automation, data, AI, and business workflows.
