Tehnical Hobbie

Automotive Passion and Projects

I’ve always been passionate about cars and motorcycles — not just driving them, but truly understanding how they work and finding ways to enhance their performance, efficiency, and design.
My curiosity naturally led me to explore the mechanical, electrical, and electronic systems that power vehicles, constantly experimenting and improving my technical skills.

One of my earliest personal projects was the development of a custom cruise control system for a car that originally didn’t have one. I designed, built, and installed it myself, using it successfully for several years before removing it when I sold the vehicle.

Currently, I’m developing a mobile app that assists drivers of manual transmission cars by signaling the ideal moment to shift gears — helping improve driving efficiency and engine performance.
Alongside this, I’m building an LED-based RPM display system with a shift light and performance indicators, combining embedded electronics with real-time vehicle data visualization.

These projects reflect my dedication to innovation, problem-solving, and continuous learning — values I bring to every technical challenge I take on.

My Roller Coaster Simulator Project

One of my most memorable and exciting technical projects was the creation of a roller coaster motion simulator, developed in collaboration with three friends. I was fully responsible for the mechanical and electrical design, as well as the assembly of all electronic components on a custom-built control board — managing the process from initial concept to final testing.

Project Scope and Contributions

I designed, built, and assembled each part of the simulator, covering all major disciplines involved:

• Mechanical Development – 3D design, structural layout, cutting, welding, and full mechanical assembly.

• Electrical System – power distribution design, wiring, and motor integration.

• Electronics – complete design and fabrication of the custom control board, along with the integration of sensors, actuators, and feedback systems.
  

Outcome

After months of development, we successfully completed the final testing phase, achieving realistic motion and precise synchronization that effectively simulated the experience of a real roller coaster ride.

This project was a perfect blend of mechanics, electronics, and automation, reflecting my ability to bring complex ideas to life through engineering creativity and teamwork.

The Joy of Building, Fixing, and Teaching

I’ve always been fascinated by how things work — not just out of curiosity, but from a deep desire to repair, improve, and teach others about them.

Rather than buying pre-built computers, I love assembling my own PCs, choosing every component and learning something new with each build.
When something breaks at home — whether it’s an appliance, a lamp, or an electronic device — my first instinct is to repair it myself, not to replace it. I also take great pleasure in building furniture from solid wood, crafting pieces that last, instead of relying on ready-made alternatives.

What makes these projects truly special is sharing them with my family. My son and daughter are always by my side, learning how to think creatively, analyze problems, and find practical solutions — all with the support of my wife, who’s an essential part of every project.

For me, this isn’t just about fixing things.
It’s about learning, creating, and passing on the joy of building — one project, one lesson, and one shared experience at a time.