<student />
Tanercan Bilgin
Electrical & Electronic Engineering student passionate about embedded systems development, where electrons meet algorithms.
<About Me/>
I'm an Electrical & Electronic Engineering student with a passion for embedded systems development. I'm learning to design and implement firmware for microcontrollers, IoT devices, and real-time systems.
By studying both hardware and software, I aim to bridge the gap between physical components and digital logic, creating intelligent systems that solve real-world problems.
My approach combines technical learning with creative problem-solving, as I develop the skills to build efficient, reliable, and innovative embedded solutions.
<Projects/>
Ardupanel
Solar tracking project designed to optimize the efficiency of solar panels by automatically adjusting their angle to follow the sunlight.
KimmichBall
Haxball bot with database integration and Discord control. Enhances HaxBall experience with advanced features and seamless Discord integration.
DIY PCB Project
Flip Flop/Motor Control PCB project. First attempt at PCB design, persevering through challenges to achieve successful results.
Conveyor System
PLC-controlled conveyor system with HMI interface. Used TIA Portal to design ladder logic and implemented animations for intuitive control.
Water Pump System
Automated water pump control system using PLC and HMI interface. Designed ladder logic and created an interactive control panel.
Project Stark
Two-wheeled unmanned ground vehicle with Raspberry Pi Zero 2 W, mecanum wheels, image processing and web-based control interface.
<Skills & Expertise/>
<Experience/>
KUZGUN UAV
Avionic Team Leader and Software Team Member for the "Kuzgun UAV" project, developing an unmanned aerial vehicle with autonomous takeoff, landing, and flight capabilities, as well as object detection and tracking features.
- Selected and integrated avionics components for optimal performance
- Performed wiring, soldering, and designed electrical schematics
- Contributed to writing the official competition documentation
- Led the avionics team through development and testing phases
Project Stark
Developed a two-wheeled unmanned ground vehicle running on Raspberry Pi Zero 2 W, capable of strafing with mecanum wheels, image processing and web-based control interface.
- Implemented mecanum wheel control system for enhanced mobility
- Developed web-based control interface for remote operation
- Integrated image processing capabilities for environment recognition
- Optimized performance on resource-constrained Raspberry Pi Zero 2 W