Teknofest 2022 TÜBİTAK Open-Mission UAV finalist: a hexacopter that runs the entire mission — from takeoff to strike — autonomously. I coded its "brain", the main management unit.

My first UAV project (Teknofest 2019). I owned the server and inter-unit communication software; we placed 8th in Turkey, 3rd in Marmara and 1st in Bursa.

A rotary-wing UAV carrying a water tank and flying autonomous routes, built for the fire-extinguishing theme of the Teknofest 2020 TÜBİTAK UAV competition.

Teknofest 2022 Swarm Robotics finalist. As software team lead, I built the swarm control algorithm coordinating nano-drones over ROS.

One of Turkey's first private-5G UAVs able to operate in GPS-denied (indoor/factory) environments. We built one drone in 15 days; I owned the system architecture and the control/communication software.

An experimental UAV you command in plain (natural) language; a language model (Gemma 3) interprets the commands and turns them into autonomous flight.

A precision-landing system that uses AI to detect a helipad "H" marking and lands the drone exactly on its centre — continuously re-centring during descent so wind/drift cannot throw it off. My first serious international freelance job.

Professional C# ground control software that runs all combat-UAV missions from a single window and communicates latency-free with flight controllers over MAVLink.

An open-source, assemble-disassemble training-drone product built at Mayfly. I worked on software and product development, and trained the instructors myself.

A solar-assisted, fully autonomous wired charging station that talks MAVLink. It was Mayfly's KOSGEB advanced-technology project; I designed the system architecture and wrote all the embedded firmware single-handedly.

A rig where a drone's controller software and thrust system can be tested safely on the ground, without flying.

My first industrial project, run solo from hardware to design to software. Built at Mayfly for Bursa Ekol College — an ESP32 + C++ wristband measuring distance to cm precision.

A multi-component software-distribution platform combining an admin panel, a customer panel, a desktop manager, an online software market and an unattended installer.

A multi-tenant enneagram testing platform I built single-handedly: answer ~81 questions and it auto-generates a 30+ page personality report in the background. Sold to institutions via licenses and still live on bitatesti.com.

A SOLID-principled desktop app I built for Bursa Technical University's SKS unit to manage events and produce statistics.

A fully offline, privacy-first, open-source and ad-free Muslim prayer assistant. Published on the Play Store and actively developed.

An access-security tool that ties logging in and using the computer to your own USB security disk; without the correct disk the keyboard/mouse lock and the system becomes unusable.

My first corporate C# project, self-taught before I even started university. A CRUD application built on demand for a company, with a plugin architecture.

A comprehensive sales and stock-tracking program I built for Otoeko on a job offer in my first university year — running file-based, with no database engine at all.

A wireless object-tracking system I designed and built single-handedly as a first-year student — as a senior's graduation project. This is where I made my first XBee link.

My first robotics team project, in the MATRO community during my university prep year, where I owned the embedded-systems coding.

A cigarette and smoke detector I built within BTU Young TEMA R&D that measures the gas/smoke ppm in the environment and reports it to a computer.

An open-source MCP server that reads an ArduPilot flight controller's ".bin" black-box log and explains in plain language why a drone crashed or flew badly — grounded in a deterministic check engine, not AI guesswork.