I work on cross-platform cyber security product software using .NET Core, C#, Windows Native API, MSSQL, JSON, Web service, SQLite and many other technologies.

I worked on STM32-based embedded systems. I developed Web-based applications using ASP.NET MVC, MSSQL, Entity Framework and layered architecture. I developed smartwatch and wristband software using ESP32-based embedded systems and C++. I gave UAV simulation training in a Linux environment with Gazebo and ROS; autonomous UAV control training with Python; and UAV communication technologies (TCP, UDP, HTTP, MAVLINK) training. I developed control and communication software with C# and Python for Turkey's first 5G-based, GPS-free UAV.

I am teaching powerful programming languages like C++ to the youngest generation in their simplest form, such as middle school students.

I educated python training to high school students in Robotics Coding Lesson.

I worked on embedded system software for UAV systems. I coded the driver in C language. I used I2C and UART communication protocols.

I took part in managing technology competition teams such as Teknofest. I also served as a software consultant for these teams. I supported teams in their C#, Python and OOP learning processes.

I developed desktop software using layered architecture using C# and .NET Framework WinForm. I automated desktop processes using Autoit3.

I developed object detection software using Python and OpenCV. I coded an autonomous drone task unit using Python, UART, multi-threading, and MAVLINK. I developed desktop ground control software for Combat UAVs using multi-threading and layered architecture with C# and .NET Framework Winform infrastructure.

I worked as a C, C++ and C# software developer in the UCAV and Server and Ground Station Communication sections that we prepared within the scope of the Teknofest 2019 Fighting UAV competition. I coded the communication unit and Ground Control Station software in C# using HTTP API, JSON and MAVLINK.