I have worked on both virtual reality (VR) and augmented reality (AR) projects, utilizing libraries such as ImGui, OpenGL, OpenAL, FFmpeg, and OpenCV. Additionally, I have developed my own libraries and created drivers for both Linux and Windows UWP.

I developed safety-critical hardware abstraction libraries for an MCU in compliance with IEC 61508 and MISRA-C 2012 standards. I managed these libraries using Git and GitHub for version control. Throughout the project, I utilized tools such as Miro, Asana, and AstahUML. I worked with various IDEs and MCUs and created my own message frame. By employing a drag-and-drop technique, I interpreted messages related to data flows sent from the PC to the MCU and executed the appropriate commands.

I worked on a newly produced L6e class vehicle, developing software from scratch for various sub-components including Bidirectional DC-DC Converter, BLDC Motor Driver, Power Steering (EPS) ECU, VCU, Signal System ECU, Fuse & Relay Driver, Brake Pressure & Speed ECU, Gas Pedal ECU, and BMS Master/Slave. I managed the project using Git and GitHub for version control, and Jira, OSF, and To Do for project tracking. Throughout the project, I worked with various AEC-Q100 qualified MCUs and IDEs… Show more I worked on a newly produced L6e class vehicle, developing software from scratch for various sub-components including Bidirectional DC-DC Converter, BLDC Motor Driver, Power Steering (EPS) ECU, VCU, Signal System ECU, Fuse & Relay Driver, Brake Pressure & Speed ECU, Gas Pedal ECU, and BMS Master/Slave. I managed the project using Git and GitHub for version control, and Jira, OSF, and To Do for project tracking. Throughout the project, I worked with various AEC-Q100 qualified MCUs and IDEs, ensuring all ECUs communicated via CANBUS. I collected information from the ECUs in the VCU, broadcasted it on the touch HMI screen, and displayed diagnostic messages.At the same time, I was involved in a smart beehive project, where an MQTT stack was used. The hive's microphone transmitted temperature and humidity data to the cloud. Show less

ASK amplitude modulation of 433MHz worked on RF systems. Worked on EV1527 OTP Encoder HCS300 KEELOQ Code Hopping Encoders. He decoded the control signals and designed a hardware suitable for this signal (from the Hiland R5103 model, which can decode both rolling and fixed code). It used an external EEPROM to keep the controller IDs permanent.