arinc 429 , Rtos, Uart, Spi, HIL Testing, Embedded Software Development, Can, Git, I2c, Matlab Simulink, ARINC 664, Data Processing, Flight controllers, Autopilot systems, DO-178C, Sensor integration, UAV firmware

Scripting, Socket Programming, UNIX development, Networking, Windows Device Drivers, Device Drivers, Audio Codecs, Protocol Development, Rest API Development, Debuggers, Microcontrollers, Logic analysers, USB protocols, Embedded Linux Kernel, Embedded debugging, Protocol analysers, Protocol stack concepts, Embedded SDK kits, 32bit processors

ARM Cortex-M architecture, Interrupt design, CMSIS-level development, Real-time dataflow synchronization, Memory coherency, Hardware register programming, Low-level MCU architecture, Embedded firmware design, Robotics systems, Memory hierarchy, DMA pipelines, Real-time control loops, STM32 ARM-cortexM7 series, Dynamic event-driven frameworks, Cache optimization techniques, RTOS Internals, Sensor data processing

Rtos Concepts, Embedded Linux, Device Drivers, Embedded Systems, Kernel user-space interaction, Bare Metal firmware development

profinet , Github, Embedded C, C, Uart, Bitbucket, Spi, Hdl, Verilog, Agile, Rs232, Scrum, Python, Real-time operating systems, Modbus, Socket-based communication, VHDL, Xp, Rs485

Linux Development, C, Restful Api, Python, OpenBMC, Software systems testing methodology, Designing software systems, Go, Debugging and testing scripts and tools

arinc 429 , Spi, C, Uart, Rtos, I2c, Embedded Software Development, HIL Testing, Git, Can, Embedded debugging tools, DO-178C compliance, ARINC 664, Sensor integration, Autopilot systems, Data Processing, Flight controllers, UAV firmware

Rtos, Embedded C, Distributed Systems, Agile Software Development, VxWorks, Scrum, Embedded Software Development, Software Analysis Tools, RTLinux, Communication Protocols, Industrial IoT

C, Networking Protocols, L2, L3, Debugging, AI-assisted development practices, Linux systems