10/06/2025 updated
100 % available
Real-Time SW/FW/RF & DSP Engineer , IoT, Linux, AI embedded, Yocto
FLEET, United Kingdom
Germany +4
M.Sc T-A Universityinfo: Germany, United Kingdom, France, Belgium, Netherlands
About me
Demonstrates 25+ years C/C++ Real-Time SW/FW, embedded (Linux & RTOS) Device Driver design (Linux,AOSP & RTOSs),Kernel, Contributed to the intellectual property of Watlow for HMI , NHS for IoT with Dockers, BAE for defense systems, Domino IoT for printers, Viavi 5G RF SW equipment, GE Oil & Gas
4G (Telecommunication)AlgorithmsAndroid (Software)Automotive IndustryC++ (Programming Language)CAN BusModemsDebuggingLinuxDevice DriversEmbedded CLinux On Embedded SystemsFreeRTOSIntegrated CircuitsIEC 62304Image ProcessingIntellectual PropertiesISO 26262Python (Programming Language)MATLABMISRA C (C Programming Language)Motor ControlProject Management Life CycleReal-Time Operating SystemsVisual SystemsWireless CommunicationsOil and GasPIC MicrocontrollerInternet of Things (IoT)YoctoProgramming Languages
Demonstrates 25+ years C/C++ Real-Time SW/FW, embedded (Linux & RTOS) experience including multithreading
applications and Device Driver design (Linux,AOSP & RTOSs),Kernel/Device tree modification, algorithms design, code
implementation and optimization, on-board bring up & debugging, and the complete project life cycle expertise.
Contributed to the intellectual property of Watlow for HMI & loggers, NHS for IoT with Dockers, BAE for defence
systems, Alén Space (satellites), Domino IoT for industrial printers, Viavi 5G RF SW equipment, GE Oil & Gas (FW,
DO-178C/B similar to ISO 26262), Toshiba (SSD FW), Semafone (Audio Modem & IoT), Qualcomm (4G/2G Wireless
FW design, RF SW), Apical (SW and FW design, Image Processing), Tessera (EDOF, embedded Linux and ISP
DSP), Sonarics (Automotive, DSP DAB, DMB), Digital Verification (ISP DSP code).
Successfully designed and integrated (CAN bus) RT Multitasking SW (motor control/PID) for military standards (DO-
178C/DO-178B, AS9100D, MIL-STD-1553, MISRA C) infra-red optical systems for Carl Zeiss, medical SW(IEC 62304).
Proficient in programming languages and RTOS, including Embedded C/C++, Python, Yocto build systems, FreeRTOS,
Zephyr and ThreadX, with a strong background in developing and optimizing software for real-time and embedded
applications, DSP C/C++, Matlab, TI C64 Assembler, ARM, Atmel, AVR, Microchip, 8051 & PIC C.
applications and Device Driver design (Linux,AOSP & RTOSs),Kernel/Device tree modification, algorithms design, code
implementation and optimization, on-board bring up & debugging, and the complete project life cycle expertise.
Contributed to the intellectual property of Watlow for HMI & loggers, NHS for IoT with Dockers, BAE for defence
systems, Alén Space (satellites), Domino IoT for industrial printers, Viavi 5G RF SW equipment, GE Oil & Gas (FW,
DO-178C/B similar to ISO 26262), Toshiba (SSD FW), Semafone (Audio Modem & IoT), Qualcomm (4G/2G Wireless
FW design, RF SW), Apical (SW and FW design, Image Processing), Tessera (EDOF, embedded Linux and ISP
DSP), Sonarics (Automotive, DSP DAB, DMB), Digital Verification (ISP DSP code).
Successfully designed and integrated (CAN bus) RT Multitasking SW (motor control/PID) for military standards (DO-
178C/DO-178B, AS9100D, MIL-STD-1553, MISRA C) infra-red optical systems for Carl Zeiss, medical SW(IEC 62304).
Proficient in programming languages and RTOS, including Embedded C/C++, Python, Yocto build systems, FreeRTOS,
Zephyr and ThreadX, with a strong background in developing and optimizing software for real-time and embedded
applications, DSP C/C++, Matlab, TI C64 Assembler, ARM, Atmel, AVR, Microchip, 8051 & PIC C.
Languages
EnglishNative speakerRussianNative speaker
Project history
Linux/FreeRTOS IoT MQTT (Sara modem) on
STM32(low power). UAV PX4 on Cube Orange Plus integration of uORB framework (drivers development) with Maxon
EPOS4 motor controller(CAN proprietary), IMU Pulse-40 (SBG) & LR-D1 Radar Altimeter (Ainstain) drivers for uORB.
RF MATLAB simulations,Injection & Observation SDR RF interference signals to Cube Orange ADS-B receiver. Yocto
build for STM32MP15 companion with PX4/ROS2/MAVLink, ROS 2 digital-twin/HIL sims, dynamic way pointing via
ROS + MAVLink with QGIS workflows for mission planning(geospatial). NHS medical IoT devices (RTOS on Cortex-M)
and V&V (IEC 62304). AI on RPI 5 with AI HAT+/MilkV Duo 256M/Nvidia Jetson(FW&CUDA,Llama,PyTorch/Tensor
Flow) Llama with quantization, RAG optimization, TensorRT-optimized LLMs, FAISS with Quantization, Pipeline
Parallelism, DLA Offloading, ESP32 (Zephyr) & STM32 (ThreadX), HIL BMS for IoT device nRF54xx(Zephyr)