and clearly define technology and operational risks. Helping functions document business continuity plans aligned with RTOs

development using C/C++. Experience working with embedded Linux, RTOS or bare-metal systems. A background in developing

, functions, processes, assets, and controls they support, including impact tolerances, RTOs, and RPOs. Subcontracting and nth

leadership activities. Desirable: RTOS or bare-metal firmware experience. Knowledge of satellite communications, RF systems

design, device driver development, and Real-Time Operating System (RTOS)/embedded OS environment. Experience in low-level

Signal Processing (DSP) Embedded systems development (MCUs, RTOS or Embedded Linux) C/C++ software development FPGA

Processing, including filtering, FFTs and real-time signal analysis. Embedded systems development using microcontrollers, RTOS

metal, RTOS, and Linux A solid appreciation of software engineering best practice, including version control, and manual... are on offer to the successful candidate. Keywords: C, C++, Qt, Python, Embedded, RTOS, Bare Metal, Linux, Medical Device Development

. Must have recent experience in: o Developing embedded systems or products. o Using an RTOS ( Azure: ThreadX, FileX, USBX

Languages: C for SAM 4S / SAM D20, Java, Javascript / React Operating Systems / Frameworks: Torizon, PyQt 6, RTOS Development

build systems. Linux kernel architecture, device drivers, bootloaders, systemd and Linux services. Other RTOS environments

with STM32 family Bare-metal development RTOS development (Zephyr, FreeRTOS) Embedded linux expertise Communications

or another RTOS. C#/.NET and Windows application development. Git or SVN. Jira and Confluence. Unit testing and static code

experience. Proficiency with C/C++ for embedded systems, with experience of RTOS environments such as Zephyr or FreeRTOS

for both embedded and application-level software, including connectivity Awareness of Real-Time Operating System (RTOS) concepts (task

-Time Operating System (RTOS) concepts (task scheduling, interrupts, concurrency) and Board Support Package (BSP

embedded Linux distros Experience with embedded networking and network products is advantageous Understanding of RTOS, bare

certifications Operating systems and platforms (Windows IoT, Linux, RTOS, Hypervisors) Solid understanding of automation and edge

as interfaces (SPI, UART, CAN, USB) Proficiency developing for bare metal and embedded devices (e.g. STM32, ARM Cortex-M0, RTOS

and certification requirements, including MC/DC testing Understanding of RTOS concepts and embedded modular platforms Familiarity