Embedded Software Engineer - On the Job Training

Qualifications and Experience:  

• Fresh Graduates

• Bachelor’s degree in Computer engineering, Electrical Engineering, Electronics Engineering, or a related field

• Strong academic background in embedded systems and microcontroller-based development

• Knowledge of C/C++ programming gained through coursework, academic projects, or hands-on training

• Basic knowledge of Python scripting is an advantage

• Familiarity with RTOS concepts, embedded peripherals, and low-level hardware interaction is a plus

• Exposure to wireless communication technologies (e.g., BLE) is an advantage

• Familiarity with embedded development tools, debuggers, or laboratory equipment is preferred

• Fresh graduates are encouraged to apply

• Relevant academic projects, internships, or training programs will be considered a strong plus

Technical Skills:

• Strong foundations in embedded systems and computer engineering

• Proficiency in low level languages (C/C++) and scripting languages such as Python

• Understanding of microcontrollers, memory, interrupts, and timers

• Familiarity with RTOS concepts and scheduling (FreeRTOS or similar is a plus)

• Knowledge of hardware interfaces: GPIO, ADC, SPI, I²C, UART, USB

• Basic understanding of BLE or wireless communication is a plus

• Familiarity with debugging tools (JTAG, SWD, logic analyzer)

• Knowledge and hands-on experience of microcontrollers families such Nordic nRF, STM, ESP, or similar

Soft Skills:

• Strong learning mindset with willingness to seek guidance

• Analytical problem-solving abilities

• Clear communication and ability to work in cross-functional teams

• Attention to detail and quality

• Passion for building reliable embedded systems

Language Requirements

• English (fluent written and verbal) – Mandatory
• Arabic (fluent written and verbal) – Mandatory

The Embedded Software Engineer (Fresh Graduate) supports the development, testing, and integration of embedded software and firmware for wearable medical and wellness devices. The role focuses on implementing reliable, efficient, and real-time embedded code under the guidance of senior engineers.

This position provides hands-on exposure to low-level hardware interaction, sensor data 

acquisition, real-time systems, communication protocols, and power-optimized embedded systems. The engineer will collaborate closely with hardware, ML, software, QA/compliance, and manufacturing teams while building strong foundations in embedded systems design and development.

1. Embedded Software Development

• Assist in developing embedded firmware in C/C++ for microcontrollers and wearable devices

• Implement sensor drivers, peripheral interfaces, and board support packages

• Support development of real-time and low-power embedded applications

• Follow coding standards and best practices to ensure reliability and maintainability

2. Hardware-Firmware Integration

• Work closely with hardware engineers during board bring-up and integration

• Identify and debug firmware issues related to hardware timing, power, or signaling

• Assist in calibration routines and device configuration logic

3. Testing, Debugging & Validation

• Conduct unit-level and functional testing of embedded firmware

• Use debugging tools such as oscilloscopes, JTAG, SWD, logic analyzers, and debuggers

• Support firmware validation activities during EVT/DVT prototype phases

• Log, track, and help resolve firmware defects

6. Cross-Functional Collaboration 

With Hardware Engineers

• Support board bring-up, pin validation, and peripheral testing

With Machine Learning & Software Teams

• Assist in integrating signal-processing or ML-related firmware 

components

• Support data collection and telemetry pipelines

With QA & Compliance

• Support documentation and firmware verification for CE/FCC/ISO/IEC 

standards

• Assist in firmware validation and regression testing activities

With Manufacturing & Operations

• Support firmware flashing, testing, and diagnostics during production builds

• Assist in resolving firmware-related manufacturing issues

5. Learning, Mentorship & Growth

• Learn from senior embedded engineers through mentorship and code reviews

• Participate in design reviews, technical discussions, and training sessions

• Continuously improve knowledge of embedded systems, RTOS, and low-power design

• Take ownership of small firmware modules and evolve responsibility over time

6. Agile Methodologies & Engineering Tools

• Participate in agile development workflows: sprints, standups, planning, and retrospectives

• Use embedded development tools (IDEs, debuggers, compilers) under guidance

• Use Git, Jira, Notion, and documentation tools to track work and progress

• Follow structured ticket-based development and reporting practices

7. Documentation & Reporting

• Maintain clear and accurate firmware documentation and code comments

• Document APIs, interfaces, configuration parameters, and test results

• Support compliance documentation and firmware traceability