Software Engineer, Embedded Systems​/ Firmware​/ IoT, Embedded Software Engineer

Job Summary

You will be a core team member in the design and development of medical products and systems. This role contributes to all phases of product design, including initial requirements definition, conceptualization, feasibility assessment/demonstration, detailed design including engineering analysis and testing; verification testing and documentation, and transfer to the client (or manufacturing) and follow‑on support as needed. You will work on projects that typically involve teams from multiple disciplines: mechanical, electrical, software, systems, industrial design, and human factors.

• Participate in shaping product design through requirements definition, architectural discussions, and early feasibility development for embedded software solutions

• Design, develop, and maintain firmware for microcontroller based embedded systems used in medical and commercial devices

• Implement embedded software using C/C++ and other appropriate technologies for resource constrained systems

• Collaborate with electrical and systems engineers to integrate firmware with hardware components and subsystems

• Develop and maintain automated build, test, and deployment processes using CI/CD pipelines appropriate for embedded development

• Generate and maintain software design documentation, architecture descriptions, and traceability artifacts in accordance with quality and regulatory processes

• Contribute to verification and validation activities including unit testing, integration testing, and system level testing

• Apply risk based development approaches and support hazard analysis and software risk control activities

• Troubleshoot, debug, and resolve software and system integration issues during development and verification phases

• Work with project management to complete assigned technical tasks within project scope, schedule, and budget

• Communicate technical results and development progress to project leadership and clients through written and oral presentations

• Bachelor’s degree in Computer Engineering, Electrical Engineering, Computer Science, or a related technical field

• Strong programming skills in C and/or C++ for embedded systems

• Experience developing software for microcontroller based platforms

• Familiarity with embedded debugging tools such as JTAG debuggers, oscilloscopes, and logic analyzers

• Experience working in multidisciplinary engineering teams developing complex systems

• Strong problem solving skills and ability to work independently on technical tasks

• Effective written and verbal communication skills for technical documentation and collaboration

• Travel Requirements:
  Limited travel up to 10% annually

• Citizenship: U.S. Citizen or Existing Work Authorization

• Security clearances:
  None

• 3–6 years of professional experience in embedded software or firmware development

• Experience developing firmware for microcontrollers or other embedded processing platforms

• Experience using version control systems such as Git in collaborative development environments

• Experience developing embedded software for sensor based electromechanical systems, including closed loop sensing and control of motors or actuators and implementation of control algorithms (e.g., PID).

• Experience integrating sensors with embedded systems, including real time data acquisition and signal processing to support feedback or control systems.

• Familiarity with sensor fusion techniques for systems involving multiple sensing modalities.

• Familiarity with image processing or perception algorithms, including libraries such as OpenCV.

• Exposure to machine learning or deep learning frameworks (e.g., Tensor Flow or PyTorch) for perception or data driven analysis in embedded or robotics style systems.

• Experience developing Python tools for data capture, analysis, visualization, or test automation in support of embedded system development.

• Experience developing or testing battery powered embedded systems, including power management considerations.

• Familiarity with software lifecycle processes including requirements traceability, design documentation, and formal verification activities

• Experience with build systems and automated testing environments for embedded software

• Experience working within regulated or quality managed environments (e.g., medical, aerospace, automotive, or other safety critical industries)

• Experience developing software for medical devices or diagnostic instrumentation

• Familiarity with IEC 62304 software lifecycle processes for medical device development

• Understanding of FDA regulatory expectations for software in medical devices and development within ISO 13485 quality systems

• Experience developing firmware for ARM Cortex M (32 bit) microcontroller architectures, with familiarity with vendors such as STMicroelectronics (e.g., STM
  32).

• Experience with real time operating systems (RTOS) or real time embedded design

• Experience with hardware…