Senior Embedded Software/Firmware Engineer

Medtronic•Lafayette, CO

1d•$124,800 - $187,200•Onsite

About The Position

At Medtronic you can begin a life-long career of exploration and innovation, while helping champion healthcare access and equity for all. You’ll lead with purpose, breaking down barriers to innovation in a more connected, compassionate world. A Day in the Life In this exciting role as a Senior Embedded Software/Firmware Engineer, you will have responsibility for architecting, designing, and implementing embedded software that maximizes the value of our Patient Monitoring products for our customers. You will engage with stakeholders and system engineering to capture and prioritize needs and then synthesize the needs into oximetry features and products. Medtronic aims to contribute to human welfare by application of biomedical engineering in the research, design, manufacture, and sale of instruments or appliances that alleviate pain, restore health, and extend life. In order to recognize the personal worth of all employees, Medtronic provides an employment framework that allows personal satisfaction in work accomplished, security, advancement opportunity, and means to share in the company's success. If you consider joining the team and you are committed to do a meaningful work, make a difference, and improve lives, you will find a culture of collaboration and innovation at Medtronic. Starting the road to your rewarding career with Medtronic will come with competitive pay, bonuses, and benefits supporting your work-life balance. This is an onsite role located at our Lafayette, CO campus In this role: You will architect, design, develop, test, document, and maintain embedded systems using mixed-signal MCUs for patient monitoring platforms You will apply the appropriate standards, processes, procedures, and tools throughout the embedded system development life cycle to support the generation of such engineering applications and wide range of products. You may engage with internal and external stakeholders, including interfacing with clinicians, customers, and KOLs, to better understand use environments and needs. You will apply a thorough understanding of technologies used to measure physiological signals and knowledge of human physiology to inform product design decisions, prioritize design tradeoffs, provide strategic input on the development pathway, and ensure alignment with use cases/use scenarios.

Requirements

Bachelor’s Degree in Electrical Engineering and/or Computer Engineering or related engineering/science degree with a minimum 4 years of relevant experience or Master's Degree with a minimum of 2 years of relevant experience OR PhD with 0 years relevant experience.
Demonstrated experience of embedded software design and implementation.
Ability to work in a team environment both locally and globally.
For Baccalaureate degrees earned outside of the United States, a degree that satisfies the requirements of 8 C.F.R. § 214.2(h)(4)(iii)(A) is required.

Nice To Haves

Master’s Degree in Electrical Engineering and/or Computer Engineering
Medical device development experience, design control, FDA and MDR regulations
Experience in embedded software development following IEC 62304
Experience utilizing AI for software and unit test development
Digital circuit design knowledge
Experience developing embedded solutions in embedded C
Experience with unit test development, DevOps, and Python
Demonstrated skills in “systems thinking” – ability to consider problems, implementations, and impacts at a higher system level
Experience implementing safety risk management including SFMEAs and cybersecurity risk management

Responsibilities

Architect, design, develop, test, document, and maintain embedded systems using mixed-signal MCUs for patient monitoring platforms
Apply the appropriate standards, processes, procedures, and tools throughout the embedded system development life cycle to support the generation of such engineering applications and wide range of products.
Engage with internal and external stakeholders, including interfacing with clinicians, customers, and KOLs, to better understand use environments and needs.
Apply a thorough understanding of technologies used to measure physiological signals and knowledge of human physiology to inform product design decisions, prioritize design tradeoffs, provide strategic input on the development pathway, and ensure alignment with use cases/use scenarios.