Electrical Engineer II

Exceptional People.

Hard Problems.

Meaningful Careers.

Big Impact.

Nowhere else can you touch as many life-changing medical technologies.

At Forj Medical, we work side by side with more than 100 medical device companies from startups to global giants to bring life-enhancing technologies to market.

Working with us means solving hard problems with extraordinary people in a collaborative work environment.

Join us.

Electrical Engineers at Forj Medical play a key role in designing, developing, testing, and supporting embedded medical device systems throughout the product lifecycle, from concept through production.

Using Forj Medical standard operating procedures, engineering best practices, and technical expertise, they collaborate with cross-functional teams to develop innovative, reliable, and high-quality medical technologies.

The Electrical Engineer II applies knowledge of analog and digital circuit design, embedded and microcontroller-based systems, sensor interfaces, A/D conversion, filtering, and PCB schematic design to support the development of Class II and Class III medical devices.

This position contributes to projects of moderate complexity and may be responsible for significant portions of larger development efforts, requiring strong technical problem-solving skills, creativity, and collaboration.

• Digital and/or analog electronic design and development of embedded systems
• Component and/or system-level electronic design and test
• Printed circuit board development, build, and test
• Devise, test, and debug system-level architecture for new products of moderate and significant technical complexity
• Design and develop sensor interfaces including A/D conversion, filtering, etc.
• Develop and perform hardware verification testing
• Participation in product requirements definition, analysis, project planning, and design reviews
• Write design specifications
• Assist with agency compliance testing in accordance with EMC and IEC 60601-1 standards
• Conduct analysis, review and evaluation of design alternatives