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# Bionic Limb Systems Engineer – Salt Lake City, UT


 
Bionic Limb Systems Engineer – Salt Lake City, UT
Are you a passionate engineer eager to shape the future of human mobility and advanced prosthetics? We are looking for a Bionic Limb Systems Engineer to join a pioneering medical technology team in Salt Lake City, UT. This is a unique opportunity to work at the intersection of robotics, biomechanics, and wearable systems to develop life-changing assistive devices. If you’re driven by innovation and human impact, this role offers an exciting and meaningful challenge.
Engineer the Future of Human Augmentation
A cutting-edge medical robotics company in Salt Lake City, UT is seeking a Bionic Limb Systems Engineer to design, develop, and optimize next-generation prosthetic limb technologies. The ideal candidate will have experience in electromechanical systems, embedded programming, and human-machine interfaces. If you’re ready to transform lives through engineering excellence and scientific collaboration, this is your opportunity to make a profound difference.
Key Responsibilities of the Bionic Limb Systems Engineer – Salt Lake City, UT
Systems Design & Development:Design, develop, and integrate bionic limb systems that combine mechanical, electrical, and software components. Apply principles of robotics, biomechanics, and control systems to deliver high-performance, human-centered prosthetics.
Embedded Systems & Firmware:Develop embedded software and firmware for real-time control of bionic devices. Work closely with hardware engineers to ensure seamless integration between electronics and mechanical systems.
Prototyping & Testing:Create rapid prototypes and perform rigorous lab and field testing to evaluate functionality, safety, and durability. Use data-driven methodologies to iterate designs and improve system performance and user experience.
Biomechanical Analysis & Human Factors:Incorporate human anatomy, gait analysis, and ergonomics into engineering solutions. Collaborate with clinicians, patients, and researchers to ensure comfort, usability, and effectiveness in real-world applications.
Cross-Functional Collaboration:Work with multidisciplinary teams including biomedical engineers, software developers, clinical experts, and industrial designers to deliver integrated and innovative prosthetic solutions.
Documentation & Compliance:Generate technical documentation for regulatory submissions, quality assurance, and product development lifecycle. Ensure compliance with FDA, ISO, and other medical device standards and safety regulations.
Innovation & Continuous Improvement:Stay abreast of emerging technologies in robotics, sensors, AI, and material science. Recommend and implement design improvements that enhance system reliability, performance, and manufacturability.
User-Centered Design & Feedback Integration:Gather user feedback and field data to inform system enhancements. Translate clinical and patient input into engineering modifications that improve user satisfaction and functionality.
Project Execution & Timelines:Manage multiple project timelines, resources, and milestones in a fast-paced R&D environment. Ensure deliverables are met on time while maintaining technical excellence and innovation.
Support Manufacturing & Deployment:Collaborate with manufacturing and quality teams to transition designs from prototype to production. Support device assembly, calibration, and field deployment for clinical or commercial use.
What the Client is Looking for in You
As a Bionic Limb Systems Engineer, the client seeks a driven, innovative, and highly technical professional passionate about improving human mobility through cutting-edge engineering. You should bring a multidisciplinary mindset, deep technical expertise, and a desire to collaborate on life-enhancing medical technologies. This role demands precision, creativity, and a commitment to quality in every phase of development.
Expertise in Mechatronics and Embedded Systems
The ideal candidate has a solid foundation in mechatronics, robotics, and embedded systems. You should possess experience designing and integrating hardware and software systems for electromechanical devices, preferably in the biomedical or prosthetics space. Familiarity with motor control, sensor fusion, and real-time embedded programming is highly valued.
Innovative Problem Solver with Hands-on Engineering Skills
You should be a practical engineer who can take concepts from whiteboard to prototype with agility and ingenuity. The client values professionals who enjoy working hands-on with mechanical systems, electronics, and code, and who can troubleshoot complex systems to optimize performance, reliability, and usability.
Strong Understanding of Human Biomechanics
A working knowledge of human anatomy, gait cycles, and neuromuscular interactions is essential. Your ability to translate biomechanical data into functional designs will play a critical role in developing user-friendly, effective prosthetic solutions that mimic natural motion and responsiveness.
Collaborative and Cross-Disciplinary Team Player
The client seeks someone who thrives in cross-functional environments and communicates effectively with software developers, clinicians, industrial designers, and users. Your ability to incorporate diverse feedback and contribute to shared goals will be vital in the fast-moving product development cycle.
Detail-Oriented with Commitment to Quality & Safety
As you will be developing medical-grade systems, attention to detail, documentation rigor, and adherence to safety and regulatory standards are critical. The ideal candidate takes pride in producing clean, robust code, well-documented designs, and systems that meet rigorous testing and compliance protocols.
Driven by Mission and Impact
Above all, the client is looking for an engineer who is passionate about changing lives through technology. If you are motivated by purpose, excited about human-centered innovation, and committed to pushing the boundaries of prosthetic capability, this role offers you a chance to make a meaningful impact every day.
FAQs About the Role – Bionic Limb Systems Engineer – Salt Lake City, UT
1. What are the key responsibilities of the Bionic Limb Systems Engineer in this role?As a Bionic Limb Systems Engineer, you will be responsible for designing, developing, and testing advanced prosthetic and robotic limb systems. You’ll work with cross-functional teams to integrate mechanical, electrical, and software components, ensuring optimal performance, safety, and user experience. Your role includes prototyping, data analysis, sensor integration, and continuous refinement of system functionality based on clinical and user feedback.
2. What qualifications and experience are required for this position?The ideal candidate should have a bachelor’s or master’s degree in Mechatronics, Biomedical Engineering, Electrical Engineering, Robotics, or a related field. Experience with embedded systems, motor control, and biomechanical systems is highly desirable. A background in medical devices or wearable robotics is a plus, along with strong programming and hardware integration skills.
3. What technical skills are essential for success in this role?Candidates should possess hands-on experience with embedded C/C++, microcontroller programming, control systems design, sensor interfacing, and real-time operating systems. Knowledge of kinematics, gait analysis, and human biomechanics is beneficial. Proficiency in MATLAB, Python, or other simulation tools is also helpful for modeling and data processing tasks.
4. What challenges can I expect in this role?You’ll be working on complex, user-centric systems that must meet high standards of safety, comfort, and performance. Challenges may include troubleshooting system integration issues, optimizing responsiveness, balancing form factor with functionality, and ensuring compliance with medical device regulations. Working across interdisciplinary teams and adapting to evolving technologies and user feedback are also key components of the role.
5. How does this role contribute to the overall mission of the company?Your contributions directly impact the quality of life for individuals using prosthetic limbs. By engineering intuitive, reliable, and high-performing systems, you help restore mobility and independence. This role is central to the company’s mission of transforming human-technology interaction and advancing the future of bionic mobility.
6. What is the company’s work culture and team environment like?The company fosters an innovation-driven, collaborative, and mission-oriented environment. You’ll work alongside passionate engineers, researchers, and clinicians who are dedicated to pushing the boundaries of human-robotic integration. Open communication, continuous learning, and a strong sense of purpose define the team dynamic.
What Remuneration Can You Expect from This Job?
As a Bionic Limb Systems Engineer based in Salt Lake City, UT, you can expect a competitive compensation package reflective of your specialized skill set, experience level, and contributions to advancing cutting-edge biomedical technologies. The remuneration package generally includes the following components:
1. Base Salary
The base salary for a Bionic Limb Systems Engineer typically ranges from $85,000 to $130,000 annually, depending on qualifications, years of experience, and technical expertise. Engineers with advanced degrees or specialized knowledge in prosthetics, embedded systems, or human biomechanics may command higher base compensation.
2. Performance-Based Bonuses
Many organizations in the medical technology and robotics sector offer annual performance bonuses based on individual contribution, project milestones, and company performance. These bonuses often range from 5% to 15% of the base salary and are designed to reward innovation, initiative, and impact on product development.
3. Equity or Stock Options
Depending on the size and structure of the company, you may be eligible for equity incentives or stock options, especially in high-growth or startup environments. These long-term incentives align your success with the company’s mission and can significantly enhance total compensation as the organization grows.
4. Benefits Package
Engineers in this role typically receive a comprehensive benefits package that includes:


Health, dental, and vision insurance


Life and disability insurance


401(k) retirement plans with employer contributions


Paid time off (PTO), sick leave, and paid holidays


Professional development and continuing education support


5. Relocation Support
If you’re relocating to Salt Lake City for the position, the company may provide relocation assistance or stipends to help with moving expenses, housing, and settling-in costs, depending on the candidate’s current location and company policy.
Total Compensation Outlook
When combining base salary, bonuses, and potential equity, the total annual compensation for a Bionic Limb Systems Engineer can range from $90,000 to $150,000+, depending on performance and company success. Opportunities for career advancement, innovation-led recognition, and long-term incentives may further increase your earning potential.
How to Apply
Are you passionate about pushing the boundaries of human–machine interaction and building next-generation bionic limb systems? If you’re a driven, detail-oriented engineer with a strong foundation in robotics, embedded systems, or biomedical engineering, we invite you to apply for the Bionic Limb Systems Engineer role based in Salt Lake City, UT.
To apply, please submit your updated resume and a cover letter highlighting your experience in:


Prosthetics and/or robotics engineering


Embedded systems, control algorithms, and real-time software development


Multidisciplinary collaboration across hardware, firmware, and user testing


Solving complex engineering problems in medical device or biomechanical contexts


Demonstrate your ability to innovate, work cross-functionally, and contribute to the design and development of life-enhancing technology. If you’re motivated to improve mobility and quality of life through cutting-edge solutions, this role could be your next exciting career move.
Take this opportunity to join a visionary team and help shape the future of bionic systems. Apply now to become a key contributor to transformative medical technology in a mission-driven company located in the heart of innovation—Salt Lake City, UT.
For similar roles or more information, please visit our Biomedical & Robotics Engineering Careers Page.
Tags:Bionic Limb Engineer | Biomedical Engineering | Embedded Systems Jobs | Robotics & Control Systems | Prosthetic Technology | Engineering for Mobility | Medical Device R&D | Human–Machine Interface | Salt Lake City Engineering Careers