Hybrid : Remote Sr. Mechanical Design Engineer : Robotics / Kinematics / Mechanisms

The Mullings Group - Salt Lake City, UT

Full-time - Senior

Salt Lake City, UT

Professional, Scientific, and Technical Services

About the position

The Senior Mechanical Design Engineer will play a crucial role in developing a cutting-edge surgical navigation tool aimed at enhancing the accuracy of implant placements in orthopedic procedures. This position involves leading the design and development of advanced kinematic systems, focusing on manipulator design, kinematics, state estimation, and comprehensive system modeling. The engineer will ensure compliance with FDA guidelines and engage in hands-on prototyping and testing to optimize designs for manufacturing and performance.

Responsibilities

• Lead the design and development of advanced kinematic systems, focusing on manipulator design, kinematics, state estimation, and system modeling.
• Apply a deep understanding of mechanism design to ensure efficient packaging of electronic subsystems within the manipulator's mechanical structure.
• Ensure all designs comply with FDA guidelines, particularly focusing on sterility standards and other medical device requirements.
• Utilize CAD software and associated PDM/PLM systems to draft and refine designs in a revision-controlled manner.
• Conduct simulations and analyses, including kinematic, stress, thermal, and vibration, to validate designs.
• Engage in hands-on prototyping, debugging, and testing of electro-mechanical systems, iterating designs based on results.
• Optimize designs for manufacturing, considering relevant processes, GD&T, and production considerations.
• Use programming skills in Python, MATLAB, and/or C/C++ to run tests, gather data, and analyze performance of electro-mechanical systems.
• Manage design control documentation related to mechanical hardware design.
• Evaluate potential failure modes and conduct Design Failure Mode and Effects Analysis (DFMEA) to mitigate risks.
• Collaborate with multidisciplinary design teams to ensure seamless integration of electrical, mechanical, and software systems.
• Maintain high standards of excellence and professionalism in a fast-paced role.
• Communicate effectively with stakeholders regarding design choices and challenges, working well both in teams and autonomously.
• Apply principles of thermal management and isolation in the context of sterile reprocessing and exposure to extreme temperatures.
• Participate in human factors analysis during the design phase, focusing on system setup, sterility, and clinical workflows.
• Develop and manage comprehensive test plans for validation/verification activities and quantify system performance for FDA submission.

Requirements

• BS and 8+ years of experience or MS and 6+ years of experience in mechanical or biomedical engineering, with Class II or III medical device experience required.
• Experience with robotic systems and manipulator design, particularly in forward/inverse kinematics, state estimation, and system modeling.
• Deep understanding of mechanism design and packaging of electronic systems.
• Experience operating within a Quality Management System and managing documentation related to mechanical design.
• High proficiency with CAD software (Solidworks preferred).
• Experience performing kinematic, stress, thermal, and vibration analysis using simulation tools and/or hand calculations.
• Hands-on prototyping, debugging, and testing experience.
• Experience with design for manufacturing, considering relevant processes and GD&T.
• Sound understanding of failure modes and conducting risk analyses to mitigate potential risks.
• Experience working in a multidisciplinary design team where electrical, mechanical, and software systems must integrate.

Nice-to-haves

• Experience with thermal management and thermal isolation related to sterile reprocessing and extreme temperature exposure of electronic devices.
• Basic programming ability in Python, MATLAB, and/or C/C++ for testing and analyzing hardware performance.
• Understanding of human factors analysis related to system setup, sterility, and clinical workflow development.

Benefits

• Flexible work arrangements (Hybrid/Remote)
• Opportunity to work on innovative medical devices
• Collaborative and multidisciplinary team environment
• Professional development opportunities