Principal Mechanical Engineer - (Future Forward)

We are seeking a hands-on technical leader and architect of mechanical systems to spearhead the design and development of next-generation surgical robotics instruments platforms. This is a pivotal role in our Future Forward/Advanced Development teams, ideally suited for a Principal or Senior Principal Mechanical Engineer with proven vision, creativity, and technical depth.

You will own the mechanical system architecture, from novel concept generation through product launch and scaling, while fostering interdisciplinary innovation and mentorship.

- Architect, design, and develop complex electromechanical and robotic systems' instruments, and accessories for surgical applications. - Direct the end-to-end engineering process: from user requirements and technical specifications to innovative concept generation, prototyping, and verification/validation. - Guide technology and design decisions, balancing system reliability, manufacturability, risks, and clinical needs.

- Structure, organize, and lead multi-disciplinary R&D initiatives across the product lifecycle. - Mentor engineers across several projects, reviewing technical output, and fostering best practices. - Drive technical reviews, risk analyses, and contribute to regulatory/standards compliance.

- Work closely with software, electrical, systems, clinical, and manufacturing teams throughout product development. - Observe clinical procedures and collaborate with clinicians to inform design and use requirements. - Present complex concepts and data clearly to technical and non-technical stakeholders.

- Rapidly develop and iterate functional prototypes to realize candidate architectures and design solutions. - Contribute to patent development and IP strategy. - Stay abreast of technological advancements and facilitate knowledge sharing across teams.

- Bachelor's or Master's in Mechanical Engineering, Mechatronics, Systems Engineering, or related discipline (or equivalent experience). Advanced degree is a plus. - A minimum of 15+ years of relevant engineering experience (medical device industry preferred). - Deep expertise in the design of high-precision mechanisms, electromechanical systems, and complex tolerance stacks. - Demonstrated leadership driving new product ideas from concept to launch in regulated environments. - Mastery of engineering fundamentals, including first-principles analysis, FEA, GD&T (ANSI Y14.5), materials, design for reliability and manufacturability., and statistical analysis - Highly proficient in CAD (SolidWorks preferred): complex assemblies, production documentation, and DFM/DFA. - Proficient with rapid prototyping techniques. - Track record of effective mentorship, technical leadership, and decision-making in cross-functional teams. - Outstanding communication, organizational, and documentation abilities.

- Experience with the full medical device product development process and volume manufacturing. - Hands-on experience with robotic system architectures, actuation, kinematics, and sensing. - Experience in design transfer to manufacturing, including test engineering and service.

We provide market-competitive compensation packages, inclusive of base pay, incentives, benefits, and equity. It would not be typical for someone to be hired at the top end of range for the role, as actual pay will be determined based on several factors, including experience, skills, and qualifications. The target compensation ranges are listed.

Required:

• Bachelor’s or Master’s in Mechanical Engineering, Mechatronics, Systems Engineering, or related discipline (or equivalent experience). Advanced degree is a plus.
• A minimum of 15+ years of relevant engineering experience (medical device industry preferred).
• Deep expertise in the design of high-precision mechanisms, electromechanical systems, and complex tolerance stacks.
• Demonstrated leadership driving new product ideas from concept to launch in regulated environments.
• Mastery of engineering fundamentals, including first-principles analysis, FEA, GD&T (ANSI Y14.5), materials, design for reliability and manufacturability., and statistical analysis
• Highly proficient in CAD (SolidWorks preferred): complex assemblies, production documentation, and DFM/DFA.
• Proficient with rapid prototyping techniques.
• Track record of effective mentorship, technical leadership, and decision-making in cross-functional teams.
• Outstanding communication, organizational, and documentation abilities.

• Experience with the full medical device product development process and volume manufacturing.
• Hands-on experience with robotic system architectures, actuation, kinematics, and sensing.
• Experience in design transfer to manufacturing, including test engineering and service. We are seeking a hands-on technical leader and architect of mechanical systems to spearhead the design and development of next-generation surgical robotics instruments platforms. This is a pivotal role in our Future Forward/Advanced Development teams, ideally suited for a Principal or Senior Principal Mechanical Engineer with proven vision, creativity, and technical depth. You will own the mechanical system architecture, from novel concept generation through product launch and scaling, while fostering interdisciplinary innovation and mentorship.

• Architect, design, and develop complex electromechanical and robotic systems’ instruments, and accessories for surgical applications.
• Direct the end-to-end engineering process: from user requirements and technical specifications to innovative concept generation, prototyping, and verification/validation.
• Guide technology and design decisions, balancing system reliability, manufacturability, risks, and clinical needs.

• Structure, organize, and lead multi-disciplinary R&D initiatives across the product lifecycle.
• Mentor engineers across several projects, reviewing technical output, and fostering best practices.
• Drive technical reviews, risk analyses, and contribute to regulatory/standards compliance.

• Work closely with software, electrical, systems, clinical, and manufacturing teams throughout product development.
• Observe clinical procedures and collaborate with clinicians to inform design and use requirements.
• Present complex concepts and data clearly to technical and non-technical stakeholders.

• Rapidly develop and iterate functional prototypes to realize candidate architectures and design solutions.
• Contribute to patent development and IP strategy.
• Stay abreast of technological advancements and facilitate knowledge sharing across teams.