Senior Mechanical Engineer - NPD

This role works closely with clinical, electrical, industrial design, supplier engineering, quality and

manufacturing teams to ensure designs of medical capital equipment meet clinical and user

needs and perform reliably and effectively in the field. In this position, you will be part of a team

of talented engineers in a focused, high energy, collaborative work environment, challenged to

make sound decisions when faced with time pressures and ambiguous or incomplete

information typical of issue troubleshooting and product development. You will be expected to

use design and analytical skills to conceptualize, develop, and productize mechanical designs.

Making sound decisions when faced with the time constraints and ambiguous or incomplete

- Lead multi-disciplinary technical teams, working closely with Product Management and Clinical Development to translate clinical and user needs into requirements and specifications for new and current designs. - Rapidly develop and iterate full-scale prototypes of candidate architectures to satisfy

requirements - Design components and produce mechanical drawings in a government regulated environment for volume manufacturing processes which may include cast metal, thermoforming, sheet metal, and others. - Develop and commercialize mechanical assemblies, with careful consideration for key functions and safety. - Perform risk analyses and develop design requirements.

Document and test design according to corporate and departmental operating procedures. - Provide technical expertise to assist with the development of initial fixtures and assembly processes in collaboration with manufacturing and automation teams. - Support production of final product by troubleshooting process and component problems. - Support the quality and regulatory processes. - Help establish individual and team goals aligned with overall project and company goals.

o Mechanical analysis, including statics, dynamics, kinematics, stress, fatigue,

o Design, analyze and document components, structures, and mechanical

o Release designs following good documentation principles and configuration

o Experience designing for volume manufacturing processes such as metal casting,

plastic injection molding, sheet metal stamping, compression molding,

 Self-driven with the ability to excel in a high-energy, small, focused team environment

and maintain a strong sense of shared responsibility and shared reward. Contributes to

 Capacity to lead multiple complex projects in parallel. Independently prioritizes activities

across projects, ensuring high quality and delivery of the projects.

 Comfortable with all phases of the product development lifecycle including design,

implementation, debug, verification, qualification, and transfer.

 Ability to communicate effectively (written, oral) across all levels and organizations.

 Experience in designing with a focus on robotics and/or medical products.

 Experience in a regulated environment (FDA, Military, FAA or equivalent). Comfortable

with execution of design verification/validation test protocols, assessing risk (FMEA),

providing inputs to regulatory agency approval including UL, CE and FDA is a plus.

 Curiosity and excitement to learn new subjects and get to the bottom of tough technical

 Proven ability to lead teams, manage stakeholders, and mentor other engineers.

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 Skills and Experience

o Mechanical analysis, including statics, dynamics, kinematics, stress, fatigue,

o Design, analyze and document components, structures, and mechanical

o Release designs following good documentation principles and configuration

o Experience designing for volume manufacturing processes such as metal casting,

plastic injection molding, sheet metal stamping, compression molding,

 Self-driven with the ability to excel in a high-energy, small, focused team environment

and maintain a strong sense of shared responsibility and shared reward. Contributes to

 Capacity to lead multiple complex projects in parallel. Independently prioritizes activities

across projects, ensuring high quality and delivery of the projects.

 Comfortable with all phases of the product development lifecycle including design,

implementation, debug, verification, qualification, and transfer.

 Ability to communicate effectively (written, oral) across all levels and organizations.

 Experience in designing with a focus on robotics and/or medical products.

 Experience in a regulated environment (FDA, Military, FAA or equivalent). Comfortable

with execution of design verification/validation test protocols, assessing risk (FMEA),

providing inputs to regulatory agency approval including UL, CE and FDA is a plus.

 Curiosity and excitement to learn new subjects and get to the bottom of tough technical

 Proven ability to lead teams, manage stakeholders, and mentor other engineers. Essential Job Duties

This role works closely with clinical, electrical, industrial design, supplier engineering, quality and

manufacturing teams to ensure designs of medical capital equipment meet clinical and user

needs and perform reliably and effectively in the field. In this position, you will be part of a team

of talented engineers in a focused, high energy, collaborative work environment, challenged to

make sound decisions when faced with time pressures and ambiguous or incomplete

information typical of issue troubleshooting and product development. You will be expected to

use design and analytical skills to conceptualize, develop, and productize mechanical designs.

Making sound decisions when faced with the time constraints and ambiguous or incomplete

• Lead multi-disciplinary technical teams, working closely with Product Management and Clinical Development to translate clinical and user needs into requirements and specifications for new and current designs.
• Rapidly develop and iterate full-scale prototypes of candidate architectures to satisfy requirements
• Design components and produce mechanical drawings in a government regulated environment for volume manufacturing processes which may include cast metal, thermoforming, sheet metal, and others.
• Develop and commercialize mechanical assemblies, with careful consideration for key functions and safety.
• Perform risk analyses and develop design requirements. Document and test design according to corporate and departmental operating procedures.
• Provide technical expertise to assist with the development of initial fixtures and assembly processes in collaboration with manufacturing and automation teams.
• Support production of final product by troubleshooting process and component problems.
• Support the quality and regulatory processes.
• Help establish individual and team goals aligned with overall project and company goals.