Work in a small, cross-functional project team to design, develop, and verify robotic instruments and the interface between robotic instruments and fluidic systems
Develop test methods, fixtures, and measurement tools to evaluate the performance of individual components, sub-assemblies, and full assemblies
Draw upon deep understanding of machining and injection molding fabrication techniques as well as develop internal capabilities and partner with vendors to push the boundary of performance while maintaining scalability
Implement DFX best practices such as design for manufacturing, usability, and reliability on next generation devices
Generate requirements, design specifications, and test methods that drive product safety, performance, and durability
Develop, implement, test, and document new solutions, processes and designs according to corporate standards and departmental operating procedures
Hands-on assembly and testing of equipment and devices to support proof of concept, design development, pre-clinical, and V&V activities
Create and maintain SolidWorks CAD databases, including assemblies, components, and detailed drawings
Generate and execute test methods to investigate and establish root cause of design, manufacturing, or material defects
Research and review literature and prior art to inform design recommendations and architectures
Observe clinical cases and participate in interviews with clinical experts to inform designs
Provide support for pre-clinical and clinical labs
Development and documentation of design and manufacturing including: inspection procedures, assembly instructions, test methods, purchase specifications, BOMs, component / assembly drawings per the company’s operating procedures
BS or MS in Mechanical, Mechatronics or Biomedical Engineering
9+ year of experience in engineering product design of electromechanical hardware
Independence in execution of projects from planning to results
Experience in design of experiments preferred
Hands-on fixture and device design and development experience preferred
Ability to determine testing strategy and methodologies
Strong analytical and problem-solving skills
Flexibility to multi-task and perform a wide range of activities
Experience in the medical robotics, life science tools, or the diagnostics industry
An understanding of necessary design control under ISO 9001
Experience with rapid prototyping tools such as 3D printing, laser cutting, and CNC machining.
Knowledge of test and measurement equipment such as multimeters, oscilloscopes, force/temperature/pressure gauges, calipers, micrometers, dial indicators, etc.
An appreciation for puns.