About the role

Solution Engineer developing advanced fluidic sub-systems for cutting-edge medical devices. Leading complex mechanical and fluidic designs from concept through production within a global team.

Responsibilities

Lead and complete conceptualized design solutions for mechanical and fluidics systems, meeting critical requirements and timelines
Completes detailed engineering analysis of new and existing designs to verify robustness and design intent, with little or no oversight
Produce and approve detailed drawings utilizing GD&T and engineering best practices
Drive large complex engineering changes through the Siemens design change and release process
Leads and completes complex root cause analysis investigations
Prepare prototypes for testing and provide technical assistance on design feasibility
Collaborate with external vendors and suppliers to resolve technical design and manufacturing issues, ensuring quality and manufacturability
Work closely with manufacturing and field service in the development of designs
Conduct and approve prototype testing and laboratory best practices
Leads and completes drafting and design reviews with a cross functional team
Perform all verification activities and document results for knowledge transfer
Embraces simulation culture in all work activities, conducting or directing work in the discipline
Ability to plan and forecast large work scopes within and outside of cross functional team
Train and mentor less experienced engineers
Direct activities of other engineers, lab technicians, etc.

Bachelor of Science in Mechanical Engineering (advanced degrees a plus)
8-10+ years of industry experience in product design and development
Experience with product development in an FDA regulated environment. Willing to consider other regulated industries.
Extensive design experience with fluidic hardware, including pumps, valves, manifold design, and flow/pressure sensors.
Strong foundation in the first principles of fluid mechanics, including the governing equations, and a solid grasp of practical concepts like laminar flow, turbulent flow, pressure drop, and viscous effects.
Proficiency with 3D CAD (preferably NX) to develop designs utilizing proper design intent
Proficiency with PLM systems (preferably Teamcenter) and workflows
Proficient with Microsoft Office Applications (Word, PowerPoint, Excel, and Outlook)
Strong proficiency with GD&T best practices and ability to perform complex tolerance stackups
Demonstrated ability to accurately forecast, plan, and manage large work scopes utilizing project management best practices and Agile frameworks (Scrum).
FEA or CFD simulation skills or close working relationships needed
Strong experience with manufacturing methods including machined, sheet metal, castings and plastic injection molding
Strong written and oral communication skills.
Permanent work authorization in the U.S. is required.