Mechanical Engineer IV

• Will help develop all of the company's products from concept, through design, and in to volume manufacturing.
• The role will work on mechanisms, actuators, create Test Plans and Reports, create ECO's, and support continuing engineering activities.
• The role also requires strong opto-mechanical knowledge.
• Design and analyze mechanical parts.
• Manage complex product assemblies in SolidWorks.
• Work closely with electrical engineers to develop tightly integrated, compact electromechanical solutions.
• Source and collaborate with engineering consultants, industrial designers, contract manufacturers, and parts vendors.
• Take products through engineering analysis and design validation testing phases using skills of both the internal team and outside resources such as test labs and consultants.
• Cooperate with manufacturing organization and outside vendors in creating fixtures manufacturing and testing.
• The Cost Forensics Lab (CFL), part of Global Procurement, was created to facilitate gross margin improvement and alignment of manufacturing entitlement with product design.
• Support GMI opportunities by completing Should Cost Analysis of client parts.

Requirements

• Combining manufacturing experience with the CFLs templates and process you will.
• BS or advanced degree in Mechanical Engineering or related fields.
• Minimum 5 years’ experience as a Mechanical Engineer.
• Experience in design of precision optical systems required.
• Good CAD skills preferably in SolidWorks.
• Ability to integrate complex ID surfaces.
• Familiarity with CAE tools with regards to thermal dissipation, stress strain, and impact.
• Experience with design and requirements of medical devices is a plus.
• Knowledge of statistical tolerance analysis.
• Broad knowledge of opto-mechanical components and systems.
• 7-9 Years of experience.
• Client Laboratory is a leading manufacturer of medical equipment around the world.
• Degreed Engineer with design and manufacturing knowledge across various processes.
• 3 years’ experience in Should Cost Analysis.
• A Should Cost model is a documented calculation of a suppliers price or service delivered to client. It is a detailed analysis of material, labor, overhead and profits.
• Mechanical Manufacturing processes: Machining, Injection Molding, Extrusion, Casting, Wire Drawing, Metal Forming operations, Sheet Metal, Welding, Thermoforming (High and Low Volume methods), etc.
• Materials: CRS, SS, Polymers, Nitinol, Pt/Ir Alloys.
• Electrical: PCB manufacturing, Test.
• Assembly: Automated processes, Semi-Automated.
• Packaging: Cardboard containers, Formed Particle board, Tyvek pouches.
• Sterilization: EOS, Gamma, etc.

Process improvement:

• Capable of creating templates in excel to simplify the analysis process across multiple technologies.

Laboratory and Analysis Skills:

• Metrology, Composition, Analysis, FEA, DFM, DFSS.

Soft Skills:

• Presentation, Excel (Array construction, Pivot tables, V-H-X Look ups, and Charts).
• Degreed Engineer with design and manufacturing knowledge across various processes.
• 3 years’ experience in Should Cost Analysis.
• A Should Cost model is a documented calculation of a suppliers price or service delivered to client. It is a detailed analysis of material, labor, overhead and profits.