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Key Responsibilities
Responsible for Requirements, Design, implementation, test, and integration of design in accordance with the higher-level Requirement and - Design specifications/architectures.
Project coordination with customer engineering and supplier engineer during the design review and detailed design phases
Able to work independently to Design Mechanical design and power distribution systems for semiconductor metrology instruments
Tolerance stack-up analysis and GD&T
Drawing release (Drawings, OMS) for Proto order
Proto build - form, fit, and function
Test plan preparation
Document & BOM release in EDOC / Enovia
To perform hand calculations and FEA analysis for the structures, frames, modules, and components as needed.
Initiate and validate detailed analysis reports including structural analysis, finite element analysis (FEA), thermal analysis, heat transfer, stress, vibrations, fluid and gas flow dynamics, and manufacturability to properly verify new and existing designs.
Selection of standard OEM components such as bearings, O-rings, gearbox, motors, pneumatic & electrical actuators, gas springs, etc.
Rework coordination with the supplier on the existing design changes to meet the new design requirement
Able to work independently to Integrate and test subsystems
Able to work independently to Design tools/fixtures for manufacturing and field services
Defines, executes, and takes the lead in concept and feasibility studies with a limited scope to investigate the usability of new technologies.
Ensures the mutual consistency and efficient integration of the separate modules in modular, easy-to-maintain units that meet the product specification
Contributes to the Work Breakdown Structure/ the planning process of his/her area.
Required Skills and Experience
Min Bachelor's/Master degree in Mechanical engineering
5+ years of experience in Precision mechanism design or Special Purpose Machines
In-depth understanding of mechanical engineering fundamentals, encompassing design principles, materials selection, Geometric Dimensioning and Tolerancing (GD&T), tolerance stack-up analysis and error budgeting.