Opto-Mechanical Design Engineer

KLA-posted 3 months ago

$74,800 - $127,200/Yr

Full-time • Entry Level

Ann Arbor, MI

5,001-10,000 employees

Computer and Electronic Product Manufacturing

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In this role successful candidates will be responsible for designing mechanical and optomechanical parts and subsystems for advanced image sensor calibration systems. They will drive and be responsible for the complete design process, including requirements, concept, design, testing, BOM structure, and scheduling. The role involves performing calculations and computer simulations to verify functionality of parts and mechanisms, working cross-functionally to implement design best practices, and conducting various analyses such as thermal, vibration, and FEA modeling. Candidates will also be responsible for developing required supporting documentation, such as assembly and test procedures.

Design mechanical and optomechanical parts and subsystems for advanced image sensor calibration systems.
Drive and be responsible for the complete design process, including requirements, concept, design, testing, BOM structure, and scheduling.
Perform calculations and computer simulations to verify functionality of parts and mechanisms.
Work cross-functionally and drive implementation of design best practices into product design that meets the requirements and specifications, SEMI standards, as well as adhering to manufacturability and cost targets.
Conduct various analysis, such as thermal, vibration and FEA modeling, conceptual and detailed design using Creo/Parametric (Pro/E), detailed drawings, design review presentations, procurement of prototype parts, system integration, prototype testing, and handoff to manufacturing.
Work with other engineering groups such as Systems Engineers and Manufacturing Engineers to ensure flawless integration and subsystem tests.
Develop required supporting documentation, such as assembly and test procedures.

Good understanding of mechanical engineering fundamentals such as precision machine design, thermodynamics, and structural analysis.
Basic knowledge of optics, lasers and sensors.
Ability to generate conceptual and detailed designs for mechanical parts/subsystems and possess analytical skills to evaluate feasibility of designs.
Ability to carry out assembly, testing and troubleshooting at prototype and integrated system levels.
Experienced in detail drawing creation and application and interpretation of geometric dimensioning and tolerancing (ASME Y14.5).
Experienced in 3D solid/CAD modeling, preferably with Creo/Parametric.
Experienced in structural finite element analysis (FEA), preferably ANSYS Mechanical.
Familiar with engineering materials such as carbon steel, stainless steel, aluminum alloys, and plastics, manufacturing processes including machining, sheetmetal fabrication, welding, plating, etc.
Strong organizational and time management skills.
Self-motivated team player with excellent verbal and written communication skills.

Medical, dental, vision, life, and other voluntary benefits.
401(K) including company matching.
Employee stock purchase program (ESPP).
Student debt assistance.
Tuition reimbursement program.
Development and career growth opportunities and programs.
Financial planning benefits.
Wellness benefits including an employee assistance program (EAP).
Paid time off and paid company holidays.
Family care and bonding leave.

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