Sr Mechanical Design Engineer: Wafer Motion Stages

KLA; Milpitas (CA); On-site; USD 117,800 - 200,300; Full time

Benefits offered by this job

401(K) with company matching

Employee stock purchase program

Tuition reimbursement program

Wellness benefits including EAP

Paid time off and holidays

Job summary

KLA in Milpitas is seeking a Sr. Mechanical Design Engineer to lead the design of advanced electro-mechanical systems for wafer scanning. You will work alongside talented engineers to develop accurate systems ensuring high performance and reliability.

The ideal candidate will hold a degree in Mechanical Engineering, possess experience in motion systems, and be proficient in CAD tools. This position offers a competitive salary and a robust benefits package, fostering innovation and growth in a dynamic environment.

Qualifications

• Experience with motion systems, precision mechanics, or mechatronics.
• Proficient in advanced CAD modeling tools with several years of work experience.
• DFM experience with machining, sheet metals, and castings.

Responsibilities

• Collaborate with multi-functional teams on design optimization.
• Create test plans and execute system integration.
• Design parts and assemblies for wafer positioning systems.

Skills

Creo/SolidWorks

Structural FEA

Thermal FEA

Vibration/modal FEA

Motion systems

Education

Doctorate in Mechanical Engineering or related field

Master's Degree with 3 years related experience

Bachelor's Degree with 5 years related experience

Tools

Python

MATLAB

Job description

KLA in Milpitas is seeking a Sr. Mechanical Design Engineer to lead the design of advanced electro-mechanical systems for wafer scanning. You will work alongside talented engineers to develop accurate systems ensuring high performance and reliability.

The ideal candidate will hold a degree in Mechanical Engineering, possess experience in motion systems, and be proficient in CAD tools. This position offers a competitive salary and a robust benefits package, fostering innovation and growth in a dynamic environment.