Mechanical Engineer 3

Onto Innovation•Wilmington, MA

17h

About The Position

Onto Innovation is a leader in process control, combining global scale with an expanded portfolio of leading-edge technologies that include: 3D metrology spanning the chip from nanometer-scale transistors to micron-level die-interconnects; macro defect inspection of wafers and packages; metal interconnect composition; factory analytics; and lithography for advanced semiconductor packaging. Our breadth of offerings across the entire semiconductor value chain helps our customers solve their most difficult yield, device performance, quality, and reliability issues. Onto Innovation strives to optimize customers’ critical path of progress by making them smarter, faster and more efficient. Assumes engineering responsibility for component, module or subsystem design from concept design through manufacturing transfer and ramp through manufacturing transfer and ramp Performs detailed design and component layout including, BOM, drawings, and procedures for new or improved subsystems and validates concepts through prototype builds and analysis Lead and contribute to the concept, design, development, and test of system modules and integration, including electro-mechanical and optical-mechanical instrumentation Identify/specify parts, components, and assemblies Work with key suppliers to ensure on-time delivery of critical components Using CAD tools and add-on packages to provide thermal analysis, fluid flow patterns, heat transfer, resonant frequencies, deflections, and internal stresses Regular reviews project updates and reviews Operate within a cross functional team, understand the needs and requirements of internal stakeholders as well as external customers Prepare and chair design reviews

Requirements

A Bachelor’s degree or higher in mechanical engineering or well-related field
Substantial working experience as system engineer or principle engineer
Demonstrated ability to conceive, design, and produce effective solutions to problems of varying degrees of complexity
Strong ability to use CAD tools and add-on analytical programs to analyze heat flow, fluid flow, material properties, and structural stresses
Working knowledge of precision motion of heavy components, loads, bearings, low-friction interfaces
Experience working with and selecting linear motors and related supporting components
An understanding of magnetic field interactions with solids and the potential for material heating and induced forces
Experience working with and directing a collaborative, cross-functional team development effort
Experience working with and managing suppliers of critical parts and components

Nice To Haves

Knowledge of tribology is a plus
Familiarity with optical alignment methods and tools, hands-on experience a plus
Experience in the semiconductor capital equipment industry and familiarity with UL, CE, SEMI, and RoHS standards is a major plus.

Responsibilities

Assumes engineering responsibility for component, module or subsystem design from concept design through manufacturing transfer and ramp through manufacturing transfer and ramp
Performs detailed design and component layout including, BOM, drawings, and procedures for new or improved subsystems and validates concepts through prototype builds and analysis
Lead and contribute to the concept, design, development, and test of system modules and integration, including electro-mechanical and optical-mechanical instrumentation
Identify/specify parts, components, and assemblies
Work with key suppliers to ensure on-time delivery of critical components
Using CAD tools and add-on packages to provide thermal analysis, fluid flow patterns, heat transfer, resonant frequencies, deflections, and internal stresses
Regular reviews project updates and reviews
Operate within a cross functional team, understand the needs and requirements of internal stakeholders as well as external customers
Prepare and chair design reviews