Senior Opto-Mechanical Engineer

OusterSan Francisco, CA
1d$125,000 - $232,000

About The Position

We are looking for an Opto-Mechanical Engineer to help us build our next generation of LiDAR sensors! The ideal candidate will have experience designing and analyzing opto-mechanical systems, as well as hands-on experience testing optical hardware. Due to the massive range of use cases for LiDAR, we’re driven to make products which perform in a wide range of thermal and vibration environments. Rigorous opto-mechanical design, analysis, and testing are key to building sensors which can accomplish this. This will be a collaborative role which interfaces with mechanical, electrical, and testing experts. It’s also a unique opportunity to build optical systems for mass production.

Requirements

  • Strong mechanical fundamentals, with experience designing complex optical systems or other multi-domain systems. Optical athermal design a plus
  • Strong in SolidWorks or equivalent CAD software
  • Strong mechanical drafting and tolerancing skills
  • Experience managing optical component vendors and design consultants
  • BS in mechanical engineering or related field
  • 5+ years experience

Nice To Haves

  • Familiarity with precision measurement and metrology equipment
  • Experience with the design of bond joints and testing of adhesives
  • Experience working on LiDAR systems
  • Experience working with opto-mechanical systems at production quantities
  • Proficient using FEA software such as ANSYS or equivalent
  • Beginner level experience using Zemax or equivalent optical simulation software
  • Experience with Structural, Thermal, Optical Performance (STOP) analysis
  • Familiarity with stress, thermal, shock & vibe and related reliability tests
  • Familiarity with GD&T standards and ISO 10110
  • MS in mechanical engineering or related field

Responsibilities

  • Opto-mechanical design from concept to production for next-gen products used in harsh thermal and vibration environments
  • Opto-mechanical simulations (FEA) to evaluate system performance over wide thermal ranges
  • Validating hardware through testing - includes developing test plans and test equipment
  • Generation of opto-mechanical and optical component drawings using ASME Y14.5 GD&T
  • Tolerancing of opto-mechanical and optical components with an understanding of high volume fabrication tolerances
  • Work with vendors to have high precision opto-mechanical and optical components fabricated and verified
  • Work with Quality team to ensure our products meet ruggedization and operating temperature requirements
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