Sr. Measurement Systems Engineer
Develops and deploys optical measurement and process control systems — including automatic optical inspection and laser systems — supporting manufacturing of fiber optics, lenses, and display products. Day-to-day involves optical simulation (Zemax/TracePro), prototyping, feasibility testing, and cross-functional integration using programming such as C/C++ and MATLAB.
- Compensation
- Not disclosed
- Location
- Not listed
- Work setup
- Not specified
- Seniority
- Senior
- Employment
- Not specified
- Experience
- Not specified
- Category
- Software engineering
- Posted
Skills
Must have
- Familiar with optics simulation software such as Zemax, TracePro, or imaging optics
- Solid understanding of laser tech and optics, especially optics design, automatic optical inspection, or laser machine integration
- Programming skills such as C/C++, .NET, VB, or MATLAB
Nice to have
- Experience with Python, C++, or C# programming languages
- Expertise with a broad range of optical and non-optical sensors (cameras, laser sensors, ultrasonics, vibrometers, interferometers)
- Experience leveraging external suppliers and system integrators to design, build, and install systems in a manufacturing environment
Full description
Role Purpose
Join the technical team to develop and deploy state-of-the art measurement and process control (both hardware and software) in support of early stage, pilot and high-volume manufacturing for cost reduction, process improvement, technology transfers and expansion projects. Maintain and advance knowledge in the state-of-the-art application of measurement technologies to the design of equipment, process/product prototyping, and factory automation.
Key Responsibilities
- Design and development: Develop optical system, automatic optical inspection and laser systems for products such as fiber optics, lenses, display technologies, or imaging devices. Perform simulations and modeling of optical systems using tool like Zemax, TracePro, or imaging optics, similar software. Conduct feasibility studies to ensure design meet performance and reliability requirements.
- Test and implementation: Work on integrating optical and laser technologies into applications, develop prototypes and proof-of-concept designs to demonstrate the functionality. Migrate to manufacturing with cross function team such as mechanical, advanced control, software team.
- Collaboration and innovation: Work closely with cross-function team and communicate technical findings and progress to stakeholders through reports and presentation. Research and apply new emerging technologies in system design. Propose solutions to complex technical challenges in optical engineering.
Experiences/Education - Required
- Be familiar with Optics simulation software, such as Zemax, TracePro, imaging optics, etc.
- Solid understanding of laser tech and optics, especially in optics design, automatic optics inspection, or laser machine integration
- Programming skills, such as C/C++, .NET, VB, MATLAB, etc.
Experiences/Education - Desired
- Experience with Phyton, C++ or C# programming languages.
- Expertise with broad range of optical and non-optical-based sensors and technologies (including cameras, laser sensors, ultrasonics, vibrometers, and interferometers)
- Experience leveraging external suppliers and system integrators to design, build, and install system components or full systems in manufacturing environment.