An opportunity exists for a hands-on Automation Engineer to develop active optical alignment systems for high volume manufacturing test of silicon photonics devices, including wafers, optical engines, and co-packaged optics. These test solutions may require either active or passive alignment systems with sub-micron precision, while meeting the highest of reliability and repeatability standards. A solid foundation of knowledge in robotics, fiber optics, electronics, mechanical, and software development is essential to ensure the accuracy and efficiency of our testing processes.

Responsibilities:

• Design and develop robotic automation systems for optical alignment used for silicon photonics testing
• Develop control software and algorithms for robotic alignment systems
• Collaborate with diverse cross-functional teams to define test requirements and specifications
• Conduct data analysis to troubleshoot and optimize the alignment system
• Maintain and improve existing alignment systems for enhanced performance and reliability
• Document test procedures, results, and system configurations
• Stay updated with advancements in silicon photonics, testing methodologies, and robotic alignment technology and algorithms

Education/Experience:

• Graduate degree in Physics, Science, or Engineering
• 10+ years of experience with robotics, control system design and analysis, and related software algorithms
• Experience in fiber optics alignment systems, optical testing equipment, and related methodologies
• Prior experience designing robotic systems with sub-micron precision is highly preferred
• Prior experience in testing silicon photonics devices is highly preferred
• Prior experience in the application of AI/ML for enhanced automation algorithms is highly preferred
• Must be able to work independently and collaboratively in a fast-paced team environment.
• Must have strong communication skills