In this role, you will work in a collaborative and innovative environment, partnering with cross-functional teams to solve complex challenges in optical testing. You will engage with diverse experts in engineering, product development, and manufacturing, fostering a culture of knowledge sharing and continuous improvement. Your contributions will directly impact the quality and scalability of our testing infrastructure, ensuring we stay at the forefront of technology. The benefits include a competitive salary, flexible work arrangements, opportunities for professional growth through mentoring, and access to cutting-edge resources. You will also enjoy a supportive culture that values work-life balance and encourages personal development. Architect and manage the design and technical roadmap for analog test station platforms, ensuring performance and reliability.Lead complex programs integrating test stations into hardware and systems infrastructure, defining key interfaces and milestones.Establish test protocol frameworks to guarantee accuracy and compliance at production scale.Utilize data-driven insights from test systems to influence product development and enhance yield improvement initiatives.Evaluate emerging optical testing technologies and integrate industry advancements into platform strategies.Mentor junior and mid-level engineers, leading design reviews and establishing technical best practices.Oversee compliance and quality strategy for test systems, engaging with regulatory bodies as necessary.Collaborate with Product, Systems, and Manufacturing leadership to align testing capabilities with roadmap and production schedules. Must-Have:Master's degree or PhD in Engineering, Physics, or related field (or equivalent industry experience)2+ years of experience in optical and/or electrical test engineering, with a focus on complex system-level test station developmentProven ability to guide multi-engineer projects from concept through production deployment.Deep expertise in optical principles, photonic systems, and advanced testing methodologiesStrong proficiency in electrical design software and test automation frameworksNice-To-Have:Experience defining and scaling automated test equipment (ATE) platformsFamiliarity with advanced data analysis and statistical process control (SPC)Prior experience with RF and low-frequency PCB layoutBackground in fixture and PCB thermal designExperience influencing test strategy at a program or portfolio level