As an Optical Engineer I at Quartus Engineering, you will be responsible for a variety of tasks including designing and developing optical systems, performing tolerance analysis, and building test stations for performance evaluations. You will analyze complex problems and come up with custom solutions, while also providing detailed reports outlining your findings and solutions.

To be considered for the Optical Engineer I position at Quartus Engineering, candidates should hold a BS or MS in Optics, Physics, or a related Engineering field, along with 0-3 years of relevant experience. Familiarity with optical CAD software such as Zemax or FRED, a strong understanding of optical physics, and the ability to present complex information clearly are also crucial.

In your role as Optical Engineer I at Quartus in San Diego, you can expect a collaborative and supportive work environment. While the position includes a hybrid work schedule, opportunities for hands-on work in a cleanroom environment are essential to the role, allowing you to engage in practical testing and system evaluations.

Quartus Engineering emphasizes continuous learning and professional growth for its Optical Engineers. You will have opportunities to educate yourself in various scientific areas, and you will collaborate with team members to build technical capabilities. This commitment to learning fosters a culture where ideas flourish and innovation thrives.

Working as an Optical Engineer I at Quartus Engineering comes with comprehensive employee benefits including competitive salaries, performance-based bonuses, stock ownership plans, and health benefits such as medical, dental, and vision insurance. Additionally, you'll benefit from a supportive work culture that values diversity and collaborative teamwork.

To answer this question effectively, highlight your understanding of fundamental optical principles such as imaging optics, non-imaging optics, and diffraction. Discuss how these principles impact design choices and system performance, and be ready to give examples of how you've applied these concepts in practical scenarios.

In your response, be specific about the optical CAD software you've used, such as Zemax or FRED. Share details on the types of projects you've worked on with these tools, emphasizing your ability to design, simulate, and analyze optical systems effectively.

For this question, recount a specific scenario where you faced a challenging optical issue. Outline your problem-solving approach, the analysis techniques you employed, and how you arrived at a solution, emphasizing critical thinking and teamwork in your process.

When answering this, detail the steps you take in conducting tolerance analysis, including how you assess tolerances required for system performance. Include examples of how you've applied this analysis method to actual projects and the impact it had on the results.

Here, focus on factors such as alignment, testing, and metrology of optical components. Discuss your understanding of how these elements contribute to the successful performance of the overall system, and be prepared to provide examples of your integration work.

Share the resources you utilize for professional development, such as attending conferences, reading industry publications, or participating in online forums. Illustrate your commitment to keeping your knowledge current and how it influences your work as an Optical Engineer.

In your response, emphasize the importance of clarity and simplicity when presenting complex data. Provide a brief overview of techniques you use, like visual aids, analogies, or simplifying jargon to ensure understanding among team members who may not have a technical background.

Discuss your collaborative approach, highlighting that teamwork is essential in engineering. Describe how you work with cross-disciplinary teams, share information, and seek feedback, emphasizing that collaboration often leads to more innovative solutions.

Explain your openness to feedback and how you perceive it as a vital part of the engineering process. Share an example of a time you received constructive criticism and how you utilized it to improve your designs and enhance overall project outcomes.

This is an opportunity to showcase your passion for optics! Talk about specific projects that intrigue you, such as advances in laser communications or novel lidar applications. Relate your interests to role applications and how they reflect your aspirations for contributing to the industry.