Laser Architect (Boston and Mountain View)

A Laser Architect at Lightmatter focuses on developing integrated laser solutions for AI computations while collaborating with cross-disciplinary engineering teams. You will create high-volume laser product architectures, engage in problem-solving for innovative designs, and validate system performance through hands-on testing.

To apply for the Laser Architect role at Lightmatter, candidates need a Ph.D. in Photonics, Electrical Engineering, Applied Physics, or a related discipline, along with at least 3 years of relevant post-degree experience. A minimum of 8 years of experience in photonic devices and a strong understanding of laser physics are also essential.

Essential skills for a Laser Architect at Lightmatter include deep knowledge of laser physics, integrated photonics, strong problem-solving abilities, and excellent communication skills to convey complex concepts to various stakeholders. Experience with cross-functional collaboration is also beneficial.

At Lightmatter, the team environment for a Laser Architect is collaborative and dynamic, where each member's contributions are valued. You'll work closely with experts across photonics, hardware, software, and other disciplines, fostering a culture where creative ideas are encouraged and innovation thrives.

Lightmatter offers a comprehensive benefits package to Laser Architects, including health care plans, retirement savings matching, generous time-off policies, paid family leave, and more. Employees also enjoy professional development opportunities and a flexible hybrid workplace model.

A strong foundation in laser physics is critical for a Laser Architect at Lightmatter. It enables you to design effective laser solutions that balance power, cost, and performance while collaborating with engineering teams to develop innovative products that meet high-volume manufacturing requirements.

Lightmatter stands out for its pioneering role in AI data center infrastructure. As a Laser Architect, you will be part of a team that is reinventing computing with light, allowing you to make meaningful contributions in a dynamic, supportive environment where groundbreaking ideas are brought to life.

When answering this question, highlight your academic background in laser physics and discuss relevant projects or roles where you've applied this knowledge. Include specific examples of how you've solved problems related to laser applications and integrated photonics.

Discuss your communication techniques for engaging diverse teams effectively. Highlight experiences where you facilitated discussions, shared feedback, and drove projects forward through active collaboration, ensuring all team members contribute to the success of the project.

Describe your process for balancing these competing factors. Talk about how you evaluate trade-offs using analytical skills and how you've achieved optimized solutions in past projects, considering real-world implications and stakeholder requirements.

Share specific innovations or improvements you have implemented in past roles. Focus on the impact your contributions made on product performance, efficiency, or user experience, illustrating your ability to think creatively within the field.

Discuss your method for developing testing protocols, analyzing results, and troubleshooting issues. Provide examples of how careful testing has led to improved designs or successful product launches in the past.

Outline key challenges such as scalability, heat management, or integrating complex systems. Then, explain how your background supports you in addressing these issues, focusing on innovative ways you've tackled similar problems before.

Share your strategies for continuous learning, such as attending conferences, engaging with professional networks, or through academic courses. Emphasize how this knowledge benefits your work and contributes to the team's success.

Select a specific example that highlights your problem-solving skills. Detail the situation, your approach to tackling the issue, and the positive outcome, ensuring to link it back to the qualifications for the Laser Architect role.

Discuss trends and innovations you're observing in the industry. Link these trends to the potential directions that laser technology could take within AI computing, demonstrating your insight and long-term vision in this space.

Highlight unique qualifications, experiences, and perspectives that set you apart. Discuss your enthusiasm for the field, team spirit, and readiness to contribute to the innovative culture at Lightmatter, emphasizing alignment with the company’s mission.