Electro-Optic Systems Architect

The Electro-Optic Systems Architect at Lightmatter is responsible for creative problem-solving and contributing to innovative electro-optic architecture solutions for high-volume products. This role involves system modeling using tools like Cadence simulators, designing electrical-optical-electrical system links, conducting high-speed RF experiments, and collaborating with engineers across disciplines to validate designs and performance metrics.

To qualify for the Electro-Optic Systems Architect position at Lightmatter, candidates should have a Ph.D. in Electrical Engineering or a related field with at least 5 years of relevant experience, or a Master’s degree with a minimum of 8 years of experience. Key skills include experience in electronic-photonic systems simulation, hardware testing of photonic devices, proficiency in Cadence simulation tools, and strong coding capabilities in Python or Matlab.

The Electro-Optic Systems Architect collaborates closely with both internal engineering teams and external partners. This role requires constant communication and teamwork to effectively design, validate, and deliver high-performance electro-optic solutions. By engaging with diverse teams, the architect can ensure that all system components operate seamlessly and meet customer specifications.

Preferred qualifications for the Electro-Optic Systems Architect role at Lightmatter include experience in product development, silicon photonic integrated circuit design, and a strong publication record in the field. Familiarity with signal processing in optical communications and experience using tools for corner and Monte Carlo analysis can also give candidates an advantage.

An Electro-Optic Systems Architect at Lightmatter will enjoy a flexible, hybrid workplace model that fosters collaboration and innovation. The company values a diverse environment where creative ideas are prioritized, and every team member's contributions are acknowledged. The supportive culture encourages continuous learning and professional development.

Certainly! When answering, highlight specific tools you've used, your understanding of the simulation process, and how your simulations have contributed to previous projects. Demonstrating your hands-on experience with Cadence tools and any collaborative projects can showcase your expertise effectively.

Discuss your approach to understanding customer requirements, including how you gather specifications and conduct simulations. Mention any past projects where you successfully validated systems against client needs, illustrating your problem-solving and analytical skills.

Detail your step-by-step method for designing these experiments, including the planning phase, testing protocols, and analysis of results. Highlight your knowledge of high-frequency signals and any innovative solutions you've developed to overcome challenges.

Emphasize your communication skills and how you value teamwork. Share examples of past collaborations where you successfully combined insights from different engineering domains to achieve a project's goals, ensuring to mention the importance of regular updates and shared documentation.

When answering, provide a clear example from your experience. Outline the problem you encountered, the steps you took to investigate and resolve the issue, and what the outcome was. This showcases your analytical skills and ability to think critically under pressure.

List the specific software tools you are comfortable using, and provide examples of how you've utilized them in previous roles. Consider mentioning any unique features or functionalities that you've effectively leveraged to improve system performance in past projects.

Discuss your methods for maintaining clear documentation and preparing presentations for both technical and non-technical audiences. Provide insights into the tools you use and how you ensure that your information is accessible to stakeholders, emphasizing the importance of clear communication.

Stay updated on industry trends, and share your thoughts on specific innovations that signal growth in the field, relating them to your work. This will demonstrate your passion and knowledge for the industry, illustrating that you’re proactive about keeping abreast of new developments.

Provide examples showing your willingness to adapt based on feedback received. Discuss how you solicit input from peers, and how that feedback has influenced your designs, ensuring you highlight collaboration and continuous improvement in your design methodology.

Articulate your passion for photonics and how it aligns with your career goals. Share specific moments or projects that ignited this passion, and convey enthusiasm about future advancements and contributions you hope to make in the field.