Opto-Mechanical Engineer (High-Power Lasers)

As an Opto-Mechanical Engineer (High-Power Lasers) at Freeform, your main responsibilities will include designing and building complex opto-mechanical systems, integrating high power lasers, and creating detailed drawings adhering to opto-mechanical GD&T standards. You'll own the entire process of precision alignment, perform optical performance tests, and collaborate with teams across various engineering disciplines to ensure a robust system architecture.

To qualify for the Opto-Mechanical Engineer (High-Power Lasers) role at Freeform, you should have a minimum of 5 years of experience in opto-mechanical systems design, demonstrated hands-on experience with optical assemblies, precision alignment, and strong fundamentals in mechanical engineering and physics. A Bachelor’s degree (or higher) in optics, mechanical engineering, or a related technical field is also essential.

No, prior experience in 3D printing is not necessary for the Opto-Mechanical Engineer (High-Power Lasers) position at Freeform. We value smart, motivated engineers who enjoy solving hard problems and have a collaborative spirit. Your innovative mindset and technical expertise will be the keys to success in this role!

Freeform provides a comprehensive benefits package for its Opto-Mechanical Engineers (High-Power Lasers), including 100% employer-paid Medical, Dental, and Vision insurance, significant stock option packages, 401(k) options, and paid vacation among other perks. We foster an inclusive culture that values collaboration, learning, and growth, alongside a relaxed work environment.

The expected salary range for the Opto-Mechanical Engineer (High-Power Lasers) role at Freeform is between $110,000 and $140,000. This wide range reflects our commitment to offer compensation that's commensurate with an individual's experience, skills, and the company's current stage of development.

In answering this question, share specific projects where you successfully designed opto-mechanical systems. Discuss the complexity of the systems, your design methodology, and any particular challenges you overcame, demonstrating both your technical skills and problem-solving abilities.

Discuss aspects such as thermal management, optical alignment, safety protocols, and how you ensure performance reliability. Highlighting your past experiences where you’ve successfully navigated these challenges will show your depth of knowledge in the subject matter.

Explain your methods for precision alignment, including any tools or software you utilize. Mention the importance of precision in system performance and any successful techniques or innovations you've implemented in previous roles.

Share your proficiency with CAD software, especially when it comes to creating detailed drawings that meet GD&T standards. Providing examples of how you’ve effectively used CAD in past designs will reinforce your practical experience.

Discuss your team collaboration strategies, including communication techniques, regular updates, and feedback loops. Mention a specific project where you had to work closely with different engineering disciplines to achieve a successful outcome.

Give insight into the complexities you face, such as integrating new technologies or materials, and how you tackle these challenges. It’s an opportunity to demonstrate your critical thinking and adaptability in real-world applications.

Share a specific example where you identified an issue with optical performance and how you approached solving it, including the testing methods you used and the results you achieved. This exhibits your analytical skills and ability to drive improvements.

Talk about any projects where you integrated high-speed cameras, focusing on the role they played in your designs and any technologies or techniques that enhanced your optical systems. Make sure to mention how you ensured the cameras worked seamlessly with laser systems.

Discuss your approach to opto-mechanical tolerancing, balancing system-level and component-level specifications. Provide examples of how you’ve managed tolerances effectively to enhance system performance.

Share your habits for continuous learning, such as attending workshops, reading industry publications, or participating in professional organizations. This showcases your commitment to remaining informed and innovative in your field.