Senior ISR Opto-Mechanical Engineer

As a Senior ISR Opto-Mechanical Engineer at Anduril Industries, your primary responsibilities include leading the development of advanced infrared sensors for ISR applications, guiding hardware from concept to real-world use, integrating systems into ISR platforms, and conducting detailed opto-mechanical designs. You'll also prototype creative solutions, analyze project failures, and work closely with clients during critical hardware demonstrations.

To qualify for the Senior ISR Opto-Mechanical Engineer role at Anduril Industries, candidates should possess experience in interdisciplinary technical projects, strong CAD skills for engineering drawings, an understanding of thermal and structural analysis, and demonstrated hands-on fabrication skills. Additionally, candidates must be capable of integrating electronic components into mechanical designs and must hold an active U.S. Secret security clearance.

The Senior ISR Opto-Mechanical Engineer plays a crucial role in Anduril's mission by pioneering the development of advanced technology that enhances U.S. military capabilities. Through innovative designs and effective integration of new optical systems, the engineer helps ensure that defense technologies are not only state-of-the-art but also ready for immediate deployment to address security challenges.

At Anduril Industries, Senior ISR Opto-Mechanical Engineers have access to a professional development stipend, allowing for continual learning and skills enhancement. This may include attending workshops, taking courses related to their field, or engaging in discussions on the latest industry advancements to stay at the forefront of defense technology.

Anduril Industries provides significant advantages for Senior ISR Opto-Mechanical Engineers, including competitive salary packages, comprehensive healthcare benefits, robust life assurance options, and generous paid leave policies. Additionally, employees benefit from a supportive workplace culture focused on inclusion, continuous improvement, and collaboration.

When answering this question, focus on specific projects where you developed opto-mechanical components. Discuss the technologies you used, the design challenges you faced, and how you overcame them. Highlight any CAD tools you are proficient with and any measurable outcomes from your efforts.

Discuss your methodical approach to system integration, emphasizing the importance of communication, collaboration, and testing. Include examples from past experiences where you ensured successful integration of optical systems into platforms, noting key steps and any challenges encountered.

Explain your prototyping process by outlining your steps from concept to execution. Include how you utilize simulations, iterate designs based on test results, and leverage feedback to refine your prototypes. Providing specific examples will depict your hands-on experience and analytical approach.

To answer this question effectively, choose a specific example that highlights your problem-solving skills. Explain the scenario, the impact of the failure, and the steps you took to analyze and resolve the issue. Focus on what you learned from the experience and how it improved your future projects.

Mention the specific CAD software you are familiar with and provide details on how you keep your designs compliant with industry standards. Discuss version control, feedback incorporation from peers, and any specific tools you use for quality assurance in your engineering drawings.

In your response, detail your past experiences conducting thermal and structural analysis for mechanical designs. Mention any software tools you’ve used and key projects that illustrate your ability to assess and improve designs based on these analyses.

Provide examples from your previous work where you combined electronics and mechanical systems. Discuss your approach to considering the functionality, ergonomics, and safety of integrating different components, showcasing your understanding of interdisciplinary systems.

Reflect on recent advancements in ISR technologies and discuss specific innovations that intrigue you. This could include topics like AI integration, advancements in sensor technology, or the future of autonomous systems. Show your passion and awareness of industry trends, as well as potential applications.

Discuss how hands-on fabrication skills are critical for a Senior ISR Opto-Mechanical Engineer by emphasizing the importance of tangible experience in designing and transitioning concepts to production. Provide examples of when your fabrication skills directly influenced a project's success.

Outline your strategic approach to project management. Share your methods for assessing project priorities, such as evaluating urgency, impact, and resource availability. Mention any tools or frameworks you use to keep track of timelines and progress.