Senior Optical Engineer

Leonardo Electronics US Inc•Tucson, AZ

3d•Onsite

About The Position

The Senior Optical Engineer is responsible for leading the design, analysis, and development of advanced optical systems used in high-power laser applications.

Requirements

Must possess a minimum of a BS degree in Optics (MS/PhD preferred) with at least 7 years’ experience.
Minimum 2 years’ experience in design, manufacture, and assembly of optical systems/optical components/micro-optics.
Must be a U.S. person within the meaning of ITAR (U.S. Citizen, U.S. Permanent Resident, Political Asylee, or Refugee).

Nice To Haves

Experience developing micro- and macro-optical assembly methods for prototype and volume manufacturing, including phase-controlled optical paths.
Background designing, configuring, and validating optical test setups for high-power laser systems, including measurements such as coherent combining efficiency, M², and phase-locking behavior.
Familiarity with coherent beam combining concepts and related phase-controlled subsystems.
Working knowledge of high-power laser diodes, micro-optics, illumination optics, fiber-coupled modules, or fiber-laser systems.
Experience collaborating with optical suppliers and selecting materials/components for advanced optical assemblies, including polarization-controlled micro-optics, and other CBC-related elements.
Proficiency with analysis tools such as MATLAB or Python for modeling propagation, phase-control loops, or coherent combining architectures.
Strong knowledge of Zemax with extensive experience in sensitivity analysis, tolerancing, and athermalization for system and subsystem designs.
Hands-on knowledge of laser systems, optical inspection, alignment, and attachment methodologies.
Good communication skills—written and presentation.

Responsibilities

Deep foundation in physical/wave optics concepts, including Fresnel/Fraunhofer diffraction, wave propagation, interference theory, wavefront analysis, and spatial/temporal coherence. Experience with interferometric systems, adaptive optics, phase-locking, or phase noise modeling is directly applicable in lieu of direct CBC experience.
Interact closely with customers to determine optical design feasibility against specifications, including systems requiring coherent beam combining or phase-controlled architectures.
Work as optical design lead on cross-functional projects to achieve required technical feasibility. Team members may include mechanical, electronic, and industrial engineers.
Identify and interact with external suppliers for sourcing components or systems required for prototype builds and new products, including phase modulators, and CBC-qualified micro-optics.
Design optical systems, including micro-optics, to condition laser diode beams for free-space, fiber-coupled, and coherently combined products.
Perform tolerance, athermal, and phase-sensitivity analysis of optical systems for defense-qualified environments and coherent beam combining stability.
Develop assembly methods for micro- and macro-optical assemblies for prototype and volume manufacturing, including phase-controlled optical paths for CBC systems.
Design, configure, build, and validate optical test setups to confirm optical performance of products, including coherent combining efficiency, M², and phase-locking behavior. Communicate results to project team and customers.
Analyze test data and generate test reports for presenting to customers, including coherent combining efficiency, phase error budgets, and stability metrics.
Work closely with optical technicians to develop precision alignment, test, and characterization methods for assembly of optical systems and subsystems, including interferometric and phase-locking setups.
Monitor and/or perform optical system or device characterization of new products, including coherent beam combining modules and phase-controlled subsystems.
Document new assembly and test processes for transferring know-how to other team members.