About the Role
A rapidly growing defense-technology company is developing advanced directed-energy laser systems designed to counter small unmanned aerial threats. The team is focused on building scalable, field-deployable laser platforms that transition quickly from lab prototypes to real-world deployment.
We are seeking an experienced Senior Laser Systems Engineer to architect, develop, and validate beam-delivery and targeting subsystems for next-generation laser platforms. This role owns end-to-end beam-train design, automated aiming systems, and materials testing across both pulsed and continuous-wave (CW) regimes.
Key Responsibilities
Beam-Train Architecture & Assembly
Design and assemble complete optical paths including coatings, mirrors, fiber/optic interfaces, and precision alignment fixtures to meet power and beam-quality targets.
Automated Aiming & Targeting
Develop and integrate laser-aiming subsystems that combine optomechanics, control-system interfaces, and precision tracking/dwell control.
Ablation & Damage-Threshold Testing
Plan and execute material ablation experiments, characterize optical damage thresholds, and iterate mechanical/optical designs to improve durability and performance.
Laser Trade Studies
Conduct wavelength and architecture trade analyses considering performance, safety, manufacturability, and supply-chain constraints.
Cross-Functional Collaboration
Partner with controls, mechanical, and sensor engineering teams to ensure system-level integration and synchronization between beam output and targeting data.
Prototype Iteration & Field Trials
Drive rapid prototype builds, range testing, and performance data collection to refine optical and mechanical designs.
Documentation & Reporting
Produce technical reports, alignment procedures, and test documentation. Present findings to internal stakeholders and maintain updated design specifications.
Required Qualifications
4 7 years of experience in high-power or directed-energy laser development, optical-train engineering, or closely related fields
Deep proficiency with optical design software such as Zemax or Code V
CAD experience with tools such as SolidWorks or Creo
Hands-on experience with high-power coatings, mirror mounts, and fiber-optic interfaces
Demonstrated experience with ablation testing and damage-threshold characterization
Familiarity with both pulsed and continuous-wave laser architectures and wavelength trade-offs
BS or MS in Optical Engineering, Physics, Electrical Engineering, or a related discipline
Strong analytical, communication, and collaborative problem-solving skills
Preferred / Nice to Have
Experience with field-deployed laser or defense-related optical systems
Optical fiber handling and splice qualification experience
Environmental qualification testing (vibration, thermal shock, etc.)
Familiarity with ANSI Z136 laser safety standards and ITAR regulations
Work Environment:
Highly hands-on lab and field environment with rapid prototype cycles and frequent cross-disciplinary collaboration. Ideal for engineers who thrive in fast-paced experimental development and hardware iteration.
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