About LIST Technologies Inc:

Our client LIST Technologies Inc. (LIST) is a USA-based developer of patented advanced laser technology that utilizes infrared wavelengths to selectively excite molecules of desired isotopes for separation. Our Laser Isotope Separation Technology has numerous applications, making us the only USA-origin and patented laser uranium enrichment company. Our technology offers significant advantages over traditional methods, including gas diffusion and centrifuges, by being more energy-efficient and cost-competitive. L.I.S.T is tailored for Low Enriched Uranium (LEU) for existing civilian nuclear power plants, High-Assay LEU (HALEU) for next-generation Small Modular Reactors (SMRs) and Microreactors, the production of stable isotopes for medical and scientific research, and applications in quantum computing and semiconductor manufacturing. Our team comprises world-class nuclear experts collaborating with leading entrepreneurs and professionals, fostering strong relationships in both government and private nuclear sectors.

Overview:
The Optical Design Engineer specializing in the optical design that will lead the development, optimization, and implementation of optical systems used for our cutting-edge gas laser systems technologiesthat are primarily used for isotope enrichment. This role requires a deep understanding of optical engineering principles in relation to laser physics. The ideal candidate will have a proven track record in designing high-performance optics/laser systems and a strong ability to translate innovative concepts into scalable, reliable solutions. The position requires the ability to simulate the propagation of free-space laser beams, and the optics and opto-mechanics required to shape the beam caustics and beam profile. of simulation and also hHands- on experience in the lab for the integration/implementation of the optical system is highly desired.

Key Responsibilities and Areas of Expertise:

• Expertise in rRay traceing & POP modeling using , i.e. Zemax, FRED, etc
• Design of stable Mechanical & thermal stability of laser resonators, and how it impacts laser beam quality and beam caustics performance used in free space propagation
• operationMechanical & thermal stability of the laser resonator, and how it impacts a laser beam
• Knowledge of opto-mechanical systems used for specific optical components
• Experience/knowledge with with dispersive resonators (i.e. grating) for wavelength adjustment
• Experience/knowledge with Llenses & Ttelescopes (i.e. spherical, OAP, etc.) - reflective vs refractive
• Experience/knowledge with other optics, i.e. Brewster windows, output couplers, beam splitters, adaptive optics, phase-conjugated mirrors, etc.
• Solid understanding of polarized laser beams, and how to control it
• Experience/knowledge beam quality, beam shaping and beam caustic control
• Experience/knowledge of optics associated for laser metrology
• Active optics, i.e. AOMs, EOMs, adaptive optics, phase-conjugated mirrors, etc.
• Perform qualification testing, user guide and other technical documents.
• Solid vendor knowledge of optics and coatings manufacturers'
• Draft and maintain design documentations including BOM, procedures and tests
• Knowledgeable with Laser Induced Damage, LIDT of optics & coatings.

Qualifications:

• Majored in Optics, Physics. Master’s degree with 5 or more years of work experience. Bachelor degree with 10 or more years of work experience.
• Demonstrated solid understanding and depth knowledge in optics/laser theory and optical engineering. Proficient with Optical Design Software (CodeV/Zemax/TracePro/Fred)
• Hands-on experience with laser alignment, optical metrology, and diagnostics.

• Familiarity with basic principles of lasers and laser system design
• A team player with effective communication and a strong sense of responsibility.

Desirables:

• A background in high-power laser optics, UV optics, Plasma physics or Optomechanical design is desirable
• Knowledge of advanced gas laser applications in industrial, medical, or research fields.
• Familiarity with high-voltage systems and gas handling techniques.
• Experience in thermal management and mechanical integration for laser systems.
• Project management skills and the ability to work in cross-disciplinary teams.
• Excellent written and verbal communication skills for technical reporting and collaboration.

 

This role offers an exciting opportunity to contribute to the forefront of laser technology development, driving innovations that shape the future of laser enrichment in the industry.