Lead/Senior Laser Engineer – Advanced Photonic Nanotechnology

About the Role: We are an innovative, seed-stage nanotechnology start-up developing high-end integrated photonic systems. We are seeking a Lead/Senior Laser Engineer to spearhead the measurement, characterization, and development of our core optical technology. This is a pivotal role requiring a blend of deep hands-on experimental expertise, advanced simulation capabilities, and the vision to lead a product from Proof-of-Concept (POC) to production-ready systems.

Key Responsibilities:

• Lead the development and measurement of cutting-edge nanophotonic devices at the forefront of technology.

• Design and construct complex optical architectures, including micro-integrated optical devices and fiber-to-chip alignment systems.

• Perform high-precision laser alignment and characterization using Solid-State CW, Femto (ultrafast), and Fiber lasers.

• Conduct advanced optical system design, analysis, and simulation (including spatiotemporal pulse propagation) using Zemax, COMSOL, and Python/MATLAB.

• Manage the full product lifecycle: from R&D and prototyping to mass production, including yield analysis and system calibration.

• Solve complex challenges in nanofabrication and nano-characterization as part of a high-performing expert team.

• Collaborate closely with the CTO to define technical milestones and mentor junior engineers.

Requirements:

• Ph.D. or M.Sc. in Physics (specializing in Nonlinear Optics or Ultrafast Lasers), Electro-optics, or Electrical Engineering.

• Extensive hands-on experience in setting up large-scale optical systems for characterization and manipulation.

• Proven track record in developing laser systems: design, simulations (3D BPM, pulse propagation), fabrication, assembly, and testing.

• Deep expertise in nonlinear optical materials and high-power ultrafast multistage laser sources.

• Advanced proficiency in industry-standard software: Zemax, Solidworks, Python, and MATLAB.

• Experience in IP generation and patent drafting within the electro-optics field.