Adaptive Optical Senior Engineer
olee.space
About the role
Sr. Adaptive Optics Engineer — Space | olee.space | Pune
Optical Engineering | Full-Time, On-Site | 5+ Years Experience
⚠️ Before you apply
- B.E./B.Tech mandatory (M.Tech/M.Sc/Ph.D preferred)
- 5+ years in adaptive optics design, simulation, or testing
- Pune on-site only — no remote, no hybrid
About olee.space
We are building India's most advanced free-space optical communication (FSOC) and quantum-secure networking systems. State-of-the-art atmospheric compensation for high-throughput laser links has been demonstrated globally.
About the Role
You will design wavefront sensing and correction systems for our satellite laser communication links — compensating atmospheric turbulence to maintain high-quality optical beams for reliable space-to-ground and inter-satellite links. This role sits at the intersection of optics, control systems, and real-time signal processing.
What You Will Do
- Design and implement adaptive optics systems — deformable mirrors (MEMS, piezoelectric, bimorph), wavefront sensors (Shack-Hartmann, pyramid, curvature), and tip‑tilt correction mechanisms
- Develop AO control algorithms — modal and zonal wavefront reconstruction, predictive control, model‑based AO, and machine‑learning‑based wavefront estimation
- Model atmospheric turbulence (Kolmogorov/von Kármán, Cn² profiling) and its impact on optical link performance using MATLAB, Python, or dedicated AO simulation tools (OOMAO, COMPASS, SOAPY)
- Integrate AO sub‑system with the broader laser communication terminal PAT (Pointing, Acquisition, and Tracking) architecture
- Conduct laboratory characterisation — closed‑loop bandwidth, Strehl ratio improvement, residual wavefront error — and outdoor field validation
- Support field tests of AO‑enhanced laser communication links across varying atmospheric conditions
- Collaborate with optical, FPGA, firmware, and systems engineering teams on real‑time AO loop implementation
You Must Have
- B.E./B.Tech (mandatory) with M.Tech/M.Sc/Ph.D preferred in Optics, Photonics, Physics, or Electrical Engineering
- 5+ years in adaptive optics system design, simulation, or testing — academic or industry
- Proficiency in MATLAB and/or Python for wavefront simulation and control algorithm development
- Understanding of Zernike polynomials, Strehl ratio, wavefront error budgets, turbulence statistics, and isoplanatic angle
- Hands‑on experience with deformable mirrors, wavefront sensors, and fast steering mirrors
Nice to Have
- Experience with adaptive optics for free‑space optical communication
- Background in real‑time FPGA‑based control system design for high‑bandwidth AO loops (>1 kHz)
- Knowledge of machine learning approaches for wavefront prediction (CNN, RNN‑based methods)
- Familiarity with scintillation compensation and aperture averaging techniques for satellite links
What You Get
- Nation‑critical FSOC and quantum‑secure work
- Competitive pay + ESOPs
- Your name on flight hardware orbiting Earth
- Health insurance, L&D budget, conference sponsorship
- Zero bureaucracy — talk to the CEO anytime
📩 Apply
admin@olee.space | Subject: "Sr.Adaptive Optics Engineer — [Your Name]"
Requirements
- B.E./B.Tech (mandatory) with M.Tech/M.Sc/Ph.D preferred in Optics, Photonics, Physics, or Electrical Engineering
- 5+ years in adaptive optics system design, simulation, or testing — academic or industry
- Proficiency in MATLAB and/or Python for wavefront simulation and control algorithm development
- Understanding of Zernike polynomials, Strehl ratio, wavefront error budgets, turbulence statistics, and isoplanatic angle
- Hands-on experience with deformable mirrors, wavefront sensors, and fast steering mirrors
Responsibilities
- Design and implement adaptive optics systems — deformable mirrors (MEMS, piezoelectric, bimorph), wavefront sensors (Shack-Hartmann, pyramid, curvature), and tip-tilt correction mechanisms
- Develop AO control algorithms — modal and zonal wavefront reconstruction, predictive control, model-based AO, and machine-learning-based wavefront estimation
- Model atmospheric turbulence (Kolmogorov/von Kármán, Cn² profiling) and its impact on optical link performance using MATLAB, Python, or dedicated AO simulation tools (OOMAO, COMPASS, SOAPY)
- Integrate AO sub-system with the broader laser communication terminal PAT (Pointing, Acquisition, and Tracking) architecture
- Conduct laboratory characterisation — closed-loop bandwidth, Strehl ratio improvement, residual wavefront error — and outdoor field validation
- Support field tests of AO-enhanced laser communication links across varying atmospheric conditions
- Collaborate with optical, FPGA, firmware, and systems engineering teams on real-time AO loop implementation
Benefits
Skills
Don't send a generic resume
Paste this job description into Mimi and get a resume tailored to exactly what the hiring team is looking for.
Get started free