Our client is a pioneering technology company specializing in next-generation optical wireless communication systems. Founded by experts in integrated photonics and advanced optical networking, they are developing fully photonic-integrated transceivers to revolutionize high-speed, long-range wireless optical connectivity. Their mission is to enhance data transmission reliability and efficiency in challenging environments through cutting-edge photonic innovation. MISSION Lead the development of high-performance optical wireless communication systems, focusing on system architecture, signal processing, and adaptive control algorithms to optimize performance under dynamic real-world conditions. GOALS System Development & Optimization: Design, simulate, and implement optical wireless communication architectures that improve data transmission efficiency and resilience. Channel Modeling & Analysis: Develop and refine propagation models to mitigate signal degradation caused by atmospheric turbulence and non-ideal transmission channels. Advanced Control & Signal Processing: Design adaptive tracking algorithms and real-time signal correction techniques to ensure stable, high-integrity communication links. Cross-Disciplinary Integration: Work with hardware, photonics, and software engineering teams to optimize transceiver performance. Technical Communication: Generate technical reports, research publications, and stakeholder presentations, translating complex system insights into actionable strategies. FUNCTIONS Define system architectures and create simulation frameworks for next-generation optical wireless communication systems. Develop advanced modeling techniques to predict and enhance system performance under real-world conditions. Implement and optimize control algorithms for beam tracking, synchronization, and error correction. Collaborate with cross-functional teams, ensuring seamless integration of photonics, electronics, and embedded software. Analyze system performance, iterating on design improvements to enhance signal reliability and robustness. QUALIFICATIONS Ph.D. in Physics, Electrical Engineering, Photonics, or a related field. Extensive research and development experience in optical wireless communication, free-space optics, or high-speed optical networking. Technical Expertise: Deep understanding of optical signal processing, wavefront correction, and advanced communication architectures. Proficiency in optical link analysis and modeling tools (e.G., VPItools, Optisystem, Simulink ). Expertise in optical modulation, coding techniques, and adaptive error correction algorithms. Strong background in tracking and stabilization systems for optical communication links. Experience in integrating photonic devices with electronic and software-driven control systems .#J-18808-Ljbffr