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CyberCoders, Inc. is seeking a Senior High-Speed Photonic Design Engineer to advance next-generation photonic and electronic modules for wireless optical communications. You will own photonic transmitter/receiver architectures and 35-70 GHz RF design within highly integrated PICs.
The role demands deep modulation knowledge, tapeout experience, and a passion for solving challenging problems in a small, agile team. Remote-friendly with HQ in Sunnyvale, CA.
Job Title: Senior Photonic IC Design Engineer - High-Speed Optical Communications
Location: REMOTE - Our HQ is in Sunnyvale, CA
Compensation: $200K - $250K base + 15%-20% bonus + equity
Requirements: Silicon Photonics, Photonic Integrated Circuit (PIC) Design, High-Speed Optical Modulators, Photodetector Design, RF/Microwave Design (35-70 GHz), Optical Phased Arrays (OPA)
Our company is on a mission to connect billions of people who lack abundant and affordable internet by pioneering high-throughput, long-range free-space optical communication (FSOC) technologies. Our links use eye-safe lasers propagating between two terminals to transmit high-speed data wirelessly. Lead the charge in bringing our groundbreaking wireless optical communication to the world. Join us to light the way toward bridging the digital divide and illuminating the future.
We are seeking a Senior High-Speed Photonic Design Engineer to work on next-generation photonic and electronic integrated modules as part of the R&D team developing cutting-edge wireless optical communication systems based on integrated optical phased arrays.
The successful candidate will own photonic transmitter and receiver architecture, high-speed photonic modulator and detector design, and RF/microwave transmission line design within the very-large-scale photonic integrated circuits (PICs) developed at our company. The role requires deep expertise in 35-70 GHz RF and photonic design - including demonstrated design and layout ownership on commercial foundry tapeouts - as well as extensive experience with the intricacies of modulation formats and communication link budgets.
We are looking for a highly motivated individual who thrives in ambiguity, enjoys working in a small, dynamic team environment, and has a passion for solving challenging problems that lead to high-impact technological advances.