About AUROXAT AUROXAT Inc. is a next-generation satellite positioning semiconductor and solutions company developing resilient, high-precision positioning technologies for autonomous systems, robotics, drones, automotive applications, critical infrastructure, and emerging space-based services.

Position Overview AUROXAT is seeking a Signal Processing & Tracking Algorithm Engineer to develop next-generation GNSS and LEO satellite receiver technologies.

In this role, you will design and optimize acquisition, tracking, synchronization, and interference mitigation algorithms that form the core of future multi-band, multi-constellation, and multi-orbit receivers. You will work closely with SoC teams to transform advanced signal processing concepts into high-performance commercial products. This position is ideal for engineers passionate about digital communications, satellite navigation, DSP, and real-time embedded systems.

Key Responsibilities · Design and develop GNSS and LEO receiver baseband algorithms. · Develop signal acquisition, detection, and synchronization algorithms. · Design carrier tracking, code tracking, and frequency tracking loops. · Optimize receiver sensitivity, tracking robustness, and dynamic performance. · Analyze and improve receiver performance under weak-signal conditions. · Analyze real-world RF recordings and field-test datasets · Support FPGA and ASIC implementation of signal processing algorithms · Collaborate with RF, hardware, firmware, and navigation teams during product development

Preferred Qualifications · Master's, or Ph.D. degree in Electrical Engineering, Computer Engineering, Aerospace Engineering, Geomatics, or a related field · Knowledge of GNSS fundamentals, digital signal processing (DSP), and control theory · GNSS signal processing, including FLL, PLL, DLL design and optimization · Resilient PNT processing, including jamming and spoofing mitigation techniques What We Offer · Opportunity to develop next-generation GNSS + LEO technologies. · Work alongside industry veterans and world-class experts in satellite navigation, semiconductors, and autonomous systems · Exposure to the full technology stack, from RF and silicon design to positioning algorithms and cloud services · Flexible and collaborative international work environment · Competitive compensation and stock option opportunities.