AirLogic Silicon lnc.
Signal Processing Engineers
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Company Description
AirLogic Silicon Inc. is a deep-tech semiconductor company specializing in next-generation Radio-Frequency Integrated Circuits (RFICs) for advanced hardware performance and superior signal reception. Working closely with its implementation subsidiary, Omniaperture Ltd, the company focuses on physical-layer innovation to overcome traditional silicon scaling limits. AirLogic Silicon is the architectural home of the USIC-V1, a breakthrough Software-Defined Metasurface Receiver designed for demanding signal environments. Its core capabilities span RFIC and mixed-signal IC design, low-power DSP pipeline engineering, and electromagnetic modeling and verification using tools such as Python, C++, and 3D CAD. The company partners with global foundries, OEMs, and leading technology enterprises to shape the future of wireless infrastructure.
Role Description
Signal Processing Engineers at AirLogic Silicon Inc. work on the design, implementation, and optimization of low-power digital signal processing pipelines for advanced RF and mixed-signal hardware. In this full-time remote role, you will collaborate with IC designers and electromagnetic modeling specialists to co-design physical-layer architectures and DSP algorithms that enhance signal integrity, reception, and power efficiency.
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Day-to-day responsibilities include:
- Developing and simulating DSP algorithms
- Creating hardware-aware implementations
- Analyzing performance trade-offs
- Validating designs against system requirements and real-world signal environments
You will contribute to modeling, verification, and optimization workflows, support integration with RFIC and metasurface-based receivers, and document design decisions, test results, and specifications for cross-functional teams. The role involves regular collaboration via remote tools, participation in design reviews, and continuous learning to apply state-of-the-art signal processing and communication theory.
Qualifications
- Strong skills in digital signal processing, including algorithm development, filter design, spectral analysis, and experience with low-power DSP architectures.
- Proficiency in numerical computing and programming tools such as Python, MATLAB, C, or C++, with the ability to build robust simulation and analysis pipelines.
- Knowledge of RF systems and communications theory, including modulation schemes, channel estimation, noise modeling, and signal integrity considerations.
- Experience with hardware-aware design, including FPGA or ASIC-based implementation flows, fixed-point optimization, and performance/power trade-off analysis.
- Familiarity with modeling and verification workflows, including use of CAD tools, scripting for automation, and data visualization for design validation.
- Strong analytical, problem-solving, and documentation skills, with the ability to communicate complex technical ideas clearly to cross-disciplinary teams.
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A bachelor’s or master’s degree in Electrical Engineering, Computer Engineering, Applied Physics, or a related field is required; a PhD or equivalent research.
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