Anduril Industries
Staff RF Antenna Engineer, Connected Warfare
Anduril Industries, Seattle, Washington, us, 98127
Staff RF Antenna Engineer, Connected Warfare
Join to apply for the Staff RF Antenna Engineer, Connected Warfare role at Anduril Industries. What You’ll Do
Collaborate with a multidisciplinary team of software and hardware engineers to develop software defined radios; including the implementation of DSP techniques into software and firmware and integration activities Guide DSP engineers in the execution of DSP trade studies and optimization of signal processing and machine learning algorithms for deployment on FPGAs and GPUs. Board bring up, test, and circuit optimizations. Prototype and integrate new SDR platforms that can operate across current defense and commercial waveforms, from legacy tactical radios to next-generation cellular and mesh protocols. Develop, port, and optimize waveforms and DSP pipelines for high-performance, real-time execution across SDR frameworks, FPGAs, and embedded platforms. Automate tests to enhance test coverage and ensure reproducibility and repeatability. Own lab-based integration and testing of RF subsystems, driving iteration cycles that improve product reliability, performance, and deployment readiness. Leverage data analysis and existing tools to reproduce and characterize failures. Support and perform field testing and act as a liaison to conduct ground and flight testing. Collaborate across multi-disclipinary teams (software, hardware, RF, networking) to ensure successful end-to-end system integration. Support product deployments through lab replication of field scenarios, troubleshooting, and post-mission analysis. Develop and maintain test standards, design and develop test equipment, or procuring and handling purchased test capital equipment to support test readiness. Facilitate electrical system performance, calibration, durability, and environmental testing of developmental components and systems per test plan. Integration testing of subassemblies and systems including RF and digital hardware, firmware, embedded software, and application software. Advance the state of the art by contributing to internal tools, frameworks, and methodologies that make SDR development faster and more reliable. Analyze and drive coverage and analysis of failures observed in integration, characterization, and system level testing. Characterize wireless communication systems and devices. Required Qualifications
Bachelor’s or Master’s degree in Electrical Engineering, Computer Engineering, or related fields 5+ years relevant RF design experience 8+ years of experience in waveform development, DSP or SDR engineering Experience with RF cascade analyses, component selection, and component evaluations Skilled with modeling, simulation, analysis, design, test and optimization of RF power amplifiers and supporting circuits like couplers, detectors, and bias sequencing / control Demonstrated experience with defense waveforms (e.g. WNW, TSM-X, LINK 16, Silvus, SINCGARS) and commercial standards (LTE, 5G NR, Wi-FI, SATCOM, etc) Hands-on experience with one or more SDR toolkits/frameworks: GNU Radio, REDHAWK, Ettus/USRP, Xilinx RFSoC, custom FPGA DSP pipelines Ability to travel to and work at remote sites supporting test integration, commissioning, and training as required Strong background in signal processing, modulation/demodulation, PHY/MAC integration and RF system performance optimization Proficiency in C/C++ and Python; exposure to HDL (VHDL/Verilog) a plus Comfortable in the lab with RF test equipment (spectrum analyzers, VNAs, signal generations, channel emulation) and able to iterate quickly on prototypes Excellent written, verbal, interpersonal, communication, and organization skills Ability to obtain and maintain a security clearance Experience with schematic capture and guiding PCB layout Experience with test plan development and test execution Desired Qualifications
Knowledge of regulatory standards and compliance in aerospace 3D electromagnetic modeling and simulation using Ansys HFSS, CST, Feko Experience deploying SDR systems in operational defense environments Familiarity with mesh networking protocols, MANET radios, and multi-node RF environments Knowledge of embedded Linux, real-time systems, and SDR driver stacks Proven ability to thrive in fast-paced, iterative engineering environments Familiar with wireless protocols and test methods Familiar with military and spectrum regulatory standards and test methods Experience with RF requirement development and feasibility analyses Familiar with Python for analysis and test automation Experience with PCB design/layout Familiar with embedded Linux Compensation and Benefits
US Salary Range: $191,000—$253,000 USD. This range is an estimate based on compensation factors. Actual offer may vary. Anduril offers competitive equity and comprehensive benefits, including medical, dental, vision, and other programs as described by the recruiter. Additional Information
Travel and security requirements: Ability to obtain and maintain a security clearance. This role may require travel to remote sites for testing and training.
#J-18808-Ljbffr
Join to apply for the Staff RF Antenna Engineer, Connected Warfare role at Anduril Industries. What You’ll Do
Collaborate with a multidisciplinary team of software and hardware engineers to develop software defined radios; including the implementation of DSP techniques into software and firmware and integration activities Guide DSP engineers in the execution of DSP trade studies and optimization of signal processing and machine learning algorithms for deployment on FPGAs and GPUs. Board bring up, test, and circuit optimizations. Prototype and integrate new SDR platforms that can operate across current defense and commercial waveforms, from legacy tactical radios to next-generation cellular and mesh protocols. Develop, port, and optimize waveforms and DSP pipelines for high-performance, real-time execution across SDR frameworks, FPGAs, and embedded platforms. Automate tests to enhance test coverage and ensure reproducibility and repeatability. Own lab-based integration and testing of RF subsystems, driving iteration cycles that improve product reliability, performance, and deployment readiness. Leverage data analysis and existing tools to reproduce and characterize failures. Support and perform field testing and act as a liaison to conduct ground and flight testing. Collaborate across multi-disclipinary teams (software, hardware, RF, networking) to ensure successful end-to-end system integration. Support product deployments through lab replication of field scenarios, troubleshooting, and post-mission analysis. Develop and maintain test standards, design and develop test equipment, or procuring and handling purchased test capital equipment to support test readiness. Facilitate electrical system performance, calibration, durability, and environmental testing of developmental components and systems per test plan. Integration testing of subassemblies and systems including RF and digital hardware, firmware, embedded software, and application software. Advance the state of the art by contributing to internal tools, frameworks, and methodologies that make SDR development faster and more reliable. Analyze and drive coverage and analysis of failures observed in integration, characterization, and system level testing. Characterize wireless communication systems and devices. Required Qualifications
Bachelor’s or Master’s degree in Electrical Engineering, Computer Engineering, or related fields 5+ years relevant RF design experience 8+ years of experience in waveform development, DSP or SDR engineering Experience with RF cascade analyses, component selection, and component evaluations Skilled with modeling, simulation, analysis, design, test and optimization of RF power amplifiers and supporting circuits like couplers, detectors, and bias sequencing / control Demonstrated experience with defense waveforms (e.g. WNW, TSM-X, LINK 16, Silvus, SINCGARS) and commercial standards (LTE, 5G NR, Wi-FI, SATCOM, etc) Hands-on experience with one or more SDR toolkits/frameworks: GNU Radio, REDHAWK, Ettus/USRP, Xilinx RFSoC, custom FPGA DSP pipelines Ability to travel to and work at remote sites supporting test integration, commissioning, and training as required Strong background in signal processing, modulation/demodulation, PHY/MAC integration and RF system performance optimization Proficiency in C/C++ and Python; exposure to HDL (VHDL/Verilog) a plus Comfortable in the lab with RF test equipment (spectrum analyzers, VNAs, signal generations, channel emulation) and able to iterate quickly on prototypes Excellent written, verbal, interpersonal, communication, and organization skills Ability to obtain and maintain a security clearance Experience with schematic capture and guiding PCB layout Experience with test plan development and test execution Desired Qualifications
Knowledge of regulatory standards and compliance in aerospace 3D electromagnetic modeling and simulation using Ansys HFSS, CST, Feko Experience deploying SDR systems in operational defense environments Familiarity with mesh networking protocols, MANET radios, and multi-node RF environments Knowledge of embedded Linux, real-time systems, and SDR driver stacks Proven ability to thrive in fast-paced, iterative engineering environments Familiar with wireless protocols and test methods Familiar with military and spectrum regulatory standards and test methods Experience with RF requirement development and feasibility analyses Familiar with Python for analysis and test automation Experience with PCB design/layout Familiar with embedded Linux Compensation and Benefits
US Salary Range: $191,000—$253,000 USD. This range is an estimate based on compensation factors. Actual offer may vary. Anduril offers competitive equity and comprehensive benefits, including medical, dental, vision, and other programs as described by the recruiter. Additional Information
Travel and security requirements: Ability to obtain and maintain a security clearance. This role may require travel to remote sites for testing and training.
#J-18808-Ljbffr