Responsibilities:

• Design, characterize, and deliver algorithms such as channelizers, frequency agile detection, adaptive filters, MIMO, wideband detectors, and other algorithms related to signal sorting
• Write and contribute to existing Python repositories using CUDA and PyTorch
• Own requirements, ICDs, and verification from concept through delivery
• Stay current: Track and insert advances in signal processing techniques and associated technologies, adaptive beamforming, RF machine learning, and resilient PNT for GPS-denied ops.

Required Qualifications:

• Masters Degree in Electrical, Computer or Systems Engineering or related field with Graduate study emphasis in Signal Processing; OR a Bachelor’s Degree in an Engineering discipline with 3-5 years relevant working Signal Processing Experience
• Intermediate to advanced proficiency in Python
• Willingness to support critical test events that occasionally require extended hours/weekends.
• Ability to obtain and maintain a security clearance. Learn more about Security Clearances here.
• Must be a U.S. Person (see ITAR Regulations below) due to required access to U.S. export-controlled information or facilities

Bonus Points:

• PhD in Electrical Engineering, Computer Engineering, or related field
• 5+ years’ experience with EW subsystems and payloads.
• EA/ECM technique design (deception, Digital RF Memory, coherent/non-coherent techniques).
• Comms system design (LPI/LPD, Waveform-of-Interest exploitation)
• RF machine learning for emitter ID, modulation/classification, anomaly detection, PDW creation
• Tools Experience: ADS/AWR/SystemVue, MATLAB/Simulink, Python (NumPy/SciPy), GNU Radio/SDR (USRP/RFSoC), VITA-49; HDL/firmware experience also helpful (Vivado/Quartus/Libero).
• Clearance: Active Secret or ability to obtain and maintain; TS/SCI eligibility preferred. ITAR/EAR-controlled work.
• Field work: supporting periodic travel for flight tests and customer demonstrations/support
• Mindset: Builder-tester who loves first-principles RF, rapid lab iteration, and getting hardware flying fast.

What We Offer:

• Competitive salary, stock options and benefits, including health, vision and dental.
• 401K enrollment at 90 days.
• Generous PTO + most Federal Holidays observed.
• Collaborative and inclusive work environment.
• Access to the latest tools and technologies.
• High levels of responsibility and autonomy.
• Professional growth and development opportunities.
• Access to the hardest problems in electronic warfare.

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This role requires an onsite presence in our El Segundo, CA HQ; a remote work environment is not considered for this opportunity.

Key Responsibilities:

• Design, validate & deliver RF payload subsystems: Design, Integration and Testing of Antennas, RF front ends, SDRs and provide validation of operation. Support development and analysis of RF performance metrics.

• Own requirements, ICDs, and verification from concept through delivery

• Stay current: Track and insert advances in relevant technologies, SDRs, RF Systems, RF machine learning, and PNT.

Qualifications:

• BS/MS in Electrical Engineering, Computer Engineering, or related field

• Antenna and receiver design across analog/RF/mixed-signal domains: mixers, PLLs/LOs, gain/linearity/noise trades; ability to turn simulations into reality.

• Channelizers & wideband architectures: filter banks, analog/digital down conversion, sample-rate planning, clocking/synchronization.

• Willingness to support critical test events that occasionally require extended hours/weekends

• Ability to obtain and maintain a security clearance

• Must be a U.S. Person (see ITAR Regulations below) due to required access to U.S. export-controlled information or facilities

Bonus Points:

• PhD in Electrical Engineering, Computer Engineering, or related field

• 5+ years’ experience with EW subsystems and payloads

• EA/ECM technique design (deception, Digital RF Memory, coherent/non-coherent techniques)

• Digital Signal processing: Design characterize and deliver channelizers, wideband detection/classification, MIMO/digital-arrays, and algorithms in MATLAB/Python/C++

• Communication / Waveform system design

• RF machine learning for emitter ID, modulation/classification, anomaly detection, PDW creation

• Tools Experience: ADS/AWR/SystemVue, MATLAB/Simulink, Python (NumPy/SciPy), GNU Radio/SDR (USRP/RFSoC), VITA-49; HDL/firmware experience; also helpful (Vivado/Quartus/Libero).

• Clearance: Active Secret or ability to obtain and maintain; TS/SCI eligibility preferred. ITAR/EAR-controlled work. Learn more about Security Clearances here.

• Field work: supporting periodic travel for flight tests and customer demonstrations/support

• Mindset: Builder-tester who loves first-principles RF, rapid lab iteration, and getting hardware flying fast

What We Offer:

• Competitive salary, stock options and benefits, including health, vision and dental.

• 401K enrollment at 90 days.

• Generous PTO + most Federal Holidays observed.

• Collaborative and inclusive work environment.

• Access to the latest tools and technologies.

• High levels of responsibility and autonomy.

• Professional growth and development opportunities.

• Access to the hardest problems in electronic warfare.

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As a High Frequency Electromagnetics Application Engineer, you will be part of the Electronics High Frequency team within the Ansys Customer Excellence group. This team is comprised of experts in RF, signal integrity, and simulation technologies, working collaboratively across disciplines and regions to deliver innovative solutions.

Your primary responsibilities will include:

• Leading and assisting in coordinating technical activities throughout the sales opportunity lifecycle, including technical discovery, product presentations, demonstrations, and evaluations.
• Providing best-in-class solutions involving RF, antenna flows, and PCB/system interactions for signal and power integrity flows, EMI/EMC, collaborating across regions and functions.
• Participating in external and internal events to enhance RF/SI/PI/EMI simulation solutions and contribute to professional growth and marketing efforts.
• Acting as a product expert for Ansys products, engaging with customers to understand their design needs and workflows, highlighting Ansys' value proposition.
• Working closely with product development teams to translate customer requirements into innovative product features and test new releases on industrial problems.
• Delivering consulting services and conducting introductory or intermediate training classes to empower customers and colleagues.

In this role, you will drive customer success by integrating advanced simulation tools into their engineering workflows, enabling efficient and accurate design outcomes. You will also enhance Synopsys' reputation for technical excellence and customer-centric innovation through tailored solution delivery.

Requirements:

• MS/PhD in Electrical/Electronic Engineering or equivalent, with specialization in electromagnetics.
• 5–7 years of experience in the high-frequency domain, using simulation tools for real-world applications.
• Expertise with Ansys HFSS, SIwave, Q3D Extractor, or comparable industry simulation software.
• Understanding of high-frequency, microwave, and antenna concepts, including S-parameters, wave propagation, and radiation patterns.
• Ability to research, debug, and resolve software-related issues efficiently.

Preferred qualifications include familiarity with signal and power integrity simulation, experience building automation workflows for RF/Signal/Power Integrity/EMC simulation flows, knowledge of commercial packages such as ADS, SystemVue, Simulink, AWR, CST, FEKO, and awareness of 5G systems, phased array, digital beamforming, microwave components, communication, and radar systems.

If you are a logical problem-solver with strong interpersonal and communication skills, highly organized and adept at time management, professional, business-oriented, and driven to succeed in fast-paced environments, we encourage you to apply.

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