Job description

Anduril Industries is a defense technology company with a mission to transform U.S. and allied military capabilities with advanced technology. By bringing the expertise, technology, and business model of the 21st century’s most innovative companies to the defense industry, Anduril is changing how military systems are designed, built and sold. Anduril’s family of systems is powered by Lattice OS, an AI-powered operating system that turns thousands of data streams into a realtime, 3D command and control center. As the world enters an era of strategic competition, Anduril is committed to bringing cutting-edge autonomy, AI, computer vision, sensor fusion, and networking technology to the military in months, not years. ABOUT THE TEAM The Anduril Imaging team develops state-of-the-art imaging systems across both hardware and software, deployed to tackle the most significant security challenges of America and its allies. The team is heavily involved in utilizing computer vision, perception, electro-optical, infrared, and sensor data to give the US and its allies an advantage. We are extending that capability into orbit — building space-based EO/IR and sensing payloads under a New Space philosophy: aggressive schedules, commercial-cadence engineering, and a relentless bias toward flying hardware. Our standard is to take a payload from architecture to orbit in a year or less, not the multi-year timelines that have traditionally defined space programs. ABOUT THE JOB As a System Architect on the Anduril Imaging team, you will own the electronics architecture for space-bound imaging payloads and drive their design from concept through flight. This is a system-level role for an engineer who can hold the whole payload in their head — defining the electrical architecture, making the build-versus-buy and COTS-versus-rad-hard tradeoffs that keep schedule and cost in check, and then going hands-on to lay out, bring up, and qualify the hardware. You will set the technical direction for power, sensor, and interface electronics, and remain hands-on to see your individual designs take flight. You will work in rapid design cycles where the goal is to get capable, robust hardware into space in twelve months or less. You will make well-informed engineering judgments about which requirements are load-bearing and which aren't, iterate on real hardware, and demonstrate the discipline to design for manufacturability, test, and EMI/EMC compliance from day one. You will operate with a high degree of autonomy and be a technical anchor for less experienced engineers on the team. WHAT YOU’LL DO Own the electrical architecture for imaging payloads, partitioning the system, defining power, sensor, data, and interface electronics, and driving the architectural tradeoffs (COTS vs. rad-hard, performance vs. schedule vs. cost) that enable a rapid path to orbit. Lead the design, layout, bring-up, and qualification of PCBAs spanning analog, mixed-signal, FPGAs, and power electronics for EO/IR sensor systems. Translate sensor and system performance models into electrical requirements, and push back on requirements that don't earn their place on the critical path. Drive rapid design-build-test cycles: prototype quickly, characterize on the bench, iterate on real hardware, and converge on flight-ready designs without unnecessary cycles. Design for the space environment (radiation, thermal extremes, vacuum, vibration, and launch loads) and own the analysis and testing (TVAC, vibe, EMI/EMC) that proves it. Bake in design for manufacturability and assembly (DFM/DFA) from the first schematic so designs scale cleanly toward low-rate production as programs mature. Lead board bring-up, integration, and troubleshooting in the lab and during environmental and integration testing, using standard bench equipment (oscilloscopes, logic analyzers, power supplies, DMMs, etc.). Partner closely with firmware, optics, mechanical, systems, and program teams to drive integration and close out anomalies fast. Mentor and provide technical guidance to other electrical engineers, and serve as a design-review and decision-making anchor for the electronics scope. Document architectures, designs, analyses, and test results to a standard that supports flight readiness and program reviews. REQUIRED QUALIFICATIONS 8+ years of experience in electrical engineering spanning system-level architecture, electronics design, and hands-on test, with a track record of owning designs end to end. A degree in Electrical Engineering or equivalent. Demonstrated ownership of electronics architecture for a complex electromechanical or sensor system, including the tradeoff decisions that shaped it. Strong analog, digital, mixed-signal, and power electronics design experience, with deep schematic capture and PCB layout proficiency. Proven ability to take hardware from architecture through bring-up, integration, and qualification — including hands-on debug in the lab. Experience delivering hardware on aggressive timelines and working in rapid, iterative design cycles. Excellent engineering judgment, problem-solving, and the ability to make sound decisions with incomplete information under schedule pressure. Ability to collaborate effectively across a multidisciplinary engineering team. Eligible to obtain and maintain an active U.S. Secret security clearance. PREFERRED QUALIFICATIONS 8+ years of experience in electrical engineering spanning system-level architecture, electronics design, and hands-on test, with a track record of owning designs end to end. Direct experience designing electronics for space, especially New Space / commercial-cadence programs that flew hardware in a year or less. Familiarity with the space environment and qualification: radiation effects (TID/SEE), rad-hard and rad-tolerant part selection, COTS-for-space approaches, TVAC, vibration, and EMI/EMC. Experience with EO/IR, RF, optical, or other sensor and communication systems. Experience designing for manufacturability and assembly, and transitioning proven designs toward low-rate production to make them more robust and lower cost. Familiarity with analytical tools and programming languages such as MATLAB, Python, or C++. Understanding of system integration processes and workflows in aerospace or defense environments. Experience mentoring engineers and leading design reviews. US Salary Range $127,000 — $170,000 USD The salary range for this role is an estimate based on a wide range of compensation factors, inclusive of base salary only. Actual salary offer may vary based on (but not limited to) work experience, education and/or training, critical skills, and/or business considerations. Highly competitive equity grants are included in the majority of full time offers; and are considered part of Anduril's total compensation package. Additionally, Anduril offers top-tier benefits for full-time employees, including: Benefits At Anduril, we invest in our people. Our comprehensive, competitive benefits package (available at little to no cost to employees) ensures you’re supported in health, recovery, and whatever comes next. For more information, Explore Our Benefits . Protecting Yourself from Recruitment Scams Anduril is committed to maintaining the integrity of our Talent acquisition process and the security of our candidates. We've observed a rise in sophisticated phishing and fraudulent schemes where individuals impersonate Anduril representatives, luring job seekers with false interviews or job offers. These scammers often attempt to extract payment or sensitive personal information. To ensure your safety and help you navigate your job search with confidence, please keep the following critical points in mind: No Financial Requests: Anduril will never solicit payment or demand personal financial details (such as banking information, credit card numbers, or social security numbers) at any stage of our hiring process. Our legitimate recruitment is entirely free for candidates. Please always verify communications: Direct from Anduril: If you receive an email from one of our recruiters, it will only come from an @anduril.com address. Via Agency Partner: If contacted by a recruiting agency for an Anduril role, their email will clearly identify their agency. If you suspect any suspicious activity, please verify the agency's authenticity by reaching out to contact@anduril.com . Exercise Caution with Unsolicited Outreach: If you receive any communication that appears suspicious, contains grammatical errors, or makes unusual requests, do not engage. Always confirm the sender's email domain is @anduril.com before providing any personal information or clicking on links. What to Do If You Suspect Fraud: Should you encounter any questionable or fraudulent outreach claiming to be from Anduril, please report it immediately to contact@anduril.com . Your proactive caution is invaluable in protecting your personal information and upholding the security and trustworthiness of our recruitment efforts. Data Privacy To view Anduril's candidate data privacy policy, please visit anduril.com . By submitting your application, you consent to Anduril Industries using a third-party service provider to conduct pre-employment risk, integrity, and due diligence screening and assessing potential risks as part of your application process. This third-party service provider provides risk-intelligence services that may include analysis of sanctions and watchlists, adverse media, public-record information, and other lawful open-source or commercial data sources. This third-party service provider does not act as a consumer reporting agency. Use of this provider helps to ensure compliance with applicable laws and protect technology, intellectual property, and organizational security.

Requirements

Must-haves

Lead the design, layout, bring-up, and qualification of PCBAs spanning analog, mixed-signal, FPGAs, and power electronics for EO/IR sensor systems.
Translate sensor and system performance models into electrical requirements, and push back on requirements that don't earn their place on the critical path.
Drive rapid design-build-test cycles: prototype quickly, characterize on the bench, iterate on real hardware, and converge on flight-ready designs without unnecessary cycles.
Design for the space environment (radiation, thermal extremes, vacuum, vibration, and launch loads) and own the analysis and testing (TVAC, vibe, EMI/EMC) that proves it.
Bake in design for manufacturability and assembly (DFM/DFA) from the first schematic so designs scale cleanly toward low-rate production as programs mature.
Lead board bring-up, integration, and troubleshooting in the lab and during environmental and integration testing, using standard bench equipment (oscilloscopes, logic analyzers, power supplies, DMMs, etc.).
Partner closely with firmware, optics, mechanical, systems, and program teams to drive integration and close out anomalies fast.
Mentor and provide technical guidance to other electrical engineers, and serve as a design-review and decision-making anchor for the electronics scope.
Document architectures, designs, analyses, and test results to a standard that supports flight readiness and program reviews.
8+ years of experience in electrical engineering spanning system-level architecture, electronics design, and hands-on test, with a track record of owning designs end to end.
A degree in Electrical Engineering or equivalent.
Demonstrated ownership of electronics architecture for a complex electromechanical or sensor system, including the tradeoff decisions that shaped it.
Strong analog, digital, mixed-signal, and power electronics design experience, with deep schematic capture and PCB layout proficiency.
Proven ability to take hardware from architecture through bring-up, integration, and qualification — including hands-on debug in the lab.
Experience delivering hardware on aggressive timelines and working in rapid, iterative design cycles.
Excellent engineering judgment, problem-solving, and the ability to make sound decisions with incomplete information under schedule pressure.
Ability to collaborate effectively across a multidisciplinary engineering team.

Nice-to-haves

Direct experience designing electronics for space, especially New Space / commercial-cadence programs that flew hardware in a year or less.
Familiarity with the space environment and qualification: radiation effects (TID/SEE), rad-hard and rad-tolerant part selection, COTS-for-space approaches, TVAC, vibration, and EMI/EMC.
Experience with EO/IR, RF, optical, or other sensor and communication systems.
Experience designing for manufacturability and assembly, and transitioning proven designs toward low-rate production to make them more robust and lower cost.
Familiarity with analytical tools and programming languages such as MATLAB, Python, or C++.
Understanding of system integration processes and workflows in aerospace or defense environments.
Experience mentoring engineers and leading design reviews.

Application prep

Use the role’s language and application details while tailoring your materials.

Keywords to mirror

aipython

Platform: greenhouse
Effort: quick

Benefits

Benefits detected in the listing.

Vision