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NEXTMOVEFDE careers · United States

Software Engineer, Mission Dev - U.S. Government

About Nominal

Sells a unified industrial data platform (Nominal Core) that ingests, organizes, visualizes, and shares telemetry/sensor/test data for hardware teams testing planes, rockets, satellites, reactors, and robots.

Series B · 50–200 people

Job description

The full responsibilities and requirements are on the employer’s site.

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Source and classification

Production engineering · Evidence for this classification:

failure isn’t an option. We’re backed by Sequoia, General Catalyst, Founders Fund, Lux Capital, and Lightspeed. Our team draws from SpaceX, Palantir, Anduril, Applied Intuition, and other leading companies, united by a common mission: giving hardware engineers the tools to build the future with speed, safety, and confidence. As a Software Engineer on the Mission Dev team, you will operate at the intersection of software engineering, customer deployment, and mission-critical government programs. You are not just shipping code — you are embedding with customers, deploying software into high-stakes environments, and owning outcomes from first integration to long-term success. You will bridge Nominal’s platform with real-world government applications across the Department of Defense, Department of Energy, NASA, and other U.S. government agencies. This is a hybrid of software engineer,
More from the job description

About Nominal Nominal is building the connected test and operations platform powering the world's most advanced hardware systems, from spacecraft and autonomous vehicles to next-generation defense programs. Our platform gives hardware engineering teams a single place to ingest data, analyze performance, automate test execution, and collaborate across every phase of development, so they can move faster without sacrificing safety or precision. We're a fast-moving team that owns problems end-to-end, works across disciplines, and thrives at the intersection of hardware and software. We serve top-tier commercial and defense customers, from autonomy leaders like Anduril and Shield AI to next-generation aerospace teams like Hermeus and REGENT, and performance engineering teams like Pratt Miller Motorsports, alongside mission partners within the U.S. Navy and U.S. Air Force on programs where failure isn’t an option. We’re backed by Sequoia, General Catalyst, Founders Fund, Lux Capital, and Lightspeed. Our team draws from SpaceX, Palantir, Anduril, Applied Intuition, and other leading companies, united by a common mission: giving hardware engineers the tools to build the future with speed, safety, and confidence. As a Software Engineer on the Mission Dev team, you will operate at the intersection of software engineering, customer deployment, and mission-critical government programs. [... source excerpt omitted ...] u are not just shipping code — you are embedding with customers, deploying software into high-stakes environments, and owning outcomes from first integration to long-term success. You will bridge Nominal’s platform with real-world government applications across the Department of Defense, Department of Energy, NASA, and other U.S. government agencies. This is a hybrid of software engineer, forward-deployed engineer, and technical program lead. You will write production-grade code, design integrations, manage deployments on government networks, and serve as a trusted technical advisor to mission operators. If you think like a startup founder, thrive in ambiguity, and want to see y [... source excerpt omitted ...] rocket test stands, autonomy labs, and mission-critical defense programs, Nominal is the place to do it. 🚀 About the role Mission Dev is one of the most unique roles at Nominal. You'll write production-grade code, embed with government customers on-site, and own the bridge between what our platform offers today and what a government program needs to succeed. That might mean deploying Nominal onto a classified network for a Navy flight test squadron, building a custom telemetry pipeline for a DoD autonomy program, or standing up integrations at a NASA test facility, then watching an engineer use what you shipped yesterday and iterating on the spot. You'll work inside the cons

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