Delivering decisive capabilities for space superiority.
Englewood, Colorado
True Anomaly is the only defense technology company focused exclusively on space defense. Founded in 2022 by ex-U.S. Space Force members, True Anomaly designs and builds advanced systems for space superiority: agile and powerful spacecraft platforms, mission software engineered for unmatched command and control, and payloads tailored for precision sensing and effects. We are headquartered in Centennial, Colorado, with regional offices in Colorado Springs, Colorado, Long Beach, California, and Washington, D.C. We are hiring and seeking exceptional talent to join True Anomaly, from any technical industry or background, to bring unique talents, perspective, and solutions. If you embrace complexity, demonstrate relentless ownership, have the resiliency and persistence to overcome challenges. If you’re like us and want your work to carry purpose and shape the future of space, visit www.WhyAreYouHere.com.
On-site · Quinte West
Define and implement mission requirements for satellite command and control ground systems to support national defense initiatives. Lead system trade studies, integration planning, and risk assessments while collaborating with cross-functional teams and government stakeholders.
On-site · Quinte West
The role involves establishing and sustaining continuous integration and deployment processes using CI/CD tools to streamline development workflows and overseeing the deployment, scaling, and management of applications using Kubernetes on Azure. Responsibilities also include provisioning cloud resources with Terraform, fortifying infrastructure security, and implementing monitoring and logging solutions.
On-site · Quinte West
Responsibilities include assisting with the software development lifecycle for flight computers, encompassing design, development, integration, and testing for space missions. This involves integrating complex GNC algorithms, defining Command Telemetry Databases, and developing reusable device drivers and communication protocol libraries.
Hybrid · Quinte West
The engineer will design and implement multi-physics simulation software for spacecraft subsystems, including dynamics, thermal, attitude control, and propulsion, while developing coupled physics algorithms capturing subsystem interactions. They will also design time-stepping algorithms, solver architectures, and write production-quality C++ code emphasizing performance and maintainability.
Hybrid · Quinte West
The Mission Systems Engineer will define, analyze, and ensure the successful implementation of mission requirements across complex aerospace platforms, focusing on designing, analyzing, and optimizing spacecraft trajectories for rendezvous, docking, and proximity missions. Responsibilities include leading mission design, simulation, system integration, verification planning, and conducting risk assessments for mission-critical space systems supporting national defense.
On-site · Quinte West
The Senior Systems Engineer will define, analyze, and ensure the successful implementation of mission requirements across complex, mission-critical space systems supporting national defense. Responsibilities include leading system trade studies, developing integration and verification plans, and conducting end-to-end testing to validate mission requirements.
Hybrid · Quinte West
The role involves defining, analyzing, and ensuring the successful implementation of mission requirements across complex, mission-critical space systems supporting national defense initiatives. Responsibilities include supporting requirements traceability, conducting impact analyses for changes, developing integration and verification plans, and assessing operational risks.
On-site · Quinte West
This role involves owning the long-term technical strategy and architectural roadmap for the simulation infrastructure, spanning multi-physics modeling, real-time execution, and hardware/software-in-the-loop environments. Responsibilities also include leading the design and implementation of production-quality multi-physics simulation software covering various spacecraft subsystems.
On-site · Quinte West
The Staff Full Stack Software Engineer will lead the technical direction and evolution of the spacecraft modeling, simulation, and distributed ground control platform across the entire stack. This involves defining and driving the full-stack technical roadmap, establishing architectural foundations, and leading cross-functional initiatives.
On-site · Quinte West
The Principal Flight Software Engineer will serve as the technical authority for the full spacecraft software stack, setting engineering standards and driving flight software development from concept through on-orbit operations. Responsibilities include owning the architecture and technical direction of flight software, leading the design of safety-critical embedded software, and driving the integration of GNC algorithms.
On-site · Quinte West
Responsibilities include assisting in the software development cycle for flight computers, covering design, development, integration, and testing for space missions. This also involves integrating complex GNC algorithms and collaborating on Command Telemetry Database definition and maintenance.
On-site · Quinte West
The engineer will lead portions of the software development cycle, including design, development, integration, and testing for flight computers used in space missions. Key tasks involve integrating complex GNC algorithms, owning the Command Telemetry Database definition, and leading command scripting efforts.
On-site · Quinte West
Responsibilities include contributing to the entire software development cycle for flight computers used in space missions, covering design, development, integration, and testing. This involves integrating complex GNC algorithms, maintaining the Command Telemetry Database, and developing satellite subsystem model simulators.
On-site · Quinte West
The engineer will assist in the software development cycle for flight computers used in space missions, including design, development, integration, and testing. Responsibilities also involve integrating complex GNC algorithms, defining Command Telemetry Databases, and developing reusable device drivers and communication protocol libraries.