Top Engineering Jobs

Leads structural dynamics analysis for spacecraft mechanisms and actuation systems. Develops and validates finite element models; performs modal, vibration, shock, frequency response, and quasi-static analyses; manages disturbance and jitter budgets; supports dynamic testing and FEM correlation; and provides design guidance for spacecraft performance and pointing stability. Collaborates with mechanical, GNC, and systems teams, contributes to reviews and qualification, documents analyses, and mentors junior engineers.

Leads architecture, development, implementation, integration, and verification of real-time DSP systems for space-based RF payloads. Develops algorithms for I/Q processing, beamforming, detection, radar, SIGINT, and signal classification, then implements them on CPUs, FPGAs, GPUs, and embedded platforms. Optimizes systems for throughput, latency, power, and memory; supports hardware integration, testing, commissioning, technical reviews, customer engagements, and cross-functional engineering leadership while mentoring engineers.

Leads and builds True Anomaly’s digital engineering platform and digital thread across PLM, ALM, MBSE, ERP, and manufacturing systems. The role establishes architecture, writes production code, develops integrations and systems of record, and ensures data traceability, auditability, observability, and quality. It also owns roadmap delivery, cross-functional governance, compliance support, and hiring and developing a software engineering team. The position is onsite in Denver or Long Beach and supports ITAR/CUI requirements and national security operations.

Build and operate full-stack software for the company’s digital thread, including services, APIs, data models, user interfaces, integrations, data migrations, and workflow automation. Write tests, participate in code reviews, monitor production systems, resolve data and user issues, and document technical work. Engineers will progressively own larger features while learning product-data systems and supporting aerospace engineering operations.

Build and lead development of full-stack digital engineering software serving as systems of record for product, manufacturing, and operations data. Design domain models, APIs, integrations, event-driven workflows, migrations, and production infrastructure with strong traceability, observability, security, and auditability. Mentor engineers, set technical direction, collaborate with engineering and manufacturing users, and support reliable software operations in an aerospace and national security environment.

Build and operate full-stack applications, APIs, integrations, and event-driven data flows supporting product, manufacturing, and operations data. Model traceable domain records, lead projects from design through delivery, migrate systems, and implement observability and data-quality controls. Collaborate with engineering, supply chain, and manufacturing users, mentor engineers, contribute to technical designs, and participate in production support and incident response.

Design, analyze, build, and test propulsion systems for advanced satellites and missile defense vehicles from concept through flight. Lead propulsion development and ground test campaigns, review models and drawings, collaborate with multidisciplinary engineering teams, optimize system performance and manufacturability, and mentor engineers. The role requires expertise in rocket engines, valves, fluid systems, pressurization, propulsion testing, and vehicle-level checkouts, with occasional vendor and factory travel.

Design, analyze, build, and test propulsion systems for advanced spacecraft from concept through flight. Provide technical leadership and mentorship, review models and drawings, lead multidisciplinary design validation, support propulsion testing and vehicle checkouts, and present technical content to customers. The role requires extensive launch or space vehicle experience, fluid system expertise, and the ability to lead complex propulsion development in a fast-paced environment.

Leads the full lifecycle design and development of liquid rocket combustion devices, including injectors, thrust chambers, regenerative cooling circuits, nozzles, and acoustic stability features. Performs combustion, thermal, structural, and performance analysis; applies additive manufacturing and high-temperature materials; reviews CAD and GD&T drawings; interprets test data; supports build, integration, qualification, and flight delivery; and mentors engineers.

Leads the design, fabrication, installation, commissioning, and operational support of a hypergolic propulsion test stand. Responsibilities include fluid systems, propellant storage and transfer, structural hardware, pressure analysis, CAD documentation, vendor oversight, acceptance testing, safety compliance, permitting, hazard analyses, and configuration control. The role requires hands-on expertise with toxic propellants, pressure systems, test facility infrastructure, and aerospace or defense applications.