Principal Test Engineer
SAIC
Principal Test Engineer
SAIC
Technology integrator delivering defense IT solutions
SAIC is seeking an experienced and highly motivated Test Engineer to support a critical program for the U.S. Space Force's Space Systems Command (SSC) at Kirtland AFB, New Mexico. In this role, you'll be at the forefront of delivering reliable, mission-ready software and ground system capabilities that enable space operations across the Department of Defense.
As a member of the engineering team, you will play a vital role in validating, improving, and certifying software solutions that directly support operational users. You'll work closely with developers, system administrators, mission partners, and end users to ensure capabilities are thoroughly tested, operationally relevant, and ready for deployment in demanding mission environments.
This position offers the opportunity to influence test strategy, drive continuous improvement, implement modern testing methodologies, and help transition critical capabilities from development to operations.
As the Test Engineer, you will:
Lead software and system test activities for mission-critical space operations capabilities, ensuring functionality, performance, security, and user requirements are fully validated prior to deployment.
Collaborate across engineering, integration, and operational teams to troubleshoot issues, verify corrective actions, and continuously improve software quality and testing effectiveness.
Plan and execute operational test events, including DITLs, TTOs, and ISTs, supporting the transition of new capabilities from development into operational environments.
Own requirements verification and traceability efforts through RVTM management, use case development, and test environment administration to ensure complete mission requirement coverage.
Minimum of 4 years of dedicated software and system testing experience
Demonstrated experience developing and executing test plans, test procedures, automated test scripts, and manual test methodologies
Strong understanding of software quality assurance principles, defect lifecycle management, and testing best practices
Experience managing requirements verification and traceability using an RVTM or similar framework
Knowledge of operational test events, including DITL, TTO, and other user-focused validation activities
Experience supporting Integrated System Tests (ISTs) and the integration of new capabilities into operational environments
Ability to analyze complex systems, identify potential failure points, and ensure mission requirements are fully validated prior to deployment
Current Security+ certification (DoD 8570 compliant)
Desired Qualifications
Experience supporting U.S. Space Force, Space Systems Command, or other national security space programs
Familiarity with Agile development environments and DevSecOps practices
Experience with automated test frameworks and continuous integration/continuous deployment (CI/CD) pipelines
Background in satellite operations, mission planning, scheduling systems, or ground system software
Experience administering Linux or Windows-based test environments
SAIC is a technology integrator that supports the U.S. government with engineering and IT services for defense, space, and intelligence missions. Its offerings include integrating complex systems, software, data analytics, cybersecurity, and digital engineering to help national security programs run smoothly. The company operates by combining technical expertise with large-scale government contracts, delivering end-to-end solutions from planning and development to deployment and support. Unlike many firms that focus on a single product, SAIC differentiates itself through a long history of government work, its origins as an employee-owned company, and its growth through strategic acquisitions to broaden capabilities in digital engineering, mission IT, and related services. SAIC’s goal is to enable national defense and intelligence operations by providing the technology and services needed to design, build, and maintain critical systems at scale.
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