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AI/ML Engineer — Generative AI Mission Systems
- Remote from
- USA
- Salary
- Undisclosed
- Department
- Software Engineering
- Employment
- Full Time
- Experience
- Open level
- Published
- Apply before
- 13 Dec 2026
- Listing views
- 13
- Application actions
- 1
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About this role.
AI/ML Engineer — Generative AI Mission Systems
Location: Mainly remote within the United States, with onsite collaboration in Laurel, Maryland, typically one day approximately every six weeks for team-wide sprint planning.
Clearance: Active final DoD Secret clearance required
This position supports a pending contract opportunity and is contingent upon contract award, with an anticipated start in November 2026.
Build Applied AI for Secure Mission Software
Help turn generative-AI concepts into dependable capabilities used within secure mission-planning and decision-support software.
At Rackner, you will integrate large language models, retrieval-augmented generation, agentic AI, prompt-engineering workflows, and inference pipelines into an established software application supporting a high-impact national-security mission. You will work across AI, software engineering, cybersecurity, DevSecOps, and customer technical teams to move capabilities beyond standalone demonstrations and into practical application workflows.
This role offers the opportunity to deepen your applied-AI experience, influence how emerging capabilities are designed and evaluated, and contribute to software where reliability, security, and mission usefulness matter.
This is a primarily remote role within the United States. Work will be performed using customer-provided systems, with virtual collaboration across the engineering team. Any classified work will be completed onsite at the customer location.
What You’ll Do
- Design, develop, test, and integrate AI-enabled software capabilities.
- Build and integrate LLM-enabled capabilities into secure application workflows.
- Develop or integrate retrieval-augmented generation capabilities.
- Develop and support agentic-AI components and multi-step workflows.
- Design and refine prompts, system instructions, and supporting AI workflows.
- Build and maintain inference pipelines.
- Connect AI capabilities with existing backend services and decision-support processes.
- Evaluate AI outputs for grounding, reliability, accuracy, relevance, and mission usefulness.
- Develop tests for AI-enabled functionality and support broader integration testing.
- Demonstrate working prototypes and incorporate technical and user feedback.
- Document AI designs, workflows, limitations, evaluation results, and implementation decisions.
- Participate in code reviews, technical reviews, and security-remediation activities.
- Collaborate with software engineers, security professionals, DevSecOps teams, and customer stakeholders.
What You Bring
- A master’s degree or Ph.D. in Artificial Intelligence, Machine Learning, Computer Science, or a related field, along with demonstrated experience working on or developing AI/ML capabilities.
- At least four years of relevant AI/ML experience that includes work with large language models, retrieval-augmented generation, and prompt engineering.
- Hands-on experience integrating LLM-enabled software and RAG capabilities into applications or workflows.
- Developing or supporting agentic-AI capabilities and multi-step AI workflows.
- Designing, building, or supporting inference pipelines.
- Ability to evaluate AI-enabled capabilities and clearly document findings, design decisions, and results.
- Testing and documenting AI-enabled software capabilities.
- Ability to clearly explain your personal technical ownership and contributions.
- Strong collaboration and technical-communication skills.
Preferred Background
Experience with several of the following can strengthen your fit:
- Moving AI capabilities beyond coursework, personal projects, or demonstrations into operational software workflows.
- Evaluating grounding, reliability, output quality, hallucinations, or other limitations of AI-enabled systems.
- Integrating AI services with backend APIs or established software applications.
- Secure software-development lifecycle and DevSecOps practices.
- OpenShift, Kubernetes, CI/CD, or containerized application delivery.
- Secure, restricted, disconnected, on-premises, or classified development environments.
- Defense, government, aerospace, mission-planning, or other regulated environments.
- Collaboration with software-engineering, cybersecurity, platform, and customer-facing technical teams.
Why Rackner
At Rackner, you will have the opportunity to build technology that supports critical defense and public-sector missions.
You will work on more than isolated AI experiments or prompt-engineering tasks. This role combines hands-on LLM integration, retrieval and agentic-AI development, secure software delivery, and close collaboration across AI, software, cybersecurity, DevSecOps, and mission-focused teams.
Rackner has delivered more than $30 million in recent federal awards and supports mission-critical work across defense, civilian, and public-sector environments. We are looking for an applied AI engineer who can build on that momentum by turning emerging generative-AI capabilities into secure, dependable software with meaningful mission impact.
Benefits & Professional Growth
- Competitive compensation
- Company-supported certifications aligned with current and future program work
- 401(k) with 100% company match up to 6%
- Medical, dental, vision, life, and disability coverage
- Paid time off and company holidays
- Remote-work support and home-office equipment plan
- Fitness and wellness reimbursement
- Weekly pay schedule
- Professional-development and future growth opportunities
Apply
If you are an AI/ML engineer who wants to move beyond standalone prototypes and help integrate LLM, RAG, and agentic-AI capabilities into secure mission software, we would like to hear from you.
Annual salary information is not provided for this position. Explore salary ranges for similar roles in our Salary Directory ›
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Sample interview questions
I would define task-specific acceptance criteria, build a representative evaluation set with verified source material, and measure retrieval quality, citation accuracy, answer correctness, completeness, and abstention behavior. I would also test adversarial and edge cases, review failure patterns with domain experts, and establish monitoring and regression testing before release.
I would begin with the application boundaries, data classification rules, and user workflow. I would expose the capability through a controlled service interface, implement authentication, authorization, audit logging, input and output controls, and connect it to approved retrieval sources. I would then add automated tests, observability, evaluation gates, and a staged deployment plan appropriate for the environment.
Key risks include uncontrolled tool use, prompt injection, untrusted retrieval content, excessive permissions, unreliable multi-step execution, and poor traceability. I would use least-privilege tool access, explicit allowlists, validation at each step, bounded execution budgets, human approval for high-impact actions, structured logs, and deterministic fallback paths.
I would select deployable approved models and dependencies, package artifacts reproducibly, and ensure model serving can operate without external network calls. The design would include resource sizing, container security, versioned model and prompt assets, offline observability, access controls, and a documented process for updates, vulnerability remediation, and validation.
I translate limitations into concrete workflow impact, such as when the system may produce unsupported answers, miss relevant context, or require user verification. I present measurable evaluation results, examples of failure modes, mitigation controls, and clear operating guidance so stakeholders can make informed decisions about deployment and acceptable risk.
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