AI Solution Engineer, Security

AI Solution Engineer, Security

The Dell Security & Resiliency organization manages the security risk across all aspects of Dell’s business. We are currently experiencing incredible growth to meet the security needs of the world’s largest technology company. With team members located in over 15 countries, you will have an excellent opportunity to influence the security culture at Dell and further develop your career. 

Join us as an AI Solution Engineer, Security on our Dell Security & Resiliency Team in Round Rock, TX. to do the best work of your career and make a profound social impact

Objectives of This Role

• Unified AI-native workflows that replace duplicated processes across security functions, reducing complexity rather than automating it in place

• Measurable compression of security cycle time, evidenced against a baseline of the process as it runs today

• Security capability embedded in business and engineering workflows, exercised as part of the work rather than as a checkpoint applied to it

What you'll achieve: 

We are seeking a Senior Principal Engineer to serve as the design authority for how security work is reconstituted as AI-native capability. This is a senior individual contributor role with no direct reports and substantial technical authority: the solution designs, agent authority boundaries, and reference patterns produced by this engineer determine what gets built and to what standard.

Security work today is spread across many functions, each with its own intake path, tooling, and definition of done. The result is duplicated effort and process that runs at human speed while the systems it protects run at machine speed. This role works alongside functional owners and practitioners across security to collapse many processes into one, and to embed the resulting capabilities into the business and engineering processes they serve, so that security is intrinsic to how work is done rather than a gate applied to it.

You will:

• Own the solution design for AI-native security workflows from problem statement through buildable specification: agent topology and decomposition, the boundary between model reasoning and deterministic logic, tool and data surfaces, state and context strategy, human decision points, and defined failure behavior

• Determine what should be agentified, assessing whether the work is better served by an agent, by deterministic automation, or by leaving it unchanged, and document reasoning that withstands challenge

• Collaborate with functional owners and practitioners across security to establish how work is actually performed, identify where separate functions perform the same work under different names, and design the single consolidated process that replaces them, including the shared data and evidence model that makes one process possible, resolving conflicting requirements rather than accommodating all of them

• Define authority boundaries for every agent: what it is permitted to do, what requires human confirmation, what it must never do, and how those limits are enforced through scoped credentials and technical controls rather than by convention

• Design against attacks on the agentic system itself: prompt injection, tool abuse, untrusted content reaching the context window, and data exfiltration through agent surfaces

• Baseline current cycle time, manual touch points, and rework before designing the replacement, so improvement is measured rather than asserted, and define what is retired once the unified workflow lands

• Design for verifiability and failure containment: the evidence and traces each workflow emits, deterministic criteria for what a passing outcome means, the blast radius of an incorrect agent action, and the rollback and escalation paths

• Design how agentic workflows integrate with the systems security work runs on, including security tooling, systems of record, identity and access, data platforms, and the collaboration surfaces where work is requested and reviewed, using APIs, event streams, and protocols such as MCP (Model Context Protocol)

• Establish the reusable foundation of reference architectures, agent primitives, orchestration and context patterns, evaluation harnesses, and integration templates, holding token cost, latency, and reliability as design constraints rather than post-launch concerns

Take the first step toward your dream career 

Every Dell Technologies team member brings something unique to the table. Here's what we are looking for in this role:

Essential Requirements 

Desired Requirements

• Experience applying agentic AI within a security domain such as application security, DevSecOps, vulnerability management, threat modeling, or software supply-chain security

• Experience building MCP servers, agent skills and tools, or extending AI coding assistants such as Claude Code, GitHub Copilot, or Cursor 

• Familiarity with secure-by-design and secure-by-default principles and relevant frameworks, including the OWASP Top 10 for LLM Applications, NIST SSDF, and NIST AI RMF

• Experience with LLMOps in production, covering versioning, staged rollout, regression detection, and behavioral drift monitoring, and with automated processes that remain defensible under audit

• Prior senior individual contributor role (Principal or above) carrying organization-wide design authority