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Las Vegas Sands Corp. is seeking a Senior Software Engineer specializing in AI-First Development to design and validate software applications through AI workflows. The engineer will work with cross-functional teams to ensure all delivered applications meet enterprise standards and collaborate effectively with various stakeholders.
This position requires a strong background in software development, experience with AI-assisted tools, and the ability to mentor team members. Ideal candidates will have a Bachelor's degree in Computer Science and extensive industry experience, particularly with cloud platforms and DevOps practices.
The primary responsibility of the Senior Software Engineer (AI-First Development) is to design, orchestrate, and validate software applications built through AI-driven development workflows. This is not an AI-assisted traditional developer role. Rather than writing the majority of code by hand, this role operates within an AI-First Software Development Lifecycle (SDLC) where AI agents serve as the primary producers of code, configuration, and test artifacts. The engineer provides architectural direction, context engineering, human-in-the-loop governance, and final accountability for all delivered software. The Senior Software Engineer combines deep software engineering fundamentals with the ability to think in systems, design effective agent workflows, and validate AI-generated outputs across security, correctness, performance, and compliance dimensions. All duties are performed in accordance with departmental and Las Vegas Sands Corp.’s policies, practices, and procedures.
Agent Workflow Design and Orchestration Design, build, and maintain AI agent workflows that produce application code, infrastructure configuration, test suites, and documentation. Decompose complex application requirements into discrete, well-scoped tasks that AI agents can execute effectively within defined boundaries. Select and configure appropriate AI models, agent frameworks, and tooling for each workflow based on task complexity, risk level, and cost considerations. Construct and maintain context stores that provide agents with organizational knowledge, coding standards, architectural patterns, and domain context needed to produce correct and consistent outputs. Author and maintain the agent toolchain, including Skills (SKILL.md) for reusable domain knowledge, hooks for deterministic automation at defined workflow points, and project memory files (CLAUDE.md, AGENTS.md) that provide persistent context across agent sessions. Design subagent architectures that decompose complex workflows into specialized, scoped agents with appropriate tool access, following the principle of least privilege for each agent role. Apply compound engineering practices that systematically capture insights, patterns, and failure modes from each development cycle, encoding them into project memory, skills, and agent configurations so that each unit of work makes subsequent work easier and more reliable. Participate in Mob Elaboration sessions to collaboratively refine requirements, acceptance criteria, and context packages before agent execution begins.
Verification and Quality Assurance Apply a multi-layer verification framework to all AI-generated outputs, validating functional correctness, security posture, performance characteristics, code quality, and regulatory compliance. Establish and enforce human-in-the-loop (HITL), on-the-loop (OHOTL), and after-the-loop (AHOTL) governance checkpoints appropriate to the risk level of each workflow. Review, test, and approve AI-generated code, ensuring it meets Sands coding standards, architectural guidelines, and security requirements before promotion to production. Design and maintain automated verification pipelines that supplement human review, including test harnesses, static analysis gates, and runtime telemetry. Identify and remediate patterns of agent drift, hallucination, or quality degradation across repeated workflow executions. Implement agent observability and telemetry systems that track agent behavior, tool call patterns, token consumption, and output quality metrics across workflows.
Application Development and Architecture Architect and deliver full-stack applications across web, API, and data layers using AI-First methodologies as the primary development approach. Define system architecture, data models, API contracts, and integration patterns that serve as the foundational context for agent-driven development. Collaborate with cross-functional teams including product, design, infrastructure, and security to translate business requirements into executable agent workflows. Coordinate with development teams across global locations to ensure consistency in agent workflows, coding standards, and verification practices. Maintain the ability to write, debug, and refactor code directly when agent outputs require manual intervention or when exploring novel architectural approaches. Ensure all delivered applications meet enterprise standards for scalability, maintainability, observability, and operational readiness. Design and build custom MCP servers that expose internal tools, databases, and business systems to AI agents through standardized interfaces, enabling agents to interact with enterprise data securely and reliably.
Continuous Improvement and Mentorship Evaluate emerging AI models, agent frameworks, MCP servers, and development tools to continuously improve workflow effectiveness and output quality. Mentor team members on AI-First development practices, context engineering techniques, and verification methodologies. Contribute to the evolution of the Sands AI-First SDLC standard, proposing refinements based on practical experience and measurable outcomes. Document agent workflow patterns, prompt libraries, context store structures, and lessons learned to build institutional knowledge. Monitor and optimize token consumption and cost across agent workflows, implementing strategies such as plan mode, context editing, multi-session splitting, and efficient context window management to control operational expenses. Participate in Mob Construction sessions, guiding agent execution in real time and coaching team members on effective orchestration techniques.
Perform job duties in a safe manner. Attend work as scheduled on a consistent and regular basis. Perform other related duties as assigned.
Must be able to physically access assigned workspace areas with or without reasonable accommodation. Work remotely as necessary. Work indoors and be exposed to various environmental factors such as, but not limited to, CRT, noise, and dust. Utilize laptop and standard keyboard to perform essential functions of the job.