Staff/ Principa/ MTS Agentic AI Architect – Knowledge Engineering
Explicitly calls for AI-assisted (vibe) coding techniques and use of AI tools to automate workflows and improve design/analysis efficiency.
About the Role
Lead enterprise architecture and strategy for Agentic AI and Knowledge Engineering at scale, designing multi-agent systems, knowledge graphs, RAG/GraphRAG solutions, and hybrid cloud/on-prem AI platforms. Drive adoption of Claude and AWS AgentCore patterns, enable secure MCP-based tool integrations, and mentor teams to deliver knowledge-driven AI capabilities for engineering and manufacturing use cases.
Job Description
Role
Staff/Principal-level Agentic AI Architect focused on Knowledge Engineering. The role defines and drives enterprise architecture for Agentic AI, knowledge fabrics, and AI-powered decision systems across cloud (AWS, GCP) and on-prem environments, enabling agent runtimes, multi-agent collaboration, and knowledge-driven workflows.
Key Responsibilities
- Define AI strategy and enterprise architecture for Agentic AI, knowledge engineering, and AI-powered decision systems.
- Design scalable multi-agent architectures (A2A collaboration, memory systems, reasoning frameworks, workflow orchestration).
- Architect agentic workflows leveraging the Claude ecosystem and AWS AgentCore runtime patterns.
- Design MCP-based secure connectivity for agents to access enterprise tools, APIs, knowledge repositories, and data platforms.
- Architect enterprise knowledge fabrics: ontologies, taxonomies, metadata models, and knowledge graphs for engineering/manufacturing use cases.
- Design and optimize RAG and GraphRAG solutions, including retrieval, semantic search, grounding, citation, and graph traversal.
- Develop LLM Wiki architecture, knowledge curation workflows, governance, and knowledge lifecycle processes.
- Implement semantic integration: entity resolution, schema mapping, and cross-source knowledge integration across cloud and on-prem sources.
- Build AI-powered reasoning: graph traversal, semantic reasoning, and context-aware agent capabilities.
- Design hybrid platform architectures spanning AWS, GCP, on-prem compute, Kubernetes, distributed storage, and hybrid data platforms.
- Establish AI governance: security, compliance, access control, observability, explainability, and Responsible AI practices.
- Evaluate emerging technologies, define reference architectures, lead POCs, and drive platform adoption across engineering organizations.
- Collaborate cross-functionally with engineering, manufacturing, product, validation, data, and business teams.
Requirements
- Bachelor’s degree in Computer Science, AI, Data Science, Software Engineering, or related technical field.
- 8+ years of experience in software engineering, AI/ML, enterprise architecture, platform engineering, or knowledge engineering.
- Experience designing and delivering enterprise-scale Agentic AI, Generative AI, and RAG/GraphRAG solutions.
- Hands-on experience or strong working knowledge of the Claude ecosystem, agentic coding workflows, MCP integrations, and AWS AgentCore-style platforms.
- Experience with hybrid architectures across AWS, GCP, on-premises systems, Kubernetes, and distributed enterprise platforms.
- Proven technical leadership: architecture, technology selection, solution delivery, and organizational adoption.
- Strong communication, stakeholder management, and cross-functional collaboration skills.
Preferred Experience
- Domain experience applying AI and knowledge engineering in industrial/engineering contexts such as semiconductor, NAND, storage, firmware, validation, manufacturing, reliability, quality, or systems engineering.
Technical Highlights
- Relevant technologies and tools called out include Claude/Claude Code workflows, AWS AgentCore, AWS, GCP (BigQuery), Kubernetes, Neo4j, AWS Neptune, RDF/OWL, Cypher, SPARQL, vector DBs (Pinecone, ChromaDB, Weaviate, Milvus, Qdrant, FAISS), Python, LangChain, LlamaIndex, LangGraph, and enterprise documentation systems (JIRA, Confluence, SharePoint, Bitbucket).
Notes
- Role emphasizes leveraging AI-assisted (vibe) coding techniques and AI tools to automate workflows and improve engineering efficiency.