AI Agentic Architect - Multi-Agent Solutions Leader

Tata Consultancy Services; Chicago (IL); On-site; USD 156,000 - 247,000; Full time

Job summary

Tata Consultancy Services seeks an experienced Solution Architect - AI to design end-to-end agentic AI solutions for enterprise clients. You will integrate autonomous agents and LLM components to align with business goals and drive scalable deployments.

Leading client workshops, defining architecture blueprints, and guiding delivery teams through prototyping are core, with emphasis on ethical, safe AI and industry-specific adaptations. Travel may be required.

Qualifications

• Experience designing enterprise AI/ML solutions.
• Ability to craft scalable AI architectures for multi-agent systems.
• Experience with prompting and RAG techniques.
• Strong understanding of AI ethics and safety.

Responsibilities

• Define end-to-end AI architecture incorporating autonomous agents and LLM components.
• Lead client workshops to translate business needs into architecture blueprints.
• Design multi-agent orchestration frameworks with robust communication and fail-safes.
• Outline integration with enterprise ecosystems for scalability and resilience.
• Guide delivery teams through prototyping and solution delivery.

Skills

AI Architecture

Multi-Agent Systems

Prompt Engineering

RAG

Cloud & Distributed

Data Management

Leadership & Communication

Consulting Experience

Problem-Solving

Continuous Learning

Education

Bachelor's in Computer Science

Tools

LangChain

Semantic Kernel

OpenAI GPT

Google PaLM/Vertex AI

Transformers (Hugging Face)

Job description

Tata Consultancy Services seeks an experienced Solution Architect - AI to design end-to-end agentic AI solutions for enterprise clients. You will integrate autonomous agents and LLM components to align with business goals and drive scalable deployments.

Leading client workshops, defining architecture blueprints, and guiding delivery teams through prototyping are core, with emphasis on ethical, safe AI and industry-specific adaptations. Travel may be required.