AI Architect Job Dallas area,Texas USA,Software Development

Req : 375661

NTT DATA strives to hire exceptional, innovative and passionate individuals who want to grow with us. If you want to be part of an inclusive, adaptable, and forward‑thinking organization, apply now.

We are currently seeking an AI Architect to join our team in Dallas, Texas (US‑TX), United States (US).

Job Title: AI Architect

Experience level: 10 + years

Job Summary

We are seeking an experienced AI Architect to design and lead enterprise‑scale AI, ML, and Generative AI solutions built on AWS and Azure as the core AI foundation, with Microsoft Copilot as the primary user experience layer. The role is responsible for designing the end‑to‑end AI solution architecture, ensuring alignment with enterprise systems, scalability, and governance standards while integrating AI into the broader IT landscape.

It requires deep expertise in RAG (Retrieval‑Augmented Generation) and Agentic AI architecture on cloud‑native platforms, enabling intelligent, scalable, and production‑ready AI systems after understanding the current product architecture. The candidate should also be able to conduct POCs to demonstrate proof of design considerations.

Platform & Enablement Roles

AI Platform Admin (M365, Copilot Studio):
Manages AI platforms and environments, including access provisioning, governance controls, and policy enforcement (e.g., DLP, security, and compliance).
AI Reusable Utility:
Develops reusable components (prompts, connectors, APIs, templates) to accelerate AI solution delivery and promote standardization across use cases.
AI Common Infrastructure, Framework & Observability Architect (AWS and Azure):
Designs and maintains the foundational AI infrastructure, frameworks, and observability capabilities (telemetry, monitoring, metrics) required for scalable, reliable, and governed AI operations.

Core Responsibilities

Architectural Design: Define end‑to‑end blueprints spanning data ingestion, model training, inference, and continuous monitoring. Design solutions ensuring models scale efficiently, align with enterprise systems, and meet governance standards. Act as the bridge linking theoretical AI models with production‑ready, secure applications integrated into the broader IT landscape.

Enterprise Integration: Seamlessly embed AI/ML features and multi‑agent workflows into legacy applications, ERPs, and cloud‑native systems.

Governance & Compliance: Implement ethical AI guardrails, model risk management, data privacy protections and explainability standards.

Scalability & MLOps: Establish CI/CD for AI, model versioning, automated retraining, and drift detection to prevent performance degradation.

Tech Stack Strategy: Make crucial "build vs. buy" decisions for infrastructure, weighing trade‑offs of on‑premises, hybrid, and cloud environments.

Leadership &

Collaboration:

Serve as a technical thought leader for AI, GenAI, and data platforms; mentor data scientists, ML engineers, and data engineers; collaborate with business and product teams to translate requirements into AI‑driven solutions; evaluate emerging AI technologies and guide strategic adoption.

AI, ML & GenAI Architecture Design and define end‑to‑end AI solution architectures covering data ingestion, model training, deployment, monitoring, and governance, ensuring alignment with enterprise systems and IT landscape while meeting scalability and governance standards; design scalable, cloud‑native AI platforms on AWS and Azure; architect solutions for both batch and real‑time inference workloads.

RAG (Retrieval‑Augmented Generation) Architect and implement RAG pipelines using structured and unstructured enterprise data; design ingestion, chunking, embedding, and retrieval strategies; integrate vector databases (Pinecone, FAISS, Milvus, Azure AI Search, Amazon Open Search); ensure relevance, freshness, observability, and security of RAG‑based AI systems.

Agentic AI & Autonomous Systems Design Agentic AI architecture enabling autonomous decision‑making and task execution; orchestrate multi‑agent systems using tools, memory, and reasoning workflows; implement guardrails, human‑in‑the‑loop controls, and observability for agent‑based systems; enable enterprise…