Lead AI Architect

Were building a next-gen LLMOps team at Fractal to industrialize GenAI implementation and shape the future of GenAI engineering. This is a hands-on technical leadership role for AI engineers with strong ML and DevOps skills — ideal for those who love building scalable systems from the ground up. You will be designing, deploying, and scaling GenAI and Agentic AI applications with robust lifecycle automation and observability.

Required Qualifications:

• 11-16 years of experience in working on ML projects that includes product building mindset, strong hands on skills, technical leadership, leading development teams
• Model development, training, deployment at scale, monitoring performance for production use cases
• Strong knowledge on Python, Data Engineering, FastAPI, NLP
• Knowledge on Langchain, Llamaindex, Langtrace, Langfuse, LLM evaluation, MLFlow, BentoML
• Should have worked on proprietary and open-source LLMs
• Experience on LLM fine tuning including PEFT/CPT
• Experience in creating Agentic AI workflows using frameworks like CrewAI, Langraph, AutoGen, Symantec Kernel
• Experience in performance optimization, RAG, guardrails, AI governance, prompt engineering, evaluation, and observability
• Experience in GenAI application deployment on cloud and on-premises at scale for production using DevOps practices
• Experience in DevOps and MLOps
• Good working knowledge on Kubernetes and Terraform
• Experience in minimum one cloud: AWS / GCP / Azure to deploy AI services
• Team player with excellent communication and presentation skills

Must have skills:

• Product thinking that includes ideation, prototyping, and scale internal accelerators for LLMOps
• Architect and build scalable LLMOps platforms for enterprise-grade GenAI systems
• Design and manage end-to-end LLM pipelines from data ingestion and embedding to evaluation and inference
• Drive LLM-specific infrastructure

  :

  memory management, token control, prompt chaining, and context optimization
• Lead scalable deployment frameworks for LLMs using Kubernetes and GPU-aware scaling
• Build agentic AI operations capabilities including agent evaluation, observability, orchestration and reflection loops
• Guardrails & Observability: Implement output filtering, context-aware routing, evaluation harnesses, metrics logging, and incident response
• Platform Automation for LLMOps: Drive end-to-end automation with Docker, Kubernetes, GitOps, DevOps, Terraform, etc.