Design, build, and operate CI/CD and MLOps/LLMOps pipelines for deploying AI models and services across Azure, GCP, and AWS.
Deploy and scale RAG systems end to end — embeddings, vector databases, retrieval and re-ranking pipelines, and evaluation.
Stand up and operate multi-agent orchestration frameworks (e.g. LangGraph, CrewAI, AutoGen, or similar) in production, including tool integration, state management, and observability.
Integrate and serve multimodal, vision, and computer vision capabilities — vision APIs, image/video understanding, and CV model inference.
Own infrastructure-as-code, containerization, and orchestration (Terraform, Docker, Kubernetes) and GPU-backed model serving.
Build monitoring, logging, cost tracking, and performance optimization for GenAI and LLM workloads.
Partner with creative and design teams to embed AI into creative production pipelines — automating and extending workflows in tools like Adobe After Effects and Figma.
Champion reliability, security, and reproducibility across the AI stack.
Required Qualifications
4–7 years of experience in DevOps / LLMOps / Platform Engineering with an GENAI & ML focus, including a track record of shipping systems to production.
Hands-on deployment experience across at least two of Azure, GCP, and AWS (all three strongly preferred).
Strong with Docker, Kubernetes, and Terraform (or equivalent IaC).
Practical experience building RAG pipelines and working with vector databases and embeddings.
Experience with multi-agent orchestration and modern LLM / agent frameworks.
Familiarity with vision APIs and computer vision — integrating and serving vision or multimodal models.
Strong scripting and automation skills in Python (plus comfort with shell / another language).
CI/CD, observability, and infrastructure cost-management fundamentals.
Good to Have
Background in media, creative AI, animation, or design production.
Hands-on with Adobe After Effects (AFx) and Figma — including scripting, plugins, or workflow automation.
Experience with generative media models (image, video, audio, or 3D generation).
Understanding of creative production pipelines and how to integrate AI into them.
Exposure to fine-tuning, model evaluation, or prompt engineering at scale