MLOps Engineer 9Core ML + MLOps
Company: Fractal Analytics Inc
Location: Mumbai
Type: Full-time
Posted: 2026-08-11
About this role
It's fun to work in a company where people truly BELIEVE in what they are doing!
*We're committed to bringing passion and customer focus to the business.*
Job Description
# EL3 – Databricks MLOps Engineer (Contract)
Domain: Claims Payment Integrity | M&R, C&S, E&I Claims (preferred)
Actuarial & Forecasting Analytics Exposure is an Added Advantage
Tech Stack: Databricks, Spark, Python, Scala, Azure, GitHub Actions, Terraform
AI/LLM Capabilities: Embedding Models, LLM Integration, LangChain Agentic Frameworks
## Role Summary
The EL3 Databricks MLOps Engineer is a senior hands-on role responsible for enabling end-to-end machine learning lifecycle automation on Databricks. This includes building and maintaining the CI/CD infrastructure, environment configuration, packaging and deploying ML models, supporting reproducible experiments, and ensuring scalable job orchestration for AI/ML workloads, including LLM-based applications.
The role partners closely with Data Scientists, AI/ML Engineers, platform teams, and business stakeholders within Claims Payment Integrity to ensure robust, reliable, and automated ML delivery.
## Key Responsibilities
- Enable and automate the **end-to-end ML lifecycle** on Databricks (environment setup, model workflow automation, job scheduling, monitoring hooks).
- Build frameworks, templates, and utilities that make ML development and experimentation reproducible and scalable.
- Implement CI/CD pipelines using Git, GitHub Actions, Jenkins, Azure DevOps, or similar tools.
- Package, version, and deploy ML models into Databricks-managed execution environments.
- Set up automated workflows for training, retraining, evaluation, and scheduled job execution.
- Support creation and integration of **machine learning models** including classification, forecasting, anomaly detection, NLP, and PI models.
- Enable LLM/GenAI-driven solutions by integrating:
- Embedding model generation
- RAG architectures
...