Senior Data Scientist

New Relic New Relic · Enterprise · Bangalore, India · Data OS

Senior Data Scientist at New Relic in Bangalore, focusing on applying classical ML to time-series/anomaly detection and building AI Agents/LLM orchestration for autonomous observability. Requires 5+ years of experience, Python, SQL, and proven production deployment of models. Experience with LLM frameworks and MLOps is a plus.

What you'd actually do

  1. Analyze large, complex structured datasets, applying robust statistical methods and classical machine learning techniques (e.g., time-series forecasting, anomaly detection, classification, and linear/logistic regression).
  2. End-to-end ownership of data science solutions, including building, evaluating, and deploying models into production with clean version control and CI/CD practices.
  3. Establish and manage model evaluation frameworks to track model accuracy, data drift, and performance metrics post-deployment.
  4. Collaborate on innovative initiatives by building AI Agents and exploring LLM orchestration to advance autonomous observability capabilities.
  5. Partner effectively with internal stakeholders, engineering teams, and product managers to understand technical needs and translate data findings into actionable product plans.

Skills

Required

  • Python
  • SQL
  • classical machine learning algorithms
  • time-series analysis
  • Deep Learning
  • statistical methods
  • model deployment
  • production experience
  • stakeholder management
  • problem-solving

Nice to have

  • Observability
  • APM
  • AIOps
  • telemetry data
  • LLM orchestration frameworks
  • LangChain
  • LlamaIndex
  • CrewAI
  • Docker
  • Kubernetes

What the JD emphasized

  • productionalizing those insights at scale
  • productionalizing insights
  • production experience
  • deploying models into production
  • building AI Agents
  • LLM orchestration

Other signals

  • building AI agents
  • LLM orchestration
  • productionalizing insights
  • time-series and anomaly detection
  • autonomous observability