Role Overview
We are seeking a Principal Machine Learning Engineer to lead ML system architecture, enforce technical standards, and ensure controlled, audit-ready AI development. This role operates across ML design, regulatory alignment, and risk-aware SDLC, ensuring models are scalable, explainable, and defensible.

Key Responsibilities

ML Architecture & Technical Leadership
  • Define reference ML architectures for training, inference, and monitoring
  • Lead Next-Generation (NG) Models lifecycle (Quantification + Cycle Tracking + App)
  • Drive optimal algorithm design and system scalability
  • Enforce separation of deterministic logic vs ML components
  • Standardize patterns for features, datasets, and evaluations
  • Maintain the ML technical roadmap
  • Review system and model designs across teams
QMS & Regulatory Alignment
  • Translate product claims into ML requirements
  • Maintain end-to-end traceability (Requirement → Model → Dataset → Validation → Release)
  • Identify algorithmic risks and mitigations
  • Contribute to SRS, RMF, and V&V artifacts
  • Act as technical SME during audits
AI & Software Lifecycle (Controlled SDLC)
  • Drive requirements-driven ML development
  • Enforce versioning of code, models, and datasets
  • Define verification vs validation triggers
  • Establish release gates and rollback strategies
  • Integrate post-market monitoring & model drift learnings
Requirements
  • Strong experience in ML system design & architecture
  • 8-12 years of experience required.
  • Proven expertise in production-grade ML lifecycle
  • Deep understanding of scalable and explainable ML systems
  • Experience with controlled SDLC / risk-aware development
  • Exposure to regulated / quality-driven environments preferred
What We’re Looking For
We’re looking for a system-level ML leader who can:
  • Provide technical direction and architectural clarity
  • Balance accuracy, latency, cost, and reliability
  • Reduce algorithmic and regulatory risk
  • Build traceable, defensible ML systems
  • Clearly justify model behavior, decisions, and safety