Principal Machine Learning Engineer

NextDeavorNew York, NY
Hybrid

About The Position

Become a Key Player as a Principal Machine Learning Engineer. You will own the ML infrastructure that turns research into reliable, real-time compliance enforcement systems, driving model training, evaluation, and production serving. You will partner closely with research stakeholders and engineering peers to ship reproducible pipelines and low-latency serving; the role is Hybrid (3 days onsite) in the New York City Metro area.

Requirements

  • 8+ years of software engineering experience, including 4+ years building infrastructure for ML or LLM systems in production
  • Hands-on experience with the modern LLM stack: PyTorch, distributed training, fine-tuning at scale (e.g., LoRA, SFT), and inference engines such as vLLM or TensorRT-LLM
  • Experience building eval harnesses, regression gates, or dataset pipelines; strong understanding of precision, recall, and calibration
  • Proven ownership of production model serving with real latency, reliability, and cost constraints
  • Strong fundamentals in Python, containers, CI/CD, cloud infrastructure, and observability
  • Ability to scope work, ship frequently, and make pragmatic build-vs-buy decisions
  • Experience collaborating tightly with research partners and defining clear interfaces

Nice To Haves

  • Experience productionizing small or specialized language models
  • Experience with structured-output serving or constrained decoding in production
  • Prior work in regulated or high-stakes domains (fintech, healthcare, legal, trust and safety)
  • Experience deploying models into customer-controlled environments

Responsibilities

  • Build and own training pipelines: data preparation, reproducible fine-tuning runs, experiment tracking, and release automation
  • Build evaluation infrastructure: automated eval runs, regression gates, dashboards, and dataset versioning
  • Own model serving in production: low-latency inference, batching, optimization, autoscaling, and cost management
  • Ship model updates safely with versioning, canarying, rollback, and drift monitoring
  • Create repeatable workflows to adapt models to new domains and customer needs
  • Turn expert labels and reviewer feedback into clean training and evaluation data
  • Set the engineering bar for ML infrastructure as the team grows
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