Senior Applied Scientist, Perimeter Protection Applied Science

Amazon Amazon · Big Tech · Seattle, WA · Data Science

Senior Applied Scientist role focused on designing, building, and scaling AI-driven security solutions for AWS Perimeter Protection. The role involves owning the full ML lifecycle from research to production deployment, optimizing ML pipelines, training, and serving systems for low-latency inference, and integrating models into distributed security services.

What you'd actually do

  1. Design, build, and deploy production-grade ML models and systems for real-time threat detection, mitigation, and protection against evolving cyber threats at cloud scale.
  2. Own the full ML lifecycle end-to-end — from problem formulation, data engineering, and model development through to production deployment, monitoring, and continuous improvement.
  3. Architect and optimize ML pipelines, training infrastructure, and serving systems to meet strict latency, throughput, and reliability requirements at AWS scale.
  4. Bridge the gap between research and production by translating novel ML approaches into robust, scalable, and maintainable systems that operate in real-time security environments.
  5. Design and implement feature engineering workflows and large-scale data processing pipelines to support rapid experimentation and reliable model iteration.

Skills

Required

  • building machine learning models for business application
  • PhD, or Master's degree and 6+ years of applied research experience
  • programming in Java, C++, Python or related language
  • neural deep learning methods and machine learning
  • building machine learning models for business application
  • using managed ML/AI solutions

Nice to have

  • modeling tools such as R, scikit-learn, Spark MLLib, MxNet, Tensorflow, numpy, scipy etc.
  • large scale distributed systems such as Hadoop, Spark etc.
  • large scale machine learning systems such as profiling and debugging and understanding of system performance and scalability
  • popular deep learning frameworks such as MxNet and Tensor Flow.
  • applied research

What the JD emphasized

  • built and shipped production ML systems at industry scale
  • low-latency inference are critical
  • strict latency, throughput, and reliability requirements

Other signals

  • design, build, and deploy production-grade ML models and systems
  • own the full ML lifecycle end-to-end
  • architect and optimize ML pipelines, training infrastructure, and serving systems
  • translate novel ML approaches into robust, scalable, and maintainable systems
  • collaborate closely with software engineering teams to integrate ML models into distributed, low-latency security services