Shreyas Subramanian, PhD

AI Researcher

Washington, DC, United States14 yrs 2 mos experience
Most Likely To SwitchAI Enabled

Key Highlights

  • Over 10 years of experience in AI and optimization.
  • Published multiple books and patents in AI.
  • Led significant AI projects at Amazon and NASA.
Stackforce AI infers this person is a Data Science and AI expert with a focus on Aerospace and SaaS industries.

Contact

Skills

Core Skills

Deep LearningAiMachine LearningOptimization

Other Skills

large model training methodsfine-tuningreinforcement learningmodel training efficiencyevaluation methodologyalignment techniquesmanaged execution environmentbenchmarking systemcustomer onboardingsecurityscalabilityefficiencyFuel Burn modelalgorithm designbusiness logic development

About

Dr. Shreyas Subramanian is a Principal Data Scientist at Amazon, where he contributes to cutting-edge research in deep learning, foundation models and optimization techniques. In his current role at Amazon, Dr. Subramanian works with various science leaders and research teams within and outside Amazon, helping to guide customers to best leverage state-of-the-art algorithms and techniques to solve business critical problems. With over 10 years of experience in optimization and artificial intelligence, managing and leading several teams, publishing books, academic papers and patents, Dr. Subramanian also serves on several top tier AI conferences as a reviewer, and on National Science Foundation AI review panels responsible for providing millions of dollars in seed funds to startups every year. Prior to joining Amazon, Dr. Subramanian was the Director of Research at a NASA subcontractor, where his team made breakthroughs in using AI to make air travel safer. Dr. Subramanian is passionate about driving transformative, meaningful impact at scale for large organizations.

Experience

14 yrs 2 mos
Total Experience
3 yrs 6 mos
Average Tenure
7 yrs 8 mos
Current Experience

Amazon web services (aws)

6 roles

Principal Scientist - Model Customization

Promoted

Mar 2026Present · 1 mo

  • Lead a science team focused on large model training methods to advance performance across tasks and domains. Drove the launch of Model Customization and Reinforcement Learning on Amazon Bedrock, bringing fine-tuning and RL-based adaptation capabilities to production for AWS customers. Research contributions span large model training efficiency, small language models (SLMs), model training methods, agentic systems, inference optimization, evaluation methodology, and alignment techniques — all directly connected to AI products and capabilities shipped on AWS. Contributed to efforts around the Amazon Nova family of models and the Humanity's Last Exam (HLE) benchmark, with work touching foundational model training, evaluation, and applied agentic systems. Author of multiple books and patents, published across top venues including Nature, NeurIPS, ICLR, KDD, and AAAI.
large model training methodsfine-tuningreinforcement learningmodel training efficiencyevaluation methodologyalignment techniques+2

Principal Scientist - AgentCore Runtime

Jun 2025Feb 2026 · 8 mos

  • Led scientific and technical contributions to the launch of Amazon Bedrock AgentCore Runtime, a managed execution environment for securely deploying, scaling, and operating AI agents in production. Architected and built an internal benchmarking system to characterize service performance across latency and throughput dimensions, enabling rigorous comparisons with competing infrastructure and directly guiding engineering optimization. Drove customer onboarding at launch across integration patterns including MCP server tooling, CloudFormation-based IaC deployment, and deep research agent architectures, scaling to thousands of customers. Contributed to the AgentCore Starter Toolkit SDK to lower the barrier for developers bootstrapping production-grade agent deployments. Applied reinforcement learning techniques for customizing multi-turn agentic systems, advancing the scientific foundation underlying the platform's agent execution model. Enabled production workloads spanning compliance screening at transaction scale, agentic RAG, and autonomous deep research pipelines.
managed execution environmentbenchmarking systemreinforcement learningcustomer onboardingAIMachine Learning

Principal Data Scientist

Oct 2022May 2025 · 2 yrs 7 mos

  • I interface with science leaders and research teams on the customer side, guide customers to their best course of action when implementing state-of-the-art algorithms and techniques, and collaborate with Amazon and customer teams in high-impact research directions leading to direct business benefit.
AIMachine Learning

Principal A.I. / Machine Learning Specialist

Promoted

Oct 2020Oct 2022 · 2 yrs

  • I help AWS customers build and fine tune large-scale Machine learning and Deep Learning models, and rearchitect solutions to help improve security, scalability, and efficiency on the cloud. I have helped customers set up secure Machine Learning platforms for large teams, and specialize in setting up massively parallel distributed training, hyperparameter optimization and reinforcement learning solutions. Apart from Machine Learning, I also help solve complicated distributed computing and optimization related use cases.
Machine LearningDeep LearningsecurityscalabilityefficiencyAI

Machine Learning Specialist: Aerospace, Automotive, Manufacturing and Industrials

Apr 2020Oct 2020 · 6 mos

AI/ML Specialist Solutions Architect

Jun 2018Apr 2020 · 1 yr 10 mos

Robust analytics, inc.

2 roles

Director of Research

Promoted

Apr 2017Jun 2018 · 1 yr 2 mos · Washington D.C. Metro Area

  • I supported NASA initiatives to evaluate the efficiency of NAS operations by designing a Fuel Burn model to estimate flight time, fuel consumption, and flight segment operating costs for all airline flights in the NAS. I am also involved in algorithm design and business logic development of various other NASA projects at Robust Analytics such as a Terminal Area Hidden Markov Risk Model, simulation and modeling of passenger behavior in airport premises, and projects related to the NASA SMART NAS Test Bed (SNTB). Continuing graduate research assistant working on the NASA System-wide Safety Assurance Technology (SSAT) grant (2013-2014), I evaluated the effect of inducing communication faults in ADS-B messages in the NAS. Continuing my work as a graduate research assistant on a grant from NASA and Boeing (2012–2013), I integrated detailed aircraft performance models to evaluate UAS operations in existing traffic scenarios, and thereby transform the NAS into a safer, more secure system.
Fuel Burn modelalgorithm designbusiness logic developmentAIOptimization

Aviation Systems Engineer

Oct 2015Mar 2017 · 1 yr 5 mos · Washington D.C. Metro Area

Purdue university

2 roles

Graduate Teaching Assistant

Sep 2014Jan 2015 · 4 mos

  • Teaching assistant for two sections (120 students each) of the First Year Engineering course ENGR 131 - "Transforming Ideas to Innovation 1" where students make evidence-based engineering decisions on diverse teams, guided by professional habits.

Graduate Research Assistant

Sep 2012Sep 2015 · 3 yrs

  • Worked as the project lead in a project headed by NASA and supported by Intelligent Automation Inc. (IAI).

Wright state university

Graduate Research Assistant

Sep 2011Aug 2012 · 11 mos

  • Conducted simulation runs on a custom CFD code as part of the Flow Simulation Research Group on several advanced benchmark problems

Education

Purdue University

Doctor of Philosophy (PhD)

Jan 2012Jan 2015

Wright State University

Master of Science (M.S.) — Mechanical Engineering

Jan 2011Jan 2012

National Institute of Technology Karnataka

Bachelor of Technology - BTech — Mechanical Engineering

Jan 2007Jan 2011

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