Getting Started

  • Welcome & Overview
  • Logistics & Format
  • Prerequisites
  • Project Component

Week 1 — Agentic Cowork Tools

  • Overview & Objectives
  • How LLMs & Agents Work
  • Working with Claude & Claude Cowork
  • Claude Code at Scale

Week 2 — Agentic Systems

  • Overview & Objectives
  • REACT Loops & Harnesses
  • Building Good Skills
  • Agentic Workflow Systems

Week 3 — Deep Learning

  • Overview & Objectives
  • DL Architectures & Training
  • Open-Source Models & Evaluation
ESDS Advanced/Week 3 — Deep Learning/Overview & Objectives
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DL Architectures & Training

Days 1–2: common deep learning architectures and what they are good for — then build and train a PyTorch model on AWS GPUs.

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    Week 3 — Deep Learning

    Prerequisite: Week 1 and scientific programming experience

    Week 3 turns to deep learning: understanding the major architectures, building and training your own model on scientific data, and leveraging open-source models — always with an eye on evaluating the results.

    Objectives

    By the end of the week you should be able to:

    • Understand the basic classes of deep learning architectures and what each is good for.
    • Build and train your own deep learning model on scientific data.
    • Pull, use, and fine-tune (and pre-/post-train) open-source models.
    • Evaluate the performance of deep learning models — and of agentic systems.
    • Use deep learning models to inform mechanism, and connect that science to impact in other domains.

    The week at a glance

    • Days 1–2: intro to DL models and common architectures — building and training a basic PyTorch model on AWS GPUs.
    • Days 3–5: using and improving open-source models and architectures, and validating and evaluating results.

    How this feeds your project

    This is where your team can add a model that brings new capability or mechanistic insight to its project — the third piece of the final product.