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/DL Architectures & Training
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Open-Source Models & Evaluation

Days 3–5: pull, use, and fine-tune open-source models and architectures, and validate and evaluate the results.

On this page

    DL Architectures & Training

    Days 1–2

    The first two days of Week 3 introduce the landscape of deep learning architectures, then get hands-on building and training a model.

    Common architectures

    • The basic classes of deep learning architectures and what each is good for.
    • Matching an architecture to a scientific problem and data type.
    • Where deep learning helps in Earth systems data science — and where simpler approaches still win.

    Building and training a model

    • Building a basic model in PyTorch.
    • Training it on scientific data, on AWS GPUs.
    • The training loop in practice: data, loss, optimization, and iteration.

    Working at scale

    • Using GPU resources effectively.
    • Practical habits for reproducible training runs.

    Outcomes

    By the end of these two days you should understand the main architecture families and have built and trained your own PyTorch model on scientific data using AWS GPUs.