Hands-on Teaching with Jupyter Notebooks on nanoHUB

Explore the use of nanoHUB Jupyter Notebook-based content in college Chemistry courses through this 56-minute webinar presented by Dr. Michael Reppert from Purdue University. Learn about nanoHUB's unique capabilities for hands-on simulation, visualization, and programming projects in Chemistry education. Discover three specific applications: a Lattice Protein simulation app for Physical Chemistry, a nanoHUB-hosted homepage for a Physical Chemistry laboratory, and a graduate Molecular Spectroscopy course homepage. Gain insights into using nanoHUB for science outreach with the Protein Structure Lab tool. Get practical tips on getting started with nanoHUB-hosted content, including using the Jupyter Notebook Tool, understanding the anatomy of a nanoHUB app, and leveraging GitHub for development. Consider important aspects such as data storage and front-end/back-end project structures. This comprehensive webinar provides valuable information for educators interested in incorporating interactive, computational tools into their Chemistry curriculum.

Hands-on Teaching with Jupyter Notebooks in nanoHUB
How did I get started using nanoHUB?
How did I get started using nanoHUB?
Outline for today
Background & Definitions
What is a Jupyter Notebook?
What is nanoHUB?
Why Notebooks on nanoHUB?
Applications
CHM 372: Lattice Protein Simulator
CHM 370: Physical Chemistry Lab Analysis Visualization
CHM 676: Graduate Molecular Spectroscopy
Science Outreach: Protein Structure Lab
Getting Started
The Jupyter Notebook Tool
Getting Started: Anatomy of a nanoHUB App
Getting Started: Using GitHub
Advanced: Front-end/Back-end Projects
A word of caution: Data Storage
Conclusions
Thanks to…