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Utilizing nanoHUB Tools for Materials Science Education

nanohubtechtalks via YouTube

Overview

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Explore a comprehensive webinar series designed to help materials science educators integrate nanoHUB's free online simulation platform into their teaching. Learn how to conduct computer simulations through web browsers and discover practical applications used by MSE faculty nationwide. Dive into ab initio modeling tools for simulating electronic properties of materials using SIESTA, and understand how to implement nanoHUB in undergraduate laboratory settings with electronic materials modules. Master the use of Jupyter Notebooks for engineering education and gain hands-on experience with data and machine learning applications in science and engineering. Discover techniques for utilizing laboratory datasets in remote learning environments through Jupyter Notebooks and Labs. Investigate the effects of interfacial and strain energies on precipitate morphology using PRISMS-PF simulation tools. Each session features presentations by experienced MSE faculty who actively use these tools, followed by group discussions to share best practices and address implementation challenges. This series was developed to support educators who rapidly transitioned to online learning modules during the COVID-19 pandemic and continues to serve as a valuable resource for integrating computational tools into materials science education.

Syllabus

Simulating Electronic Properties of Materials Using Ab Initio Modeling Tools
Simulating Electronic Properties of Materials Using Ab Initio Modeling with SIESTA on nanoHUB.org
Using nanoHUB in Undergraduate Laboratories: Electronic Materials Module
Teaching Engineering using Jupyter Notebooks
Hands-on Introduction to Data & Machine Learning in Science and Engineering
Using Laboratory Datasets in Jupyter Notebooks/Labs for Remote Learning
Investigating Effects of Interfacial and Strain Energies on Precipitate Morphology using PRISMS-PF

Taught by

nanohubtechtalks

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