MedeA VASP Training
Materials Design announces an online training session featuring the MedeA, industry-leading atomistic modeling and simulation software, scheduled for September 10, 2024. This session is tailored to introduce participants to the powerful capabilities of MedeA, focusing on advanced building tools, and essential applications with VASP. Experience the ease with which atomistic models may be constructed and VASP simulations may be launched, monitored, and the results analyzed. Learn how to utilize recent VASP implementations such as machine-learned force field calculations (MLFF), and electronic structure calculations with the dielectric-dependent hybrid functionals (DDH) and doubly screened hybrid (DSH) functionals.
Registrations are full. Another VASP training will be announced shortly. For those who would like to be addd to the waitlist, please email info@materialsdesign.com
6530979663456895062
September 10, 2024 - 7 AM PDT / 10 AM EDT / 4 PM CEST
Who should attend?
This online training is perfect for researchers, engineers, and anyone interested in mastering MedeA for advanced computational modeling. Welcomed are MedeA beginners as well as experienced MedeA users, and those who have never used MedeA before. Whether you're new to the software or seeking to expand your skills, this session offers practical insights and valuable learning opportunities.
Training Details:
Date: September 10, 2024
Start Time: 7 am PDT / 10 am EDT / 4 pm CEST
Duration: 4 hours (including breaks and Q&A sessions)
Platform: Virtual only (details will be provided upon registration)
Fee: $250 per participant
Training Agenda:
Hour 1: Introduction to MedeA and the advanced tools to build atomic structures for pristine surfaces, coated surfaces, interfaces, amorphous structures, liquids with molecules and nano particles
Hour 2: Introduction to MedeA VASP: Learn effective strategies to calculate materials properties with first-principle methods
Hour 3: Gain insights into utilizing MedeA for calculations with VASP-MLFF (machine-learned forcefield): training, refitting, and applications on solids and liquids with molecules
Hour 4: Efficient calculations of accurate electronic structures for materials used on photovoltaic devices with GW and the DDH/DSH approach
What You Will Receive:
Access to comprehensive tutorial materials.
Live demonstrations and hands-on practice sessions.
Expert guidance from seasoned professionals.
30-day evaluation license for MedeA VASP to continue your exploration after the live session.
To secure your spot, please register by September 4, 2024 via the following link:
Presented by Dr. Rene Windiks and Dr. Shubham Pandey