MedeA Training for High-Throughput Calculations
Looking to simplify your calculations, explore ideas faster, and accelerate your work? Join us for an online training session on May 20th, 2025, and discover how to you streamline your workflow and boost efficiency. Whether you're working with small or large sets of calculations, you will learn to use MedeA’s powerful tools for high-throughput atomistic modeling and simulation.
Why Attend:
Submit large or small calculation sets with ease
Explore ideas quickly by automating workflows
Learn how MedeA can simplify and optimize your work
Unlock the full potential of MedeA and transform the way you work.
Who should attend? This online MedeA High-Throughput training is ideal for researchers, engineers, and anyone interested in learning advanced computational modeling with MedeA—especially those who have never used the software before. Whether you're new or experienced, the session offers practical insights and valuable learning opportunities.
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Tuesday, May 20, 2025 8:00 AM PT / 11:00 AM ET USA / 17:00 CEST EUROPE
Training Details:
NEW Date: May 20, 2025
Start Time: 8 am PST / 11 am EST / 5 pm CET
Duration: 4 hours (including breaks and Q&A sessions)
Platform: Virtual only (details will be provided upon registration)
Format: Attendees receive access to the comprehensive MedeA environment for their own computer system for use during the training and can work through selected tutorials at their own pace with full access to expert Materials Design scientists.
Fee: $300 per participant, $250 for customers under maintenance
Training Agenda:
Hour 1: Introduction to the high-throughput capabilities of MedeA, such as scanning through structure databases, modifying and editing structures in flowcharts, storing calculated results in databases and tables
Hour 2: High-Throughput screening of mechanical properties of ceramics.
Hour 3: Determining melting points of materials with correlations of properties calculated on-the-fly with structural descriptors
Hour 4: Calculating polymer properties such as glass-transition temperatures, elastic properties, and swelling upon absorption of moisture
What You Will Receive:
Access to comprehensive training materials.
Live demonstrations and hands-on practice sessions.
Expert guidance from seasoned professionals.
14-day evaluation license for MedeA high-throughput modules to continue your exploration after the live session.
MedeA Hardware Requirements:
For a satisfactory training participation we highly recommend that the attendees install MedeA on their computers. After successful registration you will get access to MedeA. MedeA runs on Intel and AMD-based hardware whereby the operating system is either Windows or Linux. ARM-based hardware such as the Apple M1 CPU is not supported:
Supported Systems:
Processors: Intel or AMD (x86/x64)
Operating Systems: Windows or Linux
Not Supported: ARM-based hardware (e.g., Apple M1 CPU)
Presented by the Materials Design Support Team