November 8–10, 2022

Online Course

Live Online Instruction • 9:00 a.m. to 4:00 p.m. EST

On-Demand Access Closes December 12, 2022

Learn the fundamentals of developing high entropy alloys (HEAs) and gain insights into potential pathways to commercialization in this online course taught by some of the leading experts in this emerging field. Since their discovery less than 20 years ago, HEAs hold tremendous promise for enabling novel material properties that could address materials barriers and challenges in a variety of industries. Fast-track your exploration of this groundbreaking technology by attending this course and making connections with our world class instructors.

High Entropy Alloys: Fundamentals, Alloy Design, Properties, and Potential Applications is an online course that stems from the TMS-organized World Congress on High Entropy Alloys and accelerator study on HEAs. It offers an excellent opportunity to prepare for participation in the upcoming 3^rd World Congress on High Entropy Alloys (HEA 2023).

What Is the Course Format

The course will include six, half-day virtual modules, presented live or on-demand, with supporting course handout materials.

Who Should Take This Course

• Anyone engaged in projects that involve HEAs—both modelers and experimentalists—who want to gain valuable fundamental and practical insights and knowledge on HEAs. This includes scientists and engineers in industry, researchers and/or students at universities, and researchers at national laboratories.
• Other stakeholders who wish to have a deeper understanding of HEAs could also benefit from this course, such as managers and/or department heads in industry, academia, government laboratories, and/or government funding agencies.

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Conference Sponsors and Organizers

This course is being organized by the following individuals:

Instructors

• Daniel B. Miracle, Air Force Research Laboratory (Lead Instructor)
• Amy Clarke, Colorado School of Mines
• Kester Clarke, Colorado School of Mines
• Francisco Coury, Federal University of São Carlos
• Kevin Laws, The University of New South Wales
• John Lewandowski, Case Western Reserve University
• John "Hunter" Martin, HRL Laboratories 
• Elizabeth Opila, University of Virginia
• Noah Philips, ATI Specialty Alloys and Components
• John R. Scully, University of Virginia
• John Sharon, Raytheon Technologies
• Taylor Sparks, University of Utah
• Mitra Taheri, Johns Hopkins University
• C. Cem Tesan, Massachusetts Institute of Technology
• Mike Titus, Purdue University
• Celine Varvenne, Marseille University