Bridging the gap between academic theory and industrial reality.
Dr. Speyer is a Professor at the Georgia Institute of Technology in the School of Materials Science and Engineering. Unlike many academics who stay strictly within the classroom, Dr. Speyer puts thermodynamics to the test daily as the owner and founder of Verco Materials, a leading manufacturer of boron carbide ballistics armor.
His teaching philosophy is simple: "If you can't calculate it, you don't understand it."
Teaching the core thermodynamics curriculum to thousands of undergraduate and graduate students.
Developing and manufacturing advanced ceramic armor solutions for defense applications. Applying thermodynamic principles to sintering kinetics in real-world production.
Author of "Thermal Analysis of Materials" and "Applied Chemical Thermodynamics". Holder of multiple patents in ceramic processing.
"For years, I watched students struggle with thermodynamics not because the concepts were impossible, but because the textbooks were written for people who already understood them."
"Standard texts often skip the intermediate steps in derivations. They wave their hands and say 'it can be shown that...' leaving the student confused and frustrated. In my classes, I don't skip steps."
"I wrote Applied Chemical Thermodynamics to be the book I wish I had as a student. It respects your intelligence but doesn't test your patience. It connects the abstract equations of Gibbs and Helmholtz directly to the real-world problems of phase diagrams and reaction kinetics that materials scientists face every day."
"And because modern engineering is computational, I included the tools you need to actually use these equations. Thermodynamics shouldn't just be something you memorize; it should be something you use."
Robert F. Speyer, Ph.D.
Atlanta, Georgia