This text investigates the integration of computational software with traditional calculus pedagogy to enhance student conceptual understanding. The authors, Bill Davis, Horacio Porta, and J. Jerry Uhl, utilize a computer-based approach to bridge the gap between abstract mathematical theory and practical application. By leveraging the Mathematica software environment, the book presents a framework where students engage in active experimentation rather than passive rote memorization. This methodology shifts the focus from manual calculation to the exploration of mathematical models and problem-solving strategies.

Educators and mathematicians frequently cite this work as a pioneer in the computer-integrated mathematics curriculum. Experts highlight the text for its rigorous demand on student engagement and its departure from traditional lecture-based instruction.