This work investigates the efficacy of integrating interactive, computer-based software into the traditional calculus curriculum to facilitate self-paced learning. The author, William R. Davis, presents a structured framework designed to transition students from static textbook learning to dynamic, computational problem-solving. By utilizing the Mathematica platform, the text provides a digital environment where mathematical concepts are explored through active manipulation rather than passive reading. This approach aims to bridge the gap between theoretical calculus and practical computational application.

Educators and students often recognize this work as a pioneering effort in the digitization of mathematics education. Experts frequently note that while the software-dependent nature of the text requires specific hardware, it remains a foundational example of early interactive courseware design.