Course in Descriptive Geometry and Photogrammetry for the Mathematical Laboratory

This book delves into the intricate world of Descriptive Geometry, offering a comprehensive exploration aimed at demystifying three-dimensional systems for the mathematical mind. It highlights a notable gap in British university curriculums where Descriptive Geometry has been overlooked, despite its profound educational and practical significance. Through a detailed course designed for nontechnical students at the University of Edinburgh, the author embarks on a mission to develop the reader's ability to visualize complex geometric structures with clarity.

Drawing upon the foundational works of Catalan, Antomari, Gino Loria, and particularly Monge's "Geometrie Descriptive," this text serves as both an homage to and an expansion of these pioneering contributions. The author skillfully bridges historical methodologies with contemporary applications, illustrating how ancient techniques can illuminate modern geometrical challenges.

The thematic depth of the book is evident as it traverses from fundamental properties through sophisticated methods like Monge's Method and photogrammetry, all while emphasizing the importance of practical laboratory methods. By presenting exercises alongside theoretical discourse, it reinforces understanding through direct application.

Ultimately, this book stands as a testament to the enduring value and versatility of Descriptive Geometry. It not only enriches the reader's mathematical prowess but also revives an essential discipline that forms the cornerstone of our spatial comprehension. Prospective buyers will find in these pages not just lessons in geometry but gateways to viewing the world with renewed perspective and precision.

This book delves into the intricate world of Descriptive Geometry, offering a comprehensive exploration aimed at demystifying three-dimensional systems for the mathematical mind. It highlights a notable gap in British university curriculums where Descriptive Geometry has been overlooked, despite its profound educational and practical significance. Through a detailed course designed for nontechnical students at the University of Edinburgh, the author embarks on a mission to develop the reader''s ability to visualize complex geometric structures with clarity.

Drawing upon the foundational works of Catalan, Antomari, Gino Loria, and particularly Monge''s "Geometrie Descriptive," this text serves as both an homage to and an expansion of these pioneering contributions. The author skillfully bridges historical methodologies with contemporary applications, illustrating how ancient techniques can illuminate modern geometrical challenges.

The thematic depth of the book is evident as it traverses from fundamental properties through sophisticated methods like Monge''s Method and photogrammetry, all while emphasizing the importance of practical laboratory methods. By presenting exercises alongside theoretical discourse, it reinforces understanding through direct application.

Ultimately, this book stands as a testament to the enduring value and versatility of Descriptive Geometry. It not only enriches the reader''s mathematical prowess but also revives an essential discipline that forms the cornerstone of our spatial comprehension. Prospective buyers will find in these pages not just lessons in geometry but gateways to viewing the world with renewed perspective and precision.