Projecting Geometric Bodies: A Study Guide for Engineering, Radio and Electrical Students, edited by A. M. Budarina is an indispensable resource for students and professionals seeking a deeper understanding of the basics of projection geometry and its application in various fields of engineering. This manual not only highlights theoretical aspects, but also offers practical assignments, making it an ideal companion for the learning process. From the first pages, the reader plunges into the world of geometric forms and their projections, where each chapter opens up new horizons of knowledge. The book begins with the basics of projection geometry, explaining the key concepts and methods that are needed to work with three-dimensional objects. The author's team, consisting of experienced teachers and practitioners, shares their experience and knowledge, which allows you to create accessible and understandable material even for those who are just starting to get acquainted with this topic. This manual will be especially useful for students of engineering, radio and electrical engineering specialties, as well as for anyone interested in design and modeling. It is suitable for both beginners and more experienced readers seeking to refresh their knowledge or understand the complex aspects of projection geometry. If you study disciplines such as engineering graphics, computer graphics or CAD systems, this book will be a real guide for you. The topics raised in the book cover a wide range of issues, from basic concepts about projections to complex tasks related to the visualization and interpretation of geometric forms. The author's team focuses on the practical application of the theory, which allows readers not only to assimilate the material, but also to apply it in real projects. The book also contains many illustrations and examples, which makes the learning process more visual and engaging. The style of presentation in the "Projection of geometric bodies" is distinguished by clarity and logic. The authors strive to convey complex ideas in a simple and accessible language, which makes the learning process less stressful and more productive. Each chapter ends with questions and tasks for self-testing, which allows readers to consolidate the knowledge gained and test it in practice. If you’re looking for books on engineering graphics, design, or CAD, Projecting Geometric Bodies will be a great addition to your library. It will not only expand your knowledge, but also help you develop the skills you need for a successful career in engineering. The book can be of interest not only to students, but also to practicing engineers who want to update their knowledge or master new methods of working with geometric forms. In conclusion, Projecting Geometric Bodies: A Study Guide for Engineering, Radio and Electrical Engineering Students is a quality and useful resource that will help you understand the complex but fascinating field of projection geometry. Thanks to its accessible style and practical approach, the book will become an indispensable assistant for both students and professionals seeking new knowledge and skills in the field of design and modeling.