The book “Resistance of materials: a textbook for students of higher educational institutions studying in the direction” edited by a team of authors is an indispensable resource for students of engineering specialties who seek to better understand the basics of mechanics and materials science . This manual will be your reliable companion in the study of complex issues related to the behavior of materials under the influence of various loads. From the first pages you immerse yourself in the world of mechanics, where each section reveals the key concepts and principles behind the resistance of materials. The book covers a wide range of topics, ranging from the basics of elasticity theory to more complex aspects, such as the fatigue characteristics of materials and their behavior under different operating conditions. This makes the manual not only educational material, but also a practical guide that will be useful not only to students, but also to young professionals working in the field of design and analysis of structures. One of the strengths of this manual is its accessible style of presentation. The authors aim to make complex technical terms and concepts understandable even for those who are just beginning their journey in engineering. Each section is accompanied by illustrations, examples and tasks, which allows the reader not only to assimilate the theory, but also to apply it in practice. This makes the book ideal for self-study, as well as for use in the learning process. Who can like this manual? First of all, it is addressed to students of technical universities studying in the areas of "Construction", "Mechanics", "Materials" and other related specialties . However, due to its accessibility and practical orientation, the book will be interesting for those who already work in the engineering field and want to refresh their knowledge or understand new aspects of material resistance. The topics raised in the book go beyond the mere study of mechanical properties. The authors discuss the importance of choosing the right materials for different designs, taking into account not only their physical characteristics, but also economic aspects. This is especially true in the context of modern construction, where efficiency and safety play a key role. The book also touches on structural sustainability issues, which is an important aspect for practice engineers. The style of the authors is clear and logical, which makes the learning process more exciting. They use many examples from real practice, which allows the reader to see how theoretical knowledge is applied in life. This creates a sense of connection between teaching material and real engineering tasks, which is especially important for students seeking practical application of their knowledge. If you are looking for a tutorial that will help you not only master the theory, but also learn how to apply it in practice, “Resistance Materials” will be an excellent choice. The book offers an in-depth understanding of the fundamentals of mechanics, which is essential for a successful career in engineering. Don’t miss the opportunity to make this valuable resource part of your curriculum and expand your knowledge of materials science and mechanics. In conclusion, “Resistance materials: a tutorial for students of higher educational institutions studying in the direction” is not just a book, but a whole world of knowledge that will open doors for you in the world of engineering. Allow yourself to immerse yourself in the study and become an expert in the field that shapes the future of technology and construction.