Engineering Physics bridges fundamental physics with engineering applications, moving systematically from basics like vector calculus and Newtonian mechanics to advanced topics. The book moves through electromagnetism, thermodynamics, quantum mechanics, and relativity with clarity. With appendices, glossaries, and references supporting deeper exploration, this text serves engineering students, educators, and professionals. Content covers mathematical methods essential for physics applications including differential equations, linear algebra, and complex analysis. Readers examine mechanics of particles and rigid bodies, electrodynamics, wave phenomena, and statistical mechanics. Key topics include materials physics, semiconductor theory, optical physics, and solid-state applications. The text addresses experimental techniques, measurement methods, and error analysis in engineering contexts. Through systematic presentation connecting theoretical principles with practical engineering problems, the material develops problem-solving capabilities. This essential resource serves undergraduate engineering students across disciplines requiring solid physics foundations. The book emphasizes applications in electrical, mechanical, materials, and aerospace engineering. With worked examples and engineering case studies, this comprehensive text prepares students for applying physics principles in professional engineering practice.