Quantum Foundations of Engineering Physics (B.E. First Year – As per NEP-2020 Curriculum)
Quantum Foundations of Engineering Physics (B.E. First Year – As per NEP-2020 Curriculum)
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Description
Quantum Foundations of Engineering Physics.is a carefully structured textbook designed for B.E. First Year engineering students,n accordance with the NEP-2020 curriculum. The book presents fundamental concepts of engineering physics with a balanced approach that combines theoretical understanding and engineering applications.
This book serves as both a theory textbook and a reference guide, covering essential topics that form the foundation of modern engineering disciplines. Special emphasis is given to concepts that support technological fields such as electronics, materials science, photonics and emerging quantum technologies.
The content is written in clear and simple language, making it suitable for beginners while maintaining academic depth. Each topic is explained systematically, supported by illustrative diagrams, solved examples and real-world engineering applications, helping students relate physical principles to practical situations.
What distinguishes this book is its integration of classical and quantum physics concepts with engineering relevance. It encourages conceptual clarity, analytical thinking and problem-solving skills, making it useful for classroom learning, examinations and self-study.
This book aims to strengthen the conceptual base of engineering students and to foster scientific curiosity, enabling them to apply physics principles effectively in their academic and professional careers.
This book serves as both a theory textbook and a reference guide, covering essential topics that form the foundation of modern engineering disciplines. Special emphasis is given to concepts that support technological fields such as electronics, materials science, photonics and emerging quantum technologies.
The content is written in clear and simple language, making it suitable for beginners while maintaining academic depth. Each topic is explained systematically, supported by illustrative diagrams, solved examples and real-world engineering applications, helping students relate physical principles to practical situations.
What distinguishes this book is its integration of classical and quantum physics concepts with engineering relevance. It encourages conceptual clarity, analytical thinking and problem-solving skills, making it useful for classroom learning, examinations and self-study.
This book aims to strengthen the conceptual base of engineering students and to foster scientific curiosity, enabling them to apply physics principles effectively in their academic and professional careers.
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