Engineering Fundamentals: Principles, Materials, Systems and Practice

Beginning with the foundations of engineering problem-solving, mathematics, measurement, and design, the book progressively explores engineering mechanics, materials science, manufacturing and production, electrical and electronic engineering, fluid mechanics, thermodynamics, surveying, geospatial engineering, and infrastructure. Practical examples demonstrate how scientific and mathematical principles are applied to real engineering problems.

The book extends beyond traditional technical fundamentals to examine how engineering assets and projects are designed, constructed, operated, maintained, and managed throughout their life cycles. Key topics include quality management, reliability, asset management, engineering safety, risk assessment, sustainability, environmental management, project management, procurement, contracts, communication, and stakeholder management.

Contemporary engineering practice is explored through systems engineering, systems thinking, interdisciplinary collaboration, and digital engineering. Readers are introduced to rapidly developing technologies including artificial intelligence, the Internet of Things, digital twins, robotics, autonomous systems, smart infrastructure, advanced materials, additive manufacturing, renewable energy, and other emerging technologies. Engineering economics, innovation, professional registration, ethics, and continuing professional development demonstrate how technical knowledge connects with wider professional responsibilities.

Throughout the book, engineering is presented not simply as a collection of equations and technical facts, but as a systematic way of understanding problems, evaluating alternatives, managing risk, and creating practical solutions. Supported by real-world examples, review questions, and practical activities, Engineering Fundamentals provides readers with a broad and connected foundation for understanding the diverse, interdisciplinary, and rapidly evolving world of engineering.

The book is particularly suitable as a textbook for engineering students completing common or foundational engineering subjects before progressing into discipline-specific specialisation in areas such as civil, mechanical, electrical, structural, environmental, manufacturing, or systems engineering. It provides a broad introduction to the shared principles underpinning these disciplines, including engineering mathematics and measurement, mechanics, materials, manufacturing, electrical and electronic systems, fluid mechanics, thermodynamics, surveying, infrastructure, quality and reliability, safety and risk, sustainability, project management, systems engineering, and contemporary technologies. By showing how these areas interact in practical engineering applications, the book develops a whole-of-engineering perspective and helps students understand the connections between disciplines before specialising. Its explanations, worked examples, review questions, scenario-based assessments, and practical activities make it well suited to first-year engineering, foundational and common engineering subjects, engineering technology courses, introductory engineering units, and multidisciplinary engineering programs, providing a strong foundation for more advanced and specialised study.