(Elements of Electromagnetics, 7th Edition)

Target Audience: Electrical and computer engineering students seeking a comprehensive understanding of electromagnetism.

Key Focus: Equip students with a solid foundation in electromagnetic principles and applications through a clear, balanced approach.

Content:

• Mastering the language: Begin by mastering vector analysis, the essential tool for understanding electromagnetic fields.
• Static forces: Explore the fundamentals of electrostatics, including charge distribution, electric fields, potential, and capacitance.
• Magnetic world: Delve into the principles of magnetostatics, covering magnetic fields, materials, and inductance.
• Beyond the static: Dive deeper into time-varying fields, exploring Maxwell's equations and their diverse applications in wave propagation, transmission lines, and antennas.
• Waves unleashed: Uncover the properties and behavior of electromagnetic waves, including plane waves, waveguides, and radiation.
• Putting theory into practice: Discover practical applications of electromagnetism in various fields like power systems, communication systems, and sensors.

Key Features:

• Vectors first: Prioritize vector analysis, building a strong foundation for further understanding.
• Balanced perspective: Cover both static and time-varying fields, preparing you for real-world challenges.
• Learn by doing: Numerous worked examples demonstrate how to apply theory to solve diverse problems.
• Sharpen your skills: Practice with end-of-chapter problems to solidify your understanding.
• Beyond theory: Explore numerical methods like MATLAB to tackle practical engineering scenarios.
• Real-world connections: Gain insights into practical applications through insightful application notes.

Key Takeaways:

• Electromagnetism forms a fundamental pillar of engineering, with applications across various disciplines.
• A strong grasp of electromagnetic principles is essential for success in electrical and computer engineering.
• This book provides a comprehensive and practical introduction, preparing you for further study and professional practice.

Strengths:

• Clear and concise explanations with practical examples.
• Strong emphasis on problem-solving skills and practical applications.
• Comprehensive coverage of key concepts.

This book offers a valuable resource for electrical and computer engineering students seeking a thorough understanding of electromagnetism. Its clear explanations, practical focus, and problem-solving approach make it an effective learning tool. However, students with limited background in math and physics may find it beneficial to build those foundations beforehand.