Fundamentals of Electromagnetics: Theory and Applications
Master the principles of electromagnetic interaction and discover how it shapes various phenomena in our daily lives.
Master the principles of electromagnetic interaction and discover how it shapes various phenomena in our daily lives.
This foundational physics course explores the fundamental principles and laws of electromagnetic interaction. Students learn about the core concepts of electric fields, magnetic fields, and magnetic induction, understanding their role in everyday phenomena. The curriculum examines how electromagnetic forces influence chemical and biological processes at the atomic and molecular level, providing a comprehensive understanding of this crucial physical interaction.
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What you'll learn
Comprehend the fundamental principles of electromagnetic interaction
Analyze electric field properties and behaviors
Understand magnetic field characteristics and effects
Master the concepts of magnetic induction
Apply electromagnetic principles to real-world phenomena
Relate electromagnetic forces to atomic and molecular interactions
Skills you'll gain
This course includes:
PreRecorded video
Graded assignments, exams
Access on Mobile, Tablet, Desktop
Limited Access access
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Module Description
This comprehensive course focuses on understanding electromagnetic interactions and their fundamental laws. Students explore the origins and behavior of electric and magnetic fields, as well as magnetic induction. The curriculum emphasizes how these fundamental forces influence various phenomena in our daily lives, including chemical and biological processes at the atomic level. Through theoretical study and practical applications, participants gain a deep understanding of electromagnetic principles.
Fee Structure
Instructors
9 Courses
Distinguished Physicist and Acoustics Researcher
Pilar Candelas Valiente, Associate Professor at UPV, specializes in ultrasonics and acoustics, bridging theoretical physics with practical applications in wave propagation and ultrasonic devices.
9 Courses
Distinguished Materials Scientist and Solar Energy Expert
M. Ángeles Hernández Fenollosa, Associate Professor at UPV, focuses on semiconductor materials and nanostructured thin films for improving solar cell efficiency in photovoltaic technology.
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