This article explores some dominant trends in teaching classical electromagnetic (EM) field theory in electrical engineering (EE) undergraduate curricula. The acronym EM will be used interchangeably to designate either electromagnetic or electromagnetism. The intended significance will be evident from the context.Electrical Engineering EducationTera-Hertz Sensin
This paper discusses the essential contents of a course on EMC, which can be taken by engineering st...
The article examines the special features of teaching the electromagnetism department of physics tau...
In this work, we explore how undergraduate students use classical field theory when describing physi...
As the wireless revolution is maturing in its technological life cycle, the principles and concepts ...
Advances in the RF and wireless communications and systems should be reflected in the undergraduate ...
The distinction between electrical engineering (EE) and electronic engineering technology (EET) prog...
That electromagnetic theory forms the foundation of most modern engineering applications is well kno...
Electromagnetics (EM) theory is considered as one of the most fundamental subjects for electrical ...
Nowadays, electromagnetics (EM) is everywhere! Although the contents of the two basic EM lectures – ...
Visualizing Concepts in Electromagnetic Fields: Hands-On Experiments Using Student-Owned Laboratory ...
Electromagnetic interactions play a central role in explaining the natural world and they provide th...
This Innovative Practice Work In Progress paper presents an approach for enhancing undergraduate Ele...
© 2018 authors. Published by the American Physical Society. In this work, we explore how undergradua...
Abstract: eLearning at universities is taking an increasingly larger part of academic teaching metho...
A pedagogical approach of hands-on learning that has formed the foundation of the nontraditional cir...
This paper discusses the essential contents of a course on EMC, which can be taken by engineering st...
The article examines the special features of teaching the electromagnetism department of physics tau...
In this work, we explore how undergraduate students use classical field theory when describing physi...
As the wireless revolution is maturing in its technological life cycle, the principles and concepts ...
Advances in the RF and wireless communications and systems should be reflected in the undergraduate ...
The distinction between electrical engineering (EE) and electronic engineering technology (EET) prog...
That electromagnetic theory forms the foundation of most modern engineering applications is well kno...
Electromagnetics (EM) theory is considered as one of the most fundamental subjects for electrical ...
Nowadays, electromagnetics (EM) is everywhere! Although the contents of the two basic EM lectures – ...
Visualizing Concepts in Electromagnetic Fields: Hands-On Experiments Using Student-Owned Laboratory ...
Electromagnetic interactions play a central role in explaining the natural world and they provide th...
This Innovative Practice Work In Progress paper presents an approach for enhancing undergraduate Ele...
© 2018 authors. Published by the American Physical Society. In this work, we explore how undergradua...
Abstract: eLearning at universities is taking an increasingly larger part of academic teaching metho...
A pedagogical approach of hands-on learning that has formed the foundation of the nontraditional cir...
This paper discusses the essential contents of a course on EMC, which can be taken by engineering st...
The article examines the special features of teaching the electromagnetism department of physics tau...
In this work, we explore how undergraduate students use classical field theory when describing physi...