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Electromagnetic Energy refers to the form of energy that is reflected or emitted from objects in the form of electrical and magnetic waves that can travel through space. The [course_title] course teaches you the applications of electromagnetic and equivalent quantum mechanical principles to classical and modern devices.

Throughout the course, you will learn about the energy conversion and power flow in both macroscopic and quantum-scale electrical and electromechanical systems such as electric motors and generators, electric circuit elements, quantum tunnelling structures and instruments.

Assessment

This course does not involve any written exams. Students need to answer 5 assignment questions to complete the course, the answers will be in the form of written work in pdf or word. Students can write the answers in their own time. Each answer needs to be 200 words (1 Page). Once the answers are submitted, the tutor will check and assess the work.

Certification

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Course Credit: MIT

Course Curriculum

Module 01
lec01 Introduction iPhone components 00:30:00
lec02 Energy and power 00:40:00
lec03 Electrical vs. gas engine 00:30:00
lec04 Energy in electrical systems 00:35:00
lec05 Electrostatics (Gauss’s law and boundary conditions) 00:30:00
lec06 Magnetostatics (magnetic fields and forces) 00:00:00
lec07 Forces in magnetostatics (actuators) 00:25:00
lec08 Practical MQS systems (torroids, solenoids, magnets) 00:30:00
lec09 Magnetic materials 00:35:00
lec10 Faraday’s law (induced emf) 00:40:00
lec11 Magnetic circuits and transformers 00:00:00
lec12 Forces via energy conservation (energy method) 00:30:00
Module 02
lec13 Stored energy and magnetic actuators 00:40:00
lec14 Energy conversion systems rail guns 00:20:00
lec15 Dielectrics and dipoles 00:35:00
lec16 Practical dielectrics 00:00:00
lec17 Limits of statics and quasistatics 00:35:00
lec18 Linear systems, complex numbers and phasors 00:35:00
lec19 Electromagnetic waves (wave equation) 00:40:00
lec20 Examples of uniform EM plane waves (Poynting vector) 00:40:00
lec21 Generating EM waves antennas 00:30:00
lec22 Interaction of atoms and EM waves (Lorentz oscillator) 00:30:00
lec23 Lossy EM waves 00:35:00
lec24 Polarized light and polarizers 00:45:00
Module 03
lec25 Birefringence 00:35:00
lec26 Liquid crystal display (LCD) technology 00:40:00
lec27 Interference and diffraction 00:35:00
lec28 Diffraction and holography 00:25:00
lec29 Reflection and transmission of EM waves 00:40:00
lec30 EM reflection and transmission in layered media 00:40:00
lec31 Optical resonators 00:40:00
lec32 Refraction and Snell’s law 00:35:00
lec33 Fresnel equations and EM power flow 00:40:00
lec34 Waveguides (optical systems) 00:45:00
lec35 Wavepackets 00:40:00
lec36 Photon quantum of energy 00:35:00
Module 04
lec37 Photon momentum and uncertainty 00:45:00
lec38 Examples of Heisenberg uncertainty principle 00:45:00
lec39 Schrodinger equation 00:30:00
lec40 Particle in a box 00:30:00
lec41 Reflection from a potential step 00:45:00
lec42 Tunneling 00:35:00
lec43 Tunneling applications (flash memory, STM) 00:30:00
lec44 From atoms to molecules 00:35:00
lec45 Semiconductors 00:45:00
lec46 Light emitting diodes (LEDs) 00:15:00
lec47 Photodetectors, solar cells 00:20:00
lec48 Electron wavepackets and microscopic Ohm’s law 00:40:00
lec49 Quantum superposition and optical transitions 00:25:00
lec50 Lasers 00:40:00
Assessment
Submit Your Assignment 00:00:00
Certification 00:00:00

Course Reviews

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