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The crash course in electromagnetics aims to give the students who do not have a background in this subject a brief introduction to it. The course is voluntary and there is no need for signing up. There will be no exam or compulsory exercises.

Lecture Plan

WeekDateTimeRoomTopicsSlidesLecture notesExercisesSolutions
32Monday 7/809.15-12.00EL4Maxwell's equations, Coulomb's law, Vector calculus, Divergence´s Theorem, Stokes´ TheoremLecture1_Introduction
Tuesday 8/809.15-12.00EL4Gauss' law, Potential, Poisson equationLecture2_Electrostaticslecture2.pdfov2.pdf
Thursday 10/809.15-12.00EL4Energy in electric field, Electric field in material, Capacitance, Boundary conditions for electric fields, Ideal conductors, Current densityLecture3_Electrostaticslecture3.pdf
Thursday 10/813.15-16.00EL4Exercise help session with additional time

Friday 11/809.15-12.00EL4Magnetic fields, Biot-Savart’s law, Ampere’s law, Magnetic field in material, Boundary conditions for magnetic fieldLecture4_Magnetostatics
33Tuesday 15/809.00-11.30EL4Faraday´s law, Ampere’s law, Induction, Inductance, Lenz’s lawLecture5_Electrodynamics
Wednesday 16/809.15-12.00EL4Exercise help session

Thursday 17/809.15-12.00EL4Maxwell's equations, Wave equations, Poynting's theorem, Summary

Exercise help available during physical meetings on 10th and 16th August or by email:


Shunguo Wang


Phone: 412 81 458

Office: Elektro C, C233


Sandra Yuste


Office: Elektro B, B419

Course Materials:

The lecture notes, exercises and solutions will be uploaded on schedule. We will be mainly using the material from previous years. Below are some additional resources:

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