Engineering Electromagnetics

This course aims to develop your understanding of the fundamental principles underlying the theory of electromagnetic fields and waves and your ability to apply this theory to the solution of engineering problems, e.g. solving fields, charges, currents and voltages in electrostatic, magnetostatic and electromagnetic problems.

AUs	3.0 AUs
Exam	27 November 2024, 1.00 pm - 03.00 pm
Grade Type	N/A
Maintaining Dept	N/A
Prerequisites	, PH1011 or IE2107 (Corequisite), PH1011 or , PH1011 or IE2107 (Corequisite), PH1012 or , PH1012 or , PH1012 or , PH1011 or , PH1012 or
Mutually Exclusive With	N/A
Not Available To Programme	N/A
Not Available To All Programme With	N/A
Not available as Core for programmes	N/A
Not Available as PE for programmes	N/A
Not Available as BDE/UEs for programmes	N/A
Not Offered To	N/A

Total hours per week: 1.5 hrs

Available Indexes

	Mon		Tue	Wed		Thu	Fri
930						32123 TUT (EE08) 0930-1050 Thu TR+67
1000
1030	32116 TUT (EE01) 1030-1150 Mon TR+67	32117 TUT (EE02) 1030-1150 Mon TR+68	32119 TUT (EE04) 1030-1150 Tue TR+67	32121 TUT (EE06) 1030-1150 Wed TR+67	32122 TUT (EE07) 1030-1150 Wed TR+68		32125 TUT (EE10) 1030-1150 Fri TR+67
1100
1130
1200
1230
1300
1330	32118 TUT (EE03) 1330-1450 Mon TR+67		32120 TUT (EE05) 1330-1450 Tue TR+67			32124 TUT (EE09) 1330-1450 Thu TR+67
1400
1430

Other Relevant Mods

EE1102

Physics Foundation For Electrical & Electronic Engineering

EE2005

Electrical Devices & Machines

EE2073

Introduction To Eee Design & Project

EE2101

Circuit Analysis

EE2102

Analog Electronics

EE2103

Semiconductor Fundamentals

EE3011

Modelling & Control

EE3013

Semiconductor Devices & Processing

EE3015

Power Systems & Conversion