Overview

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Academic contacts

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Offerings

MURDOCH-S1-EXT-2024-2024
MURDOCH-S1-FACE2FACE-2025-ONGOING
MURDOCH-S1-INT-2024-2024
MURDOCH-S1-MIXEDMODE-2025-ONGOING

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Other learning activities

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Learning activities

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Learning outcomes

1.

Choose appropriate mathematical tools and electrochemical and electromagnetic concepts to solve problems related to energy storage, biological systems, etc.

2.

Use the derivation of Maxwell's equations to analyse problems and explain the design and operation of devices in communications and optics.

3.

Communicate concepts in electrochemistry and electromagnetism, and relate them to an everyday device or application, for a specific audience, e.g. school group, university peers, general public.

4.

Demonstrate development of skills in computer simulation and modelling relevant to the study and use of concepts in electrochemistry and electromagnetism.

5.

Demonstrate ability to perform appropriate experimental techniques, collection of experimental data, and data interpretation.

Assessments

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Additional information

Unit content:

Electric field distribution in three-dimensional space (static in vacuum or in medium)

Magnetic field distribution in three-dimensional space (static, in vacuum or in medium)

Electromagnetic field distribution in four-dimensional space (x, y, z, and t, in vacuum or in medium)

Source-free plane electromagnetic waves in vacuum and in medium

Applications such as microwave, optical fibre cable, LCD and plasma devices or instrumentations.

Corrosion

Redox processes

Energy storage and transfer – batteries, supercapacitors, capacitors

Biological oxidation/reduction

Bioinspired applications