Fundamentals of Electricity
Level 3 |
Title of learning programme |
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Fundamentals of Electricity |
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Programme level |
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3 |
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Duration of learning programme
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11 weeks x 10 hours* |
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Total number of learning hours per programme |
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110** |
* Unlike traditional schools, colleges or universities, there are no
terms, semesters, or specified intake dates for our uniquely flexible
distance education courses. Our system of continuous enrolment means that
our students can enrol on any day and at any time of the year. This allows
our students the freedom to plan their studies to fit in with their
lifestyle or work commitments.
** Please note that this is only an approximate figure and is dependant
upon how much time you can dedicate to your studies and also how well you
grasp the learning concepts in the course material. Furthermore, at the end
of each module there is a question paper which needs to be completed and
returned to your personal tutor.
Module |
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Module Title |
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1 |
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Circuits and Current |
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2 |
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Electrical Circuits |
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3 |
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Energy and Heat, Resistive Circuits |
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4 |
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Circuits in Series |
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5 |
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Batteries and Electronic Theory |
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6 |
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Electric Potential and Electromotive Force |
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7 |
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Capacitance and Inductance |
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8 |
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Electromagnetic Induction |
Module 1
Circuits and Current.
On successful completion of this module the candidate will be able to: |
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Learning
Outcome |
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LO1 |
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Summarise your understanding of Circuits and Current |
Module 2 Electrical Circuits.
On successful completion of this module the candidate will be able to: |
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Learning
Outcome |
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LO1 |
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Define the term Circuit |
Module 3 Energy and Heat, Resistive Circuits.
On successful completion of this module the candidate will be able to: |
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Learning
Outcome |
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LO1 |
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Explain how Energy and Heat are generated |
Module 4 Circuits in Series.
On successful completion of this module the candidate will be able to: |
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Learning
Outcome |
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LO1 |
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Identify the possible ways in which to connect conductors, devices and
sources of electro-motive force |
Module 5 Batteries and Electronic Theory.
On successful completion of this module the candidate will be able to: |
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Learning
Outcome |
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LO1 |
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Define the Electron Theory |
Module 6 Electric Potential and Electromotive Force.
On successful completion of this module the candidate will be able to: |
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Learning
Outcome |
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LO1 |
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Explain the difference between Electric Potential and Electromotive Force |
Module 7 Capacitance and Inductance.
On successful completion of this module the candidate will be able to: |
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Learning
Outcome |
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LO1 |
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Define Capacitance |
Module 8 Electromagnetic Induction.
On successful completion of this module the candidate will be able to: |
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Learning
Outcome |
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LO1 |
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Summarise Electromagnetic Induction |
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