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The format of the course is narrated explanations and calculations. Its exactly the way that I've explained these things to hundreds of students and how I would explain them if you were sitting next to me right now!
The course covers the very basic aspects of:
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Section 1: Introduction  

Lecture 1  01:00  
A brief introduction on how to use the course. 

Section 2: Pythagoras  
Lecture 2  00:35  
A brief introduction to this section. 

Lecture 3  06:37  
The basic principle of Pythagoras theorem and some simple examples with numbers in. 

Lecture 4  01:32  
A worked example with each step explained. 

Lecture 5 
Calculator short cut for Pythagoras
Preview

01:18  
Quiz 1  3 questions  
Some simple examples for you to try 

Section 3: Angles  
Lecture 6  00:50  
A brief introduction to the section. 

Lecture 7  03:45  
A very basic explanation of what is meant by 'degrees, minutes and seconds'. 

Lecture 8  11:37  
Convert decimal degrees into the 'degrees, minutes and seconds' format, add angles together and subtract angles from each other without using a calculator. 

Lecture 9 
Convert decimal angles to DMS in your calculator

01:24  
Quiz 2  6 questions  
Test yourself on some simple angle calculations 

Section 4: Trigonomety  
Lecture 10  00:42  
A brief introduction to the section. 

Lecture 11  19:32  
In this lecture you will learn how to use the basic trigonometry formulas and go through some simple examples with numbers in. 

Lecture 12 
Enter INVERSE sin, cos and tan into your calculator

02:42  
Quiz 3 
Trigonometry

2 questions  
Section 5: Coordinates  
Lecture 13  00:36  
A brief introduction to the section. 

Lecture 14  14:37  
A basic explanation of the principle of coordinates, how they work, what they are used for and instructions on how to plot coordinates indicatively on a diagram. 

Lecture 15  03:12  
A worked example of how to calculate the distance between two points of which you know the coordinates. 

Quiz 4 
Coordinates Quiz

7 questions  
Section 6: Whole circle bearings  
Lecture 16  01:08  
A brief introduction to the section. 

Lecture 17  08:00  
How to identify the whole circle bearing between two points and how to calculate the back bearing when you know the forward bearing. 

Lecture 18  03:12  
A worked example for the scenario where the WCB is in quadrant 1 (between 0 and 90 degrees, with 0 degrees being vertically upwards). 

Lecture 19  04:00  
A worked example for the scenario where the WCB is in quadrant 2 (between 90 and 180 degrees, with 0 degrees being vertically upwards). 

Lecture 20  04:00  
A worked example for the scenario where the WCB is in quadrant 3 (between 180 and 270 degrees, with 0 degrees being vertically upwards). 

Lecture 21  04:10  
A worked example for the scenario where the WCB is in quadrant 4 (between 270 and 360 degrees, with 0 degrees being vertically upwards). 

Quiz 5 
Whole circle bearings Quiz

4 questions  
Section 7: Test yourself!  
Lecture 22  6 pages  
Test yourself on what you've learnt. There are some basic questions and some which require you to extrapolate what you've learnt. 

Lecture 23  1 page  
Answers to practice calculations. 

Section 8: Summary  
Lecture 24  00:21  
A brief sign off from the instructor. 
Saffron Grant BEng(hons) has been working in the construction industry for over 15 years. For the last 7 years she has been training college and university students, trainee and graduate engineers, trades people and site managers in the practical skill of 'setting out'. She is an Associate Lecturer for Glasgow Caledonian University and an approved trainer for CITB ConstructionSkills.
Saffron is an INLPTA qualified NLP Master Practitioner and used her NLP skills in many types of training, coaching and corporate improvement.