** 1. What do we mean by behaviours? **
An introduction to basic concepts and distinctions between signals, systems and transfer functions.

i. Characterising signals.

ii. Transfer functions.

** 2. Behaviour analysis methodologies: **
Looks at the links between transfer function poles and system behaviour and thus inference of likely behaviour from poles.

i. Speed of response and convergence.

ii. Oscillation with decay.

** 3. Steady-state analysis: ** What values do signals and system outputs converge to?

i. Final value theorem and signals.

ii. Steady-state gain for systems.

** 4. Stability and overview of behaviour analysis: **
Do system outputs converge or diverge? How do I formally compare behaviours of different systems?

i. Stability.

ii. Evaluation of system behaviour.

** 5. Supporting videos: **

i.
Introduction to LHP and RHP and stability.

ii. Links between poles and behaviour.

iii. Speed of response and converence.

iv. Oscillation with decay.

v. Video tutorial 1.