Introduction to Fluid Power
1.1 Applications and advantages of Fluid Power
1.2 Components of Fluid Power System

Principles of Hydraulics
2.1 Fluid properties
2.2 Applications of Pascal Law and Continuity Equation
2.3 Hydraulic circuit analysis using 'Bernoulli Equation'
2.4 Frictional losses through pipes and fittings

Hydraulic Pumps
3.1 Types of gear, vane and piston
3.2 Pump selection, performance and characteristics

Hydraulic Actuators
4.1 Hydraulic cylinders
4.2 Hydraulic motors

Control Valves
5.1 Directional control valve
5.2 Pressure control valve
5.3 Flow control valve

Hydraulic components and accessories
6.1 Reservoir
6.2 Filters and Strainers
6.3 Heat exchanger
6.4 Conductors
6.5 Seals
6.6 Accumulators
6.7 Intensifiers

Industrial Hydraulic Circuits and applications
7.1 Graphic symbols
7.2 Basic circuit design and example of circuit applications

Principles of Pneumatics
8.1 Properties of air
8.1.1 Adiabatic
8.1.2 Isothermal compression
8.2 Gas Laws
8.2.1 Boyle’s Law
8.2.2 Charle’s Law
8.2.3 Gay-Lussac’s Law

Pneumatics Components
9.1 Filter
9.2 Regulator
9.3 Lubrication
9.4 Muffler
9.5 Valves
9.6 Actuator

Pneumatic Circuits and Applications
10.1 Graphic symbol
10.2 Basic pneumatic circuits
10.3 Pneumatic circuit application

Q1 : Does this subject have a final examination?
A1 : No, this subject don't have any final examination.

Q2 : How many chapters cover in this course?
A2 : There are TEN (10) chapters that will be discussed in this course.