1.1 Overview Of Aquaculture Industry
1.2 Aquaculture Development in Malaysia: Brief History
1.3 Aquaculture Issues
1.4 Variety of Technologies in Aquaculture
1.5 New Development

2.1 Factors To Be Considered in Site Selection
2.1.1 Ecological Factors
2.1.2 Biological Factors
2.1.3 Social and Economic Factors
2.1.4 Other Important Consideration
2.2 Land Preparation
2.2.1 Preparation of the Site
2.2.2 Liming
2.2.3 Fertilization

3.1 Construction of a Typical Aquaculture/Fish Farm
3.1.1 Walls
3.1.2 Water Inlet
3.1.3 Drainage System
3.1.4 Spillways
3.1.5 Sluice
3.1.6 Monk
3.1.7 Sealing the Pond Bottom
3.2 Tank Design
3.3 Pipe and Pipe Parts
3.3.1 Pipes
3.3.2 Valves
3.3.3 Pipe Parts: Fittings
3.3.4 Pipe Connections: Jointing
3.3.5 Mooring of Pipes
3.3.6 Ditches for Pipes

4.1 Classification of Aquaculture
4.2 Aquaculture Production System
4.2.1 Extensive System
4.2.2 Semi-Intensive System
4.2.3 Intensive System
4.3 Types of Culture System
4.3.1 Pond Culture System
4.3.2 Cage Culture
4.3.3 Pen Culture
4.3.4 Recirculating Aquaculture System (RAS)
4.3.5 Raceway Culture System
4.3.6 Aquaculture in Tanks
4.3.7 Longlines
4.3.8 Flow-Through System

5.1 Pond Design and Construction
5.2 Hatchery Design and Construction

6.1 Definition of Occupational Safety and Health
6.2 Why is Occupational Safety and Health Important
6.3 Occupational Safety and Health (OSHA) 1994
6.4 Aquaculture Safety Planning
6.5 Identifying Occupational Hazard in Aquaculture

A1 : Students will learn essential technologies used in aquaculture

A2 : Major topics will be covered are Site Selection and Land Preparation, Construction of Building Materials, Tanks and Pipe, and Production System

A3 : The teaching period duration of this course is 17 weeks or 1 semester