PART A Text
Lesson One Material Selection
Lesson Two Kinds of Steel
Lesson Three Properties of Metals and Heat Treatment of Steel
Lesson Four Forging, Stamping and Rolling
Lesson Five Lubrication
Lesson Six Hydraulic Power Transmission
Lesson Seven Introduction to Mechanical Design
Lesson Eight Introduction to Design of Mechanism Systems
Lesson Nine Machine Elements
Lesson Ten Gears
Lesson Eleven Shafts and Couplings
Lesson Twelve CAD and Applications
Lesson Thirteen The Basic Machining Techniques
Lesson Fourteen Engineering Tolerance
Lesson Fifteen Lathe
Lesson Sixteen Milling Machines
Lesson Seventeen Gear Manufacturing Methods
Lesson Eighteen Material Forming Processes
Lesson Nineteen Describing the Operation Panel
Lesson Twenty Safety and Maintenance for CNC Machine
Lesson Twenty-one Computer-Aided Process Planning
Lesson Twenty-two CAD/CAM/CNC
Lesson Twenty-three Flexible Manufacturing Systems
Lesson Twenty-four Computer Integrated Manufacturing System
Lesson Twenty-five Mechatronics
Lesson Twenty-six Programmable Logic Controllers
Lesson Twenty-seven Circuit and Motors
Lesson Twenty-eight Industrial Robots
Lesson Twenty-nine Components of a Robot System
Lesson Thirty Information Systems
PART B Reading Materials
Lesson One Classification of Metals
Lesson Two Brinell and Rockwell Hardness Test Method
Lesson Three Heat Treatments
Lesson Four Welding
Lesson Five Brakes
Lesson Six Principles of Engine Operation
Lesson Seven Selection of Mechanisms
Lesson Eight Fasteners and Springs
Lesson Nine Rolling Contact Bearings
Lesson Ten Computer-Aided Design Technology
Lesson Eleven Metal Cutting Operation System
Lesson Twelve Metal-Cutting Tools
Lesson Thirteen Grinding Machines
Lesson Fourteen Making Accurate Parts
Lesson Fifteen Introduction to Mould
Lesson Sixteen Why Learn Manual Programming
Lesson Seventeen CNC Versus Conventional Machining
Lesson Eighteen AC Servo Motor Maintenance