OBJECTIVE

1. Participant will have understanding of welding technology
2. Participant can develop welding procedure and inspection
3. Participant will increase their safety awareness of welding process 

COURSE OUTLINE

1. Survey Of Joining and Cutting

• Arc Welding, Resistance Welding
• Flash Welding, Oxyfuel Gas Welding

2. Physic Of Welding

• Energy source of welding
• Arc characteristic, Metal transfer,  Melting rates
• Physical properties of metal  and shield gas

3. Heat Flow In Welding

• Fundamental of heat flow
• Solidification rates

4. Welding Metallurgy

• General metallurgy, Iron and Steel metallurgy
• Metallurgy of welding, Weld ability testing

5. Design For Welding

• Properties of metals, Design program
• Weld consideration, Design joint

 6. Symbol For Welding and Inspection

• Welding symbol
• Nondestructive examination symbol

7. Residual Stress and Distortion

• Residual stress,  Causes of residual stress,  Effect of residual stress
• Weld distortion, Weld quality
• Discontinuity in fusion weld joint
• Causes and Remedies for fusion welding
• Significant of weld discontinuity

8. Testing For Evaluation Of Welder Joint

• Tensile properties,  Fracture toughness,  Fatique properties
• Corrosion factor, Elevated temperature behavior

9. Code and standards 

• ASTM,  AWS,  API

10. Qualification and Certification 

• Procedure specification,Preparing and design WPS
• Performance qualification
• Quality control and Inspection qualification

11. Inspection

• Welding inspector,  NDT examination, Destructive test
  

12. Safety Practices

• Fumes and Gas,  Handling compressed gas, Electrical safety
• Processes
  

13. Welding Hand on

• Work shop / Option 

14. Acceptance Criteria Welding

15. Post Weld Heat Treatment (PWHT)

PARTICIPANT

Experienced engineering managerial and technical staff involved in the technical aspects of the oil, gas and chemicals industries.