GENERAL FABRICATION TRAINING & UPGRADING
	1. SURVEY OF FACILITIES
		a. Factory b. Design Department
	2. DESIGN DEPARTMENT TRAINING
		a. ASME/TEMA
			1. Section VIII, Div. 1, 2 & 3 / TEMA
				a. Design and Analysis b. Fabrication Details c. Non-Destructive Examination (NDE) d. Testing (Hydro / Air / Helium / Other) e. Welding ­ Section IX
		b. Finite Element Analysis (FEA) Using ANSYS’
			1. Methods Used
				a. Axisymmetric / Three Dimensional b. Linear and Non-Linear c. Steady State and Transient d. Static and Dynamic e. Deterministic and Probabilistic
			2. Problems Analyzed
				a. Thermal / Structural Discontinuities b. Fatigue under Cyclic loading c. Creep in High / Low Temperatures d. Fatigue in High Temperature Creep Range e. Vibration
		c. Fitness For Service (FFS) In Accordance To:
			1. Methods Used
				a. API 579 b. PD 6493 c. BS 5500
			2. Investigations
				a. Fracture Analysis b. Fatigue Analysis c. Elevated Temperature Evaluation d. Failure Evaluation
	3. FABRICATION INSTRUCTION
		a. Facilities b. Layout, Burning, Cutting, Rolling, Forming c. Welding
			1. Clean Room Practices 2. Safety 3. Equipment 4. Hands-On Welder Training 5. WPS Development
		d. NDE e. Cleaning f. Heat treatment g. Testing h. Repair Methods for Reactive Metal Clad Vessels i. Procedure Development
	4. WELDING ENGINEERING
		a. Specification Writing and Review b. Fabrication Problem Solving c. Failure Analysis of Welds d. Repair Recommendations for Existing Pressure Vessels and Heat Exchangers
	5. FORMING FOR FABRICATION
		a. Specification Writing and Review b. Analysis of Forming Problems
	6. NDE PROCEDURES
		a. Specification Writing and Review b. Sequencing of NDE and Testing
	7. HEAT TREATMENT
		a. Specification Writing and Review b. Analysis of Heat Treatment Charts
	8. FAILURE ANALYSIS BY METALLURGICAL INVESTIGATION
	9. INVESTIGATION OF FABRICATION PROBLEMS

 

BACK TO TOP