TWI Structural Module. MAG (Flux Cored) - 94h
The Welding Institute
Theoretical Hours
14h
Languages
English
DESCRIPTION
This TWI Structural Module for MAG (Flux Cored) Process, which TWI developed begins withunderstanding of the MAG (Flux Cored) welding process and the necessary materials and endswith workplace safety. The course was designed inclusively and reflects the experience gainedfrom developing TWI training materials. The practical exercises begin with welding bead-on-plate runs and progress step by step to structural fillet welds and butt welds up to the PE and PDpositions. This curriculum provides comprehensive theoretical and practical instruction for theMAG (Flux Cored) welding processes on carbon steel materials.
Target
The TWI Structural Module is intended to improve both theoretical knowledge and practical skills required for welding excellence. The module highlights the importance of welding safety by utilizing augmented reality (AR) technology, which allows participants to acquire animmersive experience while enhancing their psychomotor abilities. It also covers important topics such as documentation understanding, industry standard compliance, and workpiece preparation. Individuals will also learn about correct parameter input and how to assess the quality of welded joints using visual inspection techniques.
Format
The course can be viewed completely in the simulator including theoretical, assessment andpractical modules.
Welding process:
Content
Module 1: TWI Structural Module. MAG (Flux Cored)
Welding Safety
Welding Terms and Definitions
Welding Imperfections
Welding Symbols
Destructive Testing
Quiz Safety in Welding
Quiz Welding Terminologies
Quiz Welding Symbol
Quiz MAG (Flux Cored) Process
Quiz Typical MAG (Flux Cored) Welding Imperfections
End Course Assessment for MAG (Flux Cored) Process
Unit 1 Theory: Bead on Plate Work Instruction
Unit 2 Practical: MAG (Flux Cored) – Bead on Plate
Unit 3 Theory: Fillet Weld in PA Position - Work Instruction
Unit 4 Practical: MAG (Flux Cored)– Fillet Weld in PA Position + WPS
Unit 5 Theory: Fillet Weld in PB Position - Work Instruction
Unit 6 Practical: MAG (Flux Cored)– Fillet Weld in PB Position +WPS
Unit 7 Theory: Fillet Weld in PF Position - Work Instruction
Unit 8 Practical: MAG (Flux Cored)– Fillet Weld in PF Position + WPS
Unit 9 Theory: Fillet Weld in PD Position - Work Instruction
Unit 10 Practical: MAG (Flux Cored)– Fillet Weld in PD Position + WPS
Unit 11 Theory: Butt Weld in PA Position - Work Instruction
Unit 12 Practical: MAG (Flux Cored)– Butt Weld in PA Position + WPS
Unit 13 Theory: Butt Weld in PC Position - Work Instruction
Unit 14 Practical: MAG (Flux Cored) – Butt Weld in PC Position + WPS
Unit 15 Theory: Butt Weld in PF Position - Work Instruction
Unit 16 Practical: MAG (Flux Cored)– Butt Weld in PF Position + WPS
Unit 17 Theory: Butt Weld in PE Position - Work Instruction
Unit 18 Practical: MAG (Flux Cored)– Butt Weld in PE Position + WPS