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Course Features

Course ID 1068
Lectures 10
Quizzes 10
Duration 45 day
Students 1000



Enrolled: 635 students

Course Time:45 day



635 students


This course will empower the students to perceive and apply legitimate essentials of Gas Metal Arc Welding (GMAW). The understudy will fulfill the accompanying: clarify the GMAW; show the sheltered and right set up of the GMAW workstation; connect GMAW terminal orders with base metals and joint criteria; exhibit appropriate anode determination and use in view of metal sorts and thicknesses; construct stack of weld dabs with chose cathodes in the level and even positions; produce fundamental GMAW welds on chose weld joints; and lead visual review of GMAW welds. Wellbeing practices are stressed.


General Information

Course Industry:

TIG Welding

Course duration:

240 Credit hours (45 days)




Middle or Matriculate

Course Fee:

40,000 PKR ($800)


Desire Learning Objective

This course will help you to:

  • Weld securely and stay away from practices that could represent a peril to others.
  • Describe wellbeing issues as it relates to shop security, mechanical security and individual wellbeing.
  • Describe the significant parts and gear utilized as a part of gas tungsten circular segment welding.
  • Explain the major electrical current stream ideas and use.
  • Identify the diverse sorts of carbon steels, aluminum, magnesium, stainless steels by number and physical and mechanical properties.
  • Apply legitimate use of free hand and strolling the-glass strategies.
  • Understand multi-dots and its applications in gas tungsten circular segment welding.
  • Select the best possible joint configuration to encourage the welding of various thicknesses.
  • Select the right filler materials to meet particular welding techniques.
  • Weld ferrous and non-ferrous metals with the gas tungsten curve welding process.
  • Describe wellbeing dangers connected with gas tungsten circular segment welding.
  • Join carbon steel, stainless steel and aluminum in the level position worthy to guidelines, for example, AWS or ASME.
  • Understand multi-beading and application in gas tungsten curve welding for the welding of channel and tube.
  • Select appropriate joint outline to encourage the welding of various thickness of channel and tube.
  • Select fitting joint layout to empower the welding of different thickness of channel and tube.
  • Select the best possible filler materials for welding different combinations.
  • Exhibit systems regularly used to weld pipe and tube in the 1G, 2G, 5G and 6G positions.
  • Comprehend the troubles when welding pipe or tubes where confinements are included
  • what’s more, apply already realized aptitudes to finish the undertaking.
  • Comprehend satisfactory quality principles and testing methodology identified with channel welding.
  • Depict the physical and mechanical properties of metals as identified with gas tungsten bend welding.
  • Use fitting scientific abilities and capabilities to take care of connected issues.
  • Complete minor repairs to welding hardware and frill.
  • Depict the fitting, tubing and tungsten utilized as a part of the orbital tube welding process.


Instructional Techniques

We impart knowledge and Practical Training in following way:

Ethics, discipline, motivation, health and safety training:  Half an hour daily            (10%)

Theoretical knowledge:                                                                   One (01) hour daily              (25%)

Hands on Training:                                                                                Six (06) hour daily                (65%)



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