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Updated in [May 25th, 2023]

[Course Overview]:
This course provides an overview of the various welding processes used in modern material assemblies. It covers the physical principles of arc, plasma, laser, resistance spot, electron beam and solid state welding processes. It also covers engineering the arc-plasma for welding, metal transfer and mass flow in the weld pool, laser/electron beam - material interactions, pressure and force balance in keyhole mode power beam welding, fundamentals of heat generation by Joule heating and process principles and overview on types of resistance and solid state welding processes.

[Why to Learn]:
Welding is a critical process for the construction of virtually all components of modern material assemblies. This course provides a comprehensive overview of the various welding processes and their physical principles. It also covers the engineering of the arc-plasma for welding, metal transfer and mass flow in the weld pool, laser/electron beam - material interactions, pressure and force balance in keyhole mode power beam welding, fundamentals of heat generation by Joule heating and process principles and overview on types of resistance and solid state welding processes.

[Development Paths]:
This course is intended for Masters students in Metallurgical, Mechanical, Automobile and Production Engineering, practicing welding engineers, welders, R&D personnel in academia and national laboratories, quality management personnel from welding and manufacturing industries and research scholars who are working in welding and joining.

[Related Learning Suggestions]:
This course provides a comprehensive overview of welding processes and their physical principles. Learners may also benefit from related courses such as Metallurgy, Mechanical Engineering, Automobile Engineering, Production Engineering, Quality Management, and Research and Development. Additionally, learners may benefit from courses in related fields such as Materials Science, Heat Transfer, and Fluid Mechanics.