Welding engineering is developing rapidly and will largely determine the technical progress in the 21st century. Almost any modern technology especially aviation, rocket, energy, chemical, nuclear is unthinkable without welding. Currently, welding allows combining any metals and alloys, plastics, ceramics, glass, living tissue, and other materials. Welding engineers use arc, plasma, high-frequency and ultrasonic welding, explosion welding, electron and laser beams, friction welding and many other methods. The modern welding equipment can operate independently and conduct welding works without human support.

Technological machinery and equipment is a field of engineering, which includes a set of tools, methods, and approaches for creating, operating and maintaining machines and equipment for manufacturing materials and products in various sectors of an economy. The professional activity of the program graduates will be related to machines and equipment, their design, production, debugging, operation, and maintenance.

International Admission Office (preferably)

E-mail: omrs@tpu.ru

Tel: +7 (3822) 60-64-76

Online Application

Program contacts:

Division for Materials Sciences

Division for Electronic Engineering

Learning output

The present program equips students will all necessary knowledge and skill to:

• weld with use of various welding technologies manually or using industrial automated welding systems
• design units and parts of various machines
• test machines and their elements for reliability
• design standard technological processes for manufacturing blanks, parts, assemblies of parts and machines
• control the production process (production site level)
• conduct industrial research activity

The program includes the following subjects:

• Physics
• Chemistry
• Computer Science
• Construction Materials
• Strength of Materials
• Technological Processes in Mechanical Engineering
• Materials Science
• Metrology and Interchangeability
• Theory of Mechanisms and Machines
• Machine Parts
• Electronics
• Professional English
• Advanced Materials Science
• Theory of Welding Processes
• Design of Welded Instructions
• Fundamentals of Fusion and Pressure Welding
• Welding Power Sources
• Research Methodology
• Manufacture of Welded Structures
• and others
  

The program graduates will be able to work as:

• engineer-designers
• production managers
• welders or welding machines operators
• experts or researchers in the related fields