Duration 4 Years |
Level Graduation |
Type Degree |
Eligibility 10+2 |
BE Welding Technology or Bachelor of Engineering in Welding Technology is an Under-Graduate Mechanical Engineering course. Welding Technology is the process of joining together two pieces of metal so that bonding accompanied by appreciable inter-atomic penetration takes place at their original boundary surfaces and its duration is four years. The field of welding engineering is an emerging sub-discipline of engineering focused on design, manufacturing, and joining processes.
As a specialist on the engineering team, the technologist not only understands the welding processes used in metal fabrication but is also trained in quality control, welding metallurgy, codes, fabrication techniques, inspection, drafting, weld design, management/supervision, and computer skills. Practical welding skills are also developed to gain an in-depth understanding of welding processes.
Welding is used as a fabrication process in every industry large or small. It is a principal means of fabricating and repairing metal products. The process is efficient, economical, and dependable as a means of joining metals. This is the only process that has been tried in space. The process finds its applications in air, underwater, and space.
BE Welding Technology Eligibility
BE Welding Technology Syllabus
Syllabus of Welding Technology as prescribed by various Universities and Colleges.
BE Welding Technology Semester-I |
|
Sr. No. |
Subjects of Study |
1 |
Computer Programming & Numerical Analysis |
2 |
Elements of Electronics & Instrumentation |
3 |
Introduction to Digital Signal Processing and Principles of Digital Communications |
4 |
Mechanics of Solid |
5 |
Material Science and M/C Drawing |
6 |
Practicals
|
BE Welding Technology Semester-II |
|
1 |
Engineering Physics, Engineering Chemistry, and Engineering Mathematics II |
2 |
Fluid Mechanics & Machinery |
3 |
Metal Cutting & Forming |
4 |
Metallurgy & Heat Treatment |
5 |
System Reliability and Distributed Control Systems (DCS) |
6 |
Practicals
|
BE Welding Technology Semester-III |
|
1 |
Applied Thermodynamics |
2 |
Metrology & Mechanical Measurement |
3 |
Welding Processes and Metal Casting |
4 |
Work-Study and Ergonomics |
5 |
Practicals
|
BE Welding Technology Semester-IV |
|
1 |
Entrepreneurship Development Program |
2 |
Heat Transfer |
3 |
Micro-Controller Principles and Micro-Processor Principles |
4 |
Welding Process-II |
5 |
Practicals
|
6 |
Elective-I
|
BE Welding Technology Semester-V |
|
1 |
CAD/CAM II |
2 |
Inspection & Testing of Weldments |
3 |
Non-Conventional Energy Sources & Energy Management |
4 |
Optimization Technique |
5 |
Quality Assurance & Reliability |
6 |
Practicals
|
7 |
Elective-II
|
BE Welding Technology Semester-VI |
|
1 |
Environmental Energy Resources |
2 |
Industrial Methods of Analysis |
3 |
Press Tool Design |
4 |
Welding Metallurgy |
5 |
Practicals
|
6 |
Elective-III
|
BE Welding Technology Semester-VII |
|
1 |
Artificial Intelligence |
2 |
Concurrent Engineering and Maintenance Engineering |
3 |
Industrial Safety, System Dynamics & Control |
4 |
Tribology |
5 |
Elective-IV
|
6 |
Elective-V
|
BE Welding Technology Semester-VIII |
|
1 |
Finite Elements Methods |
2 |
Mechanical Vibration |
3 |
Non-Conventional Energy Resources |
4 |
Polymeric Materials & Characterization |
5 |
Elective-VI
|
6 |
Elective-VII
|
7 |
Project Work |
BE Welding Technology College
BE Welding Technology Course Suitability
How is the BE Welding Technology Course Beneficial?
BE Welding Technology Employment Areas
BE Welding Technology Job Types
Advanced Course in BE Welding Technology