Restore images and colors | Post date: 2020/06/29 | |
The Master of Mechanical Engineering- Manufacturing Engineering course is a collection of courses and research projects on the frontier of knowledge, which is planned to train specialists for industrial, educational, and research centers. In this course, students become familiar with analysis, modeling, and experimental activities to present and optimize new manufacturing and production processes to produce the optimal product.The main and strategic objective of this field is training specialists that can increase the scientific and technical ability, the ability to understand and analyze and solve problems in the field of Manufacturing Engineering and industrial problems of the country.
Different research fields in this field include: Various research fields in this field include: metal forming, robotics, and automation, machining and instrumentation, computer-aided design and construction, non-destructive testing, design, and optimization of manufacturing processes, quality measurement, and control, welding, special production. , Incremental production, micro construction, etc.
Graduates of this field can work in various industries such as electricity, aerospace, defense, oil and gas and petrochemical industries, automobile manufacturing, construction of electrical equipment and power plant industries, steelmaking, etc.
Manufacturing and Production Courses
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Course Table |
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SUBJECT |
CODE |
UNITS |
Prerequisites |
1 |
Advanced Mathematics (I) |
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2 |
Seminar |
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3 |
Project |
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4 |
Welding |
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5 |
Metallurgical manufacturing processing |
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6 |
Metal forming |
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7 |
Metal forming analysis |
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8 |
Sheet metal forming analysis |
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9 |
Advanced Heat treatment |
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10 |
Metal coating |
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11 |
Advanced non-destructive testing |
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12 |
Special topics - Design and analysis of multi-stage forming tools |
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13 |
Plasticity |
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14 |
Finite Elements |
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15 |
Application of Finite Elements in manufacturing and production |
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16 |
Machine tool control and test systems |
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17 |
Machining & tooling systems |
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18 |
Electrophysical processes |
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19 |
Computer-aided process planning (c.a.p.p) |
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20 |
Advanced computer-aided design &manufacturing |
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21 |
Advanced hydraulics and pneumatics |
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22 |
Automation in production |
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23 |
Artificial intelligence and expert systems |
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24 |
Scheduling &production & quality control |
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25 |
Advanced Robotics |
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26 |
Grindingtechnology |
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27 |
Surface Finishing Methods |
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28 |
Design of machine tool components and structures |
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29 |
Mechatronics (I) |
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30 |
Advanced numerical method |
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31 |
Fracture Mechanics |
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32 |
Creep, fatigue, and failure |
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33 |
Designing and Statistical analysis of experiments |
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34 |
Advanced automatic control |
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35 |
Composite materials |
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36 |
The vibration of Continuous Systems |
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37 |
Robust control |
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38 |
Digital control systems |
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39 |
Adaptive Control |
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40 |
Theory of plates and shells |
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41 |
Continuum mechanics (I) |
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42 |
Neural Networks |
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43 |
Special topics - Microelectromechanical systems |
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44 |
Computational intelligence |
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45 |
Signal processing |
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46 |
Machine vision |
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