GENERAL INFORMATION
Chinese Name: 工程力学
Master's Program: 3 years
Undergraduate Program: 4 years
Field Group: 08 Engineering
Major: 0801 Mechanics
Major Code: 080102
English Name: Engineering Mechanics
Engineering Mechanics Major
In undergraduate engineering training programs, Engineering Mechanics is considered the foundational basis for majors such as mechanical manufacturing, aviation, industrial automation... It can be said that Engineering Mechanics plays an exceptionally important role in the development of production technology and directly contributes to human daily life.
In recent years, Engineering Mechanics has become a hot major and attracted widespread popularity among young people. So what is interesting about the Engineering Mechanics major? What is the training program like? For those interested in this major, these are probably the questions everyone is very curious about, right? To answer those questions, let's join Riba in the following article!
I. Major Introduction
1. What is Engineering Mechanics?
This is a major that conducts in-depth research on knowledge related to modern mechanics, modeling, and skills related to information technology and mechanical manufacturing. At the same time, the Engineering Mechanics major also studies the development, operation processes of equipment and systems in industry, environmental protection activities...
The basic task of this major is to build mathematical models for natural science and engineering problems. Because currently, most fields related to mechanics and engineering focus on calculation methods to ensure system optimization, while helping the operational and business production processes of enterprises become more efficient.
2. Training Objectives
This major cultivates fundamental knowledge of mechanics, computational and experimental abilities, thereby enabling students to participate in scientific and technological research related to mechanics in various projects, such as machinery, civil engineering, materials, energy, transportation, aviation, shipbuilding, irrigation, chemical engineering...
3. Main Courses
Mechanics theory, mechanical analysis, material mechanics, elasticity, plasticity, fracture mechanics, fluid mechanics, vibration mechanics, computational mechanics, experimental mechanics, structural mechanics, electrical and electronic technology, basic computer knowledge and program design.
4. Training Requirements
Students graduating from the Engineering Mechanics major need to have the following knowledge and abilities:
- Possess good ideological and moral qualities and social responsibility, with adequate physical and mental health.
- Master the basic knowledge of related natural sciences and other engineering technologies.
- Master the systematic professional knowledge of engineering mechanics, possess practical application abilities as well as mechanical modeling capabilities.
- Have preliminary capacity to solve technical problems related to mechanics, while understanding the current status and development trends of the field.
- Have the ability to apply engineering software and develop engineering software.
II. Career Opportunities
After graduation, students can work in the following positions:
- Machine operation organization staff in enterprises, production organizations operating in related fields such as construction, environment, hydrometeorology, irrigation, oil and gas, transportation...
- Technology software design specialist, high-application engineering software.
- Staff at state-owned companies, enterprises, or foreign joint venture partners.
- Processing engineer, exploitation of industrial production systems.
- System design engineer or mechanical calculation process engineer through knowledge of automation fundamentals, engineering design, engineering design projects, mechanical simulation projects...
- Participate in scientific research at research institutes or conduct teaching at domestic colleges and universities.
III. What Qualities Are Suitable for Studying Engineering Mechanics?
To study well and succeed after pursuing this major, you need to cultivate the following skills:
- Logical thinking ability, quick-wittedness, always knowing how to utilize your creativity.
- Always demanding yourself to continuously cultivate and accumulate knowledge areas related to the major.
- Knowing how to flexibly apply practice into real life.
- Mastering mathematical tools as well as effectively using computer programming tools.
- Possess perseverance, endurance, and the ability to withstand high work pressure.
- Know how to manage and administer work.
IV. Specific Courses
Undergraduate Program
No. | Chinese Name | Vietnamese Name |
1 | 军训及军事理论 | Military Training and Military Theory |
2 | 微积分 B（1） | Calculus B (1) |
3 | 代数与几何 B | Algebra and Geometry B |
4 | 思想道德修养与法律基础 | Ideological and Moral Cultivation and Legal Basis |
5 | 大学外语 | University Foreign Language |
6 | 体育 | Physical Education |
7 | 大学计算机-计算思维导论 C | University Computer - Introduction to Computational Thinking C |
8 | 大学化学 B | University Chemistry B |
9 | 微积分 B（2） | Calculus B (2) |
10 | 大学物理 B（1） | University Physics B (1) |
11 | C 语言程序设计 A | C Language Programming A |
12 | 中国近现代史纲要 | Outline of Modern and Contemporary Chinese History |
13 | 工程制图基础 | Fundamentals of Engineering Drawing |
14 | 形式与政策(1) | Forms and Policies (1) |
15 | 文献检索 | Literature Retrieval |
16 | 思想道德修养与法律基础实践课 | Practical Course on Ideological and Moral Cultivation and Legal Basis |
17 | 体育 | Physical Education |
18 | 工科试验班专业导论 | Introduction to Engineering Experimental Class |
19 | 文化素质教育核心课 | Core Course on Cultural Quality Education |
20 | 文化素质教育讲座 | Cultural Quality Education Lecture |
21 | 毛泽东思想和中国特色社会主义理论体系概论 | Introduction to Mao Zedong Thought and the Theoretical System of Socialism with Chinese Characteristics |
22 | 概率论与数理统计 C | Probability Theory and Mathematical Statistics C |
23 | 大学物理 B（2） | University Physics B (2) |
24 | 大学物理实验 A（1） | University Physics Experiment A (1) |
25 | 复变函数与积分变换 | Complex Functions and Integral Transforms |
26 | 理论力学 A | Theoretical Mechanics A |
27 | 大学外语 | University Foreign Language |
28 | 体育 | Physical Education |
29 | 文化素质教育核心课 | Core Course on Cultural Quality Education |
30 | 中国近现代史纲要实践课 | Practical Course on Outline of Modern and Contemporary Chinese History |
31 | 马克思主义基本原理概论 | Introduction to the Basic Principles of Marxism |
32 | 计算方法 | Computational Methods |
33 | 电工与电子技术 | Electrical and Electronic Technology |
34 | 大学物理实验 A（ |
