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NONGLAM UNIVERSITY HO CHI MINH CITY FACULTY OF ENGINEERING & TECHNOLOGY |
SOCIALIST REPUBLIC OF VIETNAM Independence - Freedom - Happiness
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CURRICULUM FRAMWORK FOR POSTGRADUATE
Doctor of Philosophy in Mechanical Engineering
- Major name: Mechanical Engineering
- Major code: 9252013
- Degree: Doctor of Philosophy (PhD)
- Diploma: PhD in Mechanical Engineering
1. PROGRAM OBJECTIVES
1.1 Knowledge
Having in-depth, advanced, and comprehensive knowledge in the field of training; being independent and creative in research; mastering core and essential values in academia; developing the principles and theories of the research discipline; having general knowledge about the law, organization of environmental management and protection; Having modern mindset in organizing professional work and research to resolve complex problems.
1.2 Skills
- Possessing skills to detect and analyze complex problems and come up with creative solutions to solve problems; creating new knowledge in the field of expertise; being capable of establishing national and international cooperation networks; being able to synthesize intellects, leading expertise to handle regional and international issues.
- Being proficient in a foreign language to understand complex reports and abstract topics, including academic exchanges in specialized fields; being able to communicate and exchange about academics in foreign languages fluently; Being able to write scientific, and specialized reports; Being able to explain his or her point of view on a problem, and analyze his views on the choice of different options.
1.3 Autonomy and Responsibility
Being able to troubleshoot and resolve problems; drawing out principles and rules in the process of resolving issues; coming up with valuable initiatives and being able to evaluate them; being able to adapt to the international integration working environment; having the leadership skill and influence on the strategic development direction of the collective; being capable of making recommendations of leading experts with solid scientific and practical arguments; Being able to plan on working schedules, manage research activities, develop knowledge, new ideas, new processes.
2. CURRICULUM FRAMEWORK
2.1 Overview
The program is built based on three main parts: supplementary modules, doctoral modules and doctoral thesis. Fellows must earn 90 credits for master's degree holders or 120 credits for undergraduate degree holders.
Basic and specialized knowledge:
- Additional courses.
- Courses under the doctoral program: 12 credits, of which 4 credits are required, and the remaining 8 credits are for electives.
- General essay: 4 credits.
- Doctoral proposal: 03 credits/ 01 subject.
- Doctoral thesis (70 credits).
2.2 Graduation conditions
- Accumulate the required number of credits;
- Meeting the required foreign language ability as prescribed;
- Successfully oral-defense the doctoral thesis at the university level.
2.3 List of modules in the curriculum framework and training plan
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No. |
Subject code |
Subject title |
Credit (Theory, Practice) |
Semester |
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I |
Mandatory Courses (4 credits) |
(3-5) |
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1.1 |
MEEN901 |
Advanced Reasearch Skills for Ph.D Candidate |
2 (2, 0) |
1 |
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2.2 |
MEEN902 |
Advanced Mathematics for Engineering |
2 (2, 0) |
1 |
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II |
Elective courses (8 credits) |
(18-30) |
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II.1 Basic Knowledge & Major Knowledge (4 credits) |
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2.1 |
MEEN903 |
Advanced Solid Mechanics |
2 (2, 0) |
I |
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2.2 |
MEEN904 |
Advanced Computational Fluid Dynamics |
2 (2, 0) |
II |
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2.3 |
MEEN905 |
Advanced Heat Transfer |
2 (2, 0) |
I |
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2.4 |
MEEN906 |
Soil Mechanics |
2 (2, 0) |
II |
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2.5 |
MEEN907 |
Advanced Thermodynamics |
2 (2, 0) |
II |
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2.6 |
MEEN908 |
Farming machines Thoery |
2 (2, 0) |
I |
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2.7 |
MEEN909 |
Advanced Energy Engineering |
2 (2, 0) |
I |
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II.2. Research field (select one field) |
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Field 1: Post-harvest techniques and agricultural product processing (4 Credits) |
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2.8 |
MEEN910 |
Advanced Drying Technology in Agricultural Product |
2 (1, 1) |
II |
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2.9 |
MEEN911 |
Material Purification technology |
2 (1, 1) |
II |
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2.10 |
MEEN912 |
Mixing technology |
2 (1, 1) |
II |
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2.11 |
MEEN913 |
Grinding technology |
2 (1, 1) |
II |
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2.12 |
MEEN914 |
Dosing and Packing Machine |
2 (1, 1) |
II |
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2.13 |
MEEN915 |
Lifting Machine |
2 (1, 1) |
II |
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Field 2: Agricultural mechanization (4 Credits) |
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2.14 |
MEEN916 |
Theory of Calculation in Tillage Machine |
2 (2, 0) |
II |
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2.15 |
MEEN917 |
Theory of Calculation in Planting Machine |
2 (2, 0) |
II |
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2.16 |
MEEN918 |
Theory of Calculation in Caring Machine |
2 (2, 0) |
II |
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2.17 |
MEEN919 |
Theory of Calculation in Harvesting Machine |
2 (2, 0) |
II |
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2.18 |
MEEN920 |
Machinery & Equipment for Livestock |
2 (2, 0) |
II |
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2.19 |
MEEN921 |
Machinery & Equipment for Aquatic Product |
2 (2, 0) |
II |
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Field 3: Engineering & High Technology - Application in Agriculture (4 Credits) |
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2.20 |
MEEN922 |
Precision Agriculture |
2 (2, 0) |
II |
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2.21 |
MEEN923 |
Advanced Control Systems |
2 (2, 0) |
II |
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2.22 |
MEEN924 |
Robotics & Automation Systems |
2 (2, 0) |
II |
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2.23 |
MEEN925 |
Advanced Motion Control |
2 (2, 0) |
II |
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2.24 |
MEEN926 |
Linear System Theory |
2 (2, 0) |
II |
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Field 4: Energy Technology (4 Credits): |
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2.25 |
MEEN927 |
Advanced cooling system and Air condition |
2 (1, 1) |
II |
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2.26 |
MEEN928 |
Advanced Heat transfer process |
2 (2, 0) |
II |
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2.27 |
MEEN929 |
Biofuels & Combustion |
2 (2, 0) |
II |
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2.28 |
MEEN930 |
Solar Thermal Systems – Heat and Power |
2 (1, 1) |
II |
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2.29 |
MEEN931 |
Wind – Turbine System |
2 (1, 1) |
II |
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IV |
Thesis |
70 |
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2.30 |
MEEN999 |
Thesis |
70 |
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CONFIRMATION FROM DEAN OF THE DEPARTMENT |
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