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Shandong University, under the direct jurisdiction of the Ministry of Education, is a key comprehensive university with a long history, a variety of disciplines, strong academic strength, and distinctive characteristics, which has great influence both at
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1. Program Introduction
Editor Notes: The program pays great attention to the cultivation of students’ professional knowledge and engineering ability.
Materials Science (metallic, ceramic and polymer materials) to investigate the relationship between chemical composition- structure-processing and properties;
Materials Engineering (casting, plastic forming and welding technologies) to shape the desired materials into parts or components with acceptable performance/cost ratio;
Materials Physics and Chemistry to research the chemical methods for synthesizing new materials or physical properties of functional materials; materials design and computational materials science are also available in this field;
Materials Packaging to investigate the packaging design, manufacture and mechanical test of industrial products. This is an inter-disciplinary research field combining art design, materials processing and computer simulation.
Year One courses provide the fundamental knowledge of materials science and engineering.
Year Two is for project research and paper writing.
Year Three is for ending project and thesis writing.
2. Program Structure
This program includes 5 core courses and 18 optional courses.
Program Structure |
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Core Courses |
Optional Courses |
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Essentials of Materials Science and Engineering |
Research fields: Materials Science, Materials Physics and Chemistry |
Research fields: Materials Engineering, Packaging Materials and Containers |
Thermodynamic and Kinetic Principles of Materials |
Access to Multivariate Data Analysis |
Thermo-welding of Physics |
Introduction to Structure and Properties of Materials |
High Performance Composite Materials |
Principles and Technologies of Welding |
Phase Transformation in Materials |
Advanced Ceramics |
Welding Inspection and Controlling |
Serials Lectures of Advanced Materials and Technologies |
Advanced Polymer Science and Technology |
Theories and Technologies of Surface Engineering |
New Methods for Polymer Synthesis |
Sheet Metal Forming: Theory and Technology |
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Test and Analysis Methods for Materials |
Fundamentals of Solidification |
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Functional Materials |
Mechanical Properties of Materials |
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Engineering Materials |
Advanced Manufacturing Technologies |
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Materials Chemistry |
Metal Matrix Composites |
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Credit Requirements |
The total credits for the program are no less than 30, in which no less than 18 credits are for compulsory (core) courses. |
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Master’s Thesis |
In the third year, students should finish their master’s thesis, which is no less than 20,000 words in total, and defend it in the fourth term (in mid-May). The students should work closely with their advisor to define a focused topic and conduct the research. Students should also be bold and actively engaged in research activities, and strive to publish papers in academic journals. |
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Graduation Requirements |
Before graduate students can be officially admitted to degree candidacy, they must fulfill at least one of the following requirements: a. publish an academic paper in relevant journals or academic conferences b. participate in and complete an engineering project and submit a summary report c. complete a phase of a development project and submit a summary report |