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Master of Science Program
- Thursday, Nov 30 2017
- School of Science|2095f2
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Master of Science Programme in Applied Chemistry
| Programmes : | Master of Science Programme in Applied Chemistry |
| Total Credits Required: 36 | • Plan A1: Thesis (36 Credits) • Plan A2: Coursework (18 Credits) and Thesis (18 Credits) |
Philosophy:
This programme’s emphasis is on creating graduates who possess advanced knowledge and researching skills to serve as leaders in creating chemical innovations and in the application of science, polymer technology and analytical chemistry to improving natural products. The graduates are supposed to be able to use their knowledge morally and ethically, for the benefit of the society.
1. The graduates are expected to possess the following qualities:
2. Advanced knowledge and skills related to chemistry and its application;
3. Skills in conducting high-quality chemistry research, as well as the ability to build on previous studies or innovations and to publish and practically apply their research;
4. Skills in independent entrepreneurship;
5. Ethically and morally grounded leadership in chemistry or applied chemistry; and
6. English communication ability compliant with accepted standards.
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| Master of Science Program in Applied Chemistry Plan A 1 | PROGRAM IN STRUCTOR | ||
| Master of Science Program in Applied Chemistry Plan A 2 | PROGRAM IN STRUCTOR |
Master of Science Programme in Biological Science
| Programmes : | Master of Science Programme in Biological Science |
| Total Credits Required: 36 | • Plan A1: Thesis (36 Credits) • Plan A2: Coursework (24 Credits) and Thesis (12 Credits) |
Philosophy:
This programme aims at perfecting its graduates’ academic and researching expertise in biological science, so that they can apply their knowledge to conducting further research or creating economically valuable innovations that earn both national and international recognition.
The graduates are expected to possess the following qualities:
1. Biological science knowledge, ability, skills and expertise;
2. Ability to apply their biological science knowledge and expertise to creating innovations for social, economic and environmental development; and
3. Discipline, respect for social rules and agreements, and abidance by scholars’ and researchers’ ethics.
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| Master of Science Program in Biosciences Plan A 1 | PROGRAM IN STRUCTOR | ||
| Master of Science Program in Biosciences Plan A 2 | PROGRAM IN STRUCTOR |
Master of Science Programme in Computational Science
| Programmes : | Master of Science Programme in Computational Science |
| Total Credits Required: 36 | • Plan A1: Thesis (36 Credits) • Plan A2: Coursework (24 Credits) and Thesis (12 Credits) |
Philosophy:
This programme aims at creating personnel with knowledge of computational science and skills in conducting relevant research. This interdisciplinary programme integrates science with applied mathematics, computer science and other related fields of study, adopting simulations or high-performance computational software to enhance understanding, formulate solutions to problems and predict potential outcomes.
The graduates are expected to possess the following qualities:
1. Computational science knowledge and skills needed for problem-solving and outcome-predicting processes;
2. Ability to conduct and promote on-going interdisciplinary research that integrates bodies of knowledge of science, applied mathematics and computer science, and other related fields.
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| Master of Science Program in Computational Science Plan A 1 | PROGRAM STRUCTURE | STUDY PLAN | ||
| Master of Science Program in Computational Science Plan A 2 | PROGRAM STRUCTURE | STUDY PLAN |
Master of Science Programme in Materials Innovation
| Programmes : | Master of Science Programme in Materials Innovation |
| Total Credits Required: 36 | • Plan A1: Thesis (36 Credits) • Plan A2: Coursework (24 Credits) and Thesis (12 Credits) |
Philosophy:
This programme aims at developing knowledge of materials innovation and skills in conducting relevant research, so that its graduates will possess solid foundations of material science and the ability to initiate applied existing research studies to creating concretely practical innovations.
The graduates are expected to possess the following qualities:
1. Strong foundations and profound understanding of material science, creativity, and skills in conducting research to create new bodies of knowledge; and
2. Inspiration to be modern entrepreneurs who can apply research outcomes to creating innovations that have both economic and social contributions.
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| Master of Science Program in Materials Innovation Plan A 1 | PROGRAM IN STRUCTOR | ||
| Master of Science Program in Materials Innovation Plan A 2 | PROGRAM IN STRUCTOR |
