Doctor of Philosophy Program
- Thursday, Nov 30 2017
- School of Science|2095f2
Doctor of Philosophy Programme in Applied Chemistry
Programmes : | Doctor of Philosophy Programme in Applied Chemistry |
• Plan 1.1: Dissertation (48 Credits) • Plan 1.2: Dissertation (72 Credits) • Plan 2.1: Coursework (12 Credits) and Dissertation (36 Credits) • Plan 2.2: Coursework (24 Credits) and Dissertation (48 Credits) |
Philosophy:
This programme aims at creating Ph.D. holders with advanced knowledge of and expertise in theoretical and practical applied chemistry, with the ability to integrate and apply their knowledge of chemistry, natural products, science, polymer technology and analytical chemistry to conducting research or creating innovations. The programme’s graduates are expected to be leaders for change in the field of chemistry and to abide by integrity and ethical principles, capable of constantly formulating up-to-date bodies of knowledge that contributes to social development.
1. Knowledge of and skills in integrative research methodology to build new bodies of knowledge or innovations related to applied chemistry and to disseminate their research findings at international levels;
2. Skills in developing chemistry-related knowledge to keep abreast with the currently changing situations;
3. Ability to induce change in the fields of chemistry and applied chemistry;
4. Potential for being morality-abiding independent entrepreneurs; and
5. Ability to use English for international communication.
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Doctor of Philosophy Program in Applied Chemistry (Plan 1.1) | PROGRAM IN STRUCTOR | ||
Doctor of Philosophy Program in Applied Chemistry (Plan 1.2) | PROGRAM IN STRUCTOR | ||
Doctor of Philosophy Program in Applied Chemistry (Plan 2.1) | PROGRAM IN STRUCTOR | ||
Doctor of Philosophy Program in Applied Chemistry (Plan 2.2) | PROGRAM IN STRUCTOR |
Doctor of Philosophy Programme in Biological Science
Programmes : | Doctor of Philosophy Programme in Biological Science |
• Plan 1.1: Dissertation (48 Credits) • Plan 1.2: Dissertation (72 Credits) |
Philosophy:
This programme aims to create graduates who possess in-depth knowledge of biological science and expertise in conducting high-quality research conforming to international standards, as well as the ability to perform integrative knowledge management for sustainable development.
The graduates are expected to possess the following qualities:
1. In-depth knowledge in specific biological science areas and ability to produce internationally accepted works;
2. Expertise in building on previous studies and/or in creating biological science innovations that respond to international demands; and
3. Abidance by applicable rules, regulations, researchers’ ethics, and social etiquette, with conscientious determination to contribute to society.
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Doctor of Philosophy Program in Biological Science (Plan 1.1) | PROGRAM IN STRUCTOR | ||
Doctor of Philosophy Program in Biological Science (Plan 1.2) | PROGRAM IN STRUCTOR |
Doctor of Philosophy Programme in Computational Science
Programmes : | Doctor of Philosophy Programme in Computational Science |
• Plan 1.1: Dissertation (48 Credits) • Plan 1.2: Dissertation (72 Credits) • Plan 2.1: Coursework (12 Credits) and Dissertation (36 Credits) • Plan 2.2: Coursework (24 Credits) and Dissertation (48 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 researching skills that contribute to problem solving, decision making, development of innovations and highly efficient managerial practices;
2. Ability to design and conduct on-going interdisciplinary research that integrates knowledge of science, applied mathematics, informatics and other related fields.
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Doctor of Philosophy Program in Computational Science (Plan 1.1) | PROGRAM IN STRUCTOR | ||
Doctor of Philosophy Program in Computational Science (Plan 1.2) | PROGRAM IN STRUCTOR | ||
Doctor of Philosophy Program in Computational Science (Plan 2.1) | PROGRAM IN STRUCTOR | ||
Doctor of Philosophy Program in Computational Science (Plan 2.2) | PROGRAM IN STRUCTOR |
Doctor of Philosophy Programme in Materials Innovation
Programmes : | Doctor of Philosophy Programme in Materials Innovation |
• Plan 1.1: Dissertation (48 Credits) • Plan 1.2: Dissertation (72 Credits) • Plan 2.2: Coursework (24 Credits) and Dissertation (48 Credits) |
Philosophy:
This programme aims at formulating bodies of knowledge and advanced researching processes in the field of materials innovation, to enable its graduates to apply their good materials innovation foundations to conducting research and concretely creating beneficial innovations.
The graduates are expected to possess the following qualities:
1. Extensive knowledge and strong foundations of materials innovation, with initiatives and keenness to conduct research as a means of developing new bodies of knowledge;
2. Understanding of the concept of modern entrepreneurship and of the process of applying research findings to creating innovations that offer social and economic contributions.
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Doctor of Philosophy Program in Materials Innovation ( Plan 1.1) | PROGRAM IN STRUCTOR | ||
Doctor of Philosophy Program in Materials Innovation ( Plan 1.2) | PROGRAM IN STRUCTOR | ||
Doctor of Philosophy Program in Materials Innovation ( Plan 2.2) | PROGRAM IN STRUCTOR |