PhD Programme

PhD Programme in Biomedical Sciences

PhD Course Timetable (2018-2019)                    NEW!!!

Course Catalog                                                        NEW!!!


> OBJECTIVE

The Doctoral Degree Programme in Biomedical Sciences offered by ICMS aims to nurture high-level researchers to be well versed in both theory and practice in the interdisciplinary fields of Chinese medicine and pharmaceutical sciences.

 


APPLICATION PERIOD

For PhD Programmes 2018/2019

For PhD Programmes 2019/2020

  • 1st Batch: From 2018/06/01 to 2018/10/31 (Admission @ Aug 2019)
  • 2nd Batch: From 2018/11/01 to 2019/02/28 (Admission @ Aug 2019)
  • 3rd Batch: From 2019/08/01 to 2019/09/30 (Admission @ Jan 2020)
  • Details refer to UM graduate school > Online application  (http://www.umac.mo/grs/en/admissions_phd_regular.php)

 


> ADMISSION REQUIREMENTS

  • ICMS admits the students with master degrees or good bachelor degrees for D. programme.
  • Applicants should apply ONLINE at https://www.umac.mo/grs/en/admissions_phd_regular.php with curriculum vitae, relevant certificates and transcript, research interest proposal and two recommendation letters/contact information of at least two referees, etc.

 


ENGLISH LANGUAGE PROFICIENCY REQUIREMENT

Applicants who received their Bachelor/Master’s degree from a university where the medium of instruction was not English are required to provide any of the following as proof of English proficiency:

  • Obtain a TOEFL score* of 550 (paper-based examination) / 80 (internet-based examination) or,
  • An IELTS overall score* of 6.0 with no sub-score lower than 5.5 or,
  • A CET-6 score of 460 or above.

*Note: TOEFL and IELTS are valid for two years from the test date.

For more details, please visit the website of the Graduate School of University of Macau https://www.umac.mo/grs/en/admissions_phd_regular.php

 


STUDY PLAN

Ph.D. students in ICMS need a minimum of 7 credits of course work, 18 credits of thesis and other requirements set in General Regulations Governing Ph.D. Programme in order to graduate. These 25 credits of course work comprise of four compulsory courses, one required Elective course and a doctoral thesis.

 

 

 

Level Type Weekly Lecture Hours Credits
For students admitted with a relevant Master’s degree
Doctoral Thesis 800-level Compulsory 18
Courses
Research Ethics 800-level Compulsory 0
Research Writing 800-level Compulsory 1 1
Seminars 800-level Compulsory 0
Quality Research in Chinese Medicine 800-level Compulsory 3 3
Choose one from the following courses:
Chemistry of Natural Medicine 800-level Required Elective 3 3
Advanced Pharmaceutical Analysis 800-level Required Elective 3 3
Drug Discovery 800-level Required Elective 3 3
Advanced Pharmacology 800-level Required Elective 3 3
Advanced Pharmacokinetics 800-level Required Elective 3 3
Advanced Pharmaceutics 800-level Required Elective 3 3
Functional Food Product Development in Chinese Medicine 800-level Required Elective 3 3
Advanced Topics in Medicinal Administration 800-level Required Elective 3 3
Healthcare Decision Analysis 800-level Required Elective 3 3
Grand Total 25
For students admitted without a relevant Master’s degree
In addition to the above, students are required to take the following course:
One course chosen from the above nine required elective courses 800-level Required Elective 3 3
Grand Total 28

 


> CURRICULUM

Research Ethics (CMED8012, Compulsory)

Pre-requisite: none

The on-line course provides students with an understanding of the following issues:

  • the need for research ethics and the responsibility of the researcher (the student)
  • the most common types of academic dishonesty (such as fabrication and plagiarism)
  • how to avoid committing acts of academic dishonesty (such a through using citations and references)
  • how the University deals with students who have been proven to have committed acts of academic dishonesty (The University’s ‘Rules on Handling Student Academic Dishonesty’ will be outlined)

 

Research Writing (CMED8013, Compulsory)

Pre-requisite: none

The course focuses on helping students to make academic presentations whether verbally (as in a conference) or in writing (as in a paper). Topics include:

  • how to write a research proposal
  • how to structure a presentation (on paper and in powerpoint)
  • tenses used in various parts of a paper presentation
  • how to structure clear logical paragraphs
  • how to be concise
  • how to avoid ambiguity and different writing styles (for example, conventions for use of numbers, abbreviations, etc.)

 

Seminars (CMED8006, Compulsory)

Pre-requisite: none

The Seminar is a graduate level course designed to give students an opportunity to hear from and interact with experts in their fields of study. ICMS will invite the leading local, national, and international scientists to speak about the latest advances in Biomedical Sciences. Graduate students also present talks about their own research. This experience gives the students practice speaking to the others and allows for the exchange of ideas as they conduct their thesis research.

 

Chemistry of Natural Medicine (CMED8007, Elective)

Pre-requisite: none

This course is intended to provide an extensive understanding of chemistry of natural medicine and related recent techniques in discovering the chemistry of natural medicine and developing natural medicine. Especially, the isolation, elucidation, classification, bioactivities and toxicities of chemical of natural medicine and related topics will be discussed in this course.

 

Advanced Pharmaceutical Analysis (CMED8008, Elective)

Pre-requisite: none

This subject introduces the recent strategies, methodologies and techniques for pharmaceutical analysis. Advanced instruments and analytical techniques should be the focus. Especially, the strategy suitable for quality control of herbal medicine will be explored.

 

Drug Discovery (CMED8009, Elective)

Pre-requisite: none

This course will introduce students to the essential concepts and principles of drug discovery. It covers the latest and most outstanding developments on the medicinal chemistry and pharmacology of molecular drug targets, e.g. disease specific proteins, receptors, enzymes, and genes. This course also includes descriptions of current techniques in isolation and structural elucidation, screening techniques and high-capacity instrumentation for increased productivity in the development and discovery of new drugs.

 

Advanced Pharmacology (CMED8010, Elective)

Pre-requisite: none

This course will introduce students to the essential concepts and principles of pharmacology. It includes descriptions of type of receptor, agonist and antagonist activities, analysis of agonist-effect relationships and the intracellular signaling pathways and transcriptional regulation at molecular level by which endogenous and exogenously applied compounds elicit effects. Also, this course will introduce some new research strategies recently developed in pharmacology such as systems pharmacology, network pharmacology. Lastly, this course will emphasizes the hot topics of biology such as autophagy, hormesis, epithelial-mesenchymal transition, etc, which could be integrated into pharmacological study of Chinese medicine research.

 

Advanced Pharmacokinetics (CMED8001, Elective)

Pre-requisite: none

The principal objective of the course is to provide the students an in-depth insight into the basic processes that governs the disposition of drugs and other xenobiotics by the human body and the correlation with efficacy and toxicity. The course focuses on the application of the principles of pharmacokinetics solving problems in new drug discovery and development and the development of the herbal medicine products. Real-world cases will be reviewed and formal readings and discussions will occur throughout the course to foster critical thinking and independent learning.

 

Advanced Pharmaceutics (CMED8002, Elective)

Pre-requisite: Participants need to have knowledge in biological sciences, pharmaceutical sciences, mathematics.

This course covers the recent development in the drug delivery systems, which will help students to understand how advanced formulation designs and delivery technologies can be used to improve drug safety and efficacy. It will highlight formulation strategies for poorly water-soluble drugs by oral delivery both from the theoretical and practical aspects, including lipid-based formulations, nanotechnologies and crystal engineering strategies. Moreover, it will also introduce the equipment and processing aspects of the manufacture of dosage forms.

 

Functional Food Product Development in Chinese Medicine (CMED8006, Elective)

Pre-requisite: none

This course will introduce students to the essential concept and development procedure of functional food in Chinese Medicine (CM). It includes basic knowledge of medicine – food dual purpose CM, functional ingredients in CM, pharmacological activity evaluation and safety evaluation. These lectures will also cover in moderate detail the new technologies and methodologies for the development of functional food from CM. Moreover, this course will introduce selected topics of functional food from other natural products, including functional fatty acids, mushroom, soy extracts, grape, etc. In addition, functional food regulations in China, USA and Europe will be briefly introduced.

 

Advanced Topics in Medicinal Administration (CMED8011, Elective)

This course will introduce various advanced topics in medicinal administration to PhD students, including pharmaceutical care at community pharmacy, pharmaceutical innovation system, basic theories of standardization and quality management (ISO 9001), total quality management (TQM) and relevant case study, data and visualization of data, e-learning in pharmacy education, ICT in pharmaceutical industry, and drug registration and patent linkage. Once completing this course successfully, students can have a wide understanding of cutting-edge theories and methods in medicinal administration, which is crucial to integrate multidisciplinary resources to develop PhD study.

 

Healthcare Decision Analysis (CMED8004, Elective)

Pre-requisite: Before taking this course, the students should prepare themselves with a working knowledge of basic multivariate statistics and pathophysiology. Some knowledge of statistical software or data mining packages based on R or Python would be an advantage.

This course aims to equip research students with the knowledge and skills to conduct evaluation research into the healthcare issues that require evidence-based reasoning and data analytics. Major healthcare cases related to complex diseases will be studied through interactive study and project-based research.

 


> Tuition Fees, SCHOLARSHIP AND ASSISTANTSHIP

Tuition Fees

https://www.umac.mo/grs/en/tuition_fees.php

UM Macao PhD Scholarship

 https://www.umac.mo/grs/en/admissions_scholarship.php

PhD ASSISTANTSHIP

https://www.umac.mo/grs/en/admissions_phd_assistantship.php

 


> STUDENT HOUSING

Postgraduate House (PGH) consists of 4 buildings (S1, S2, S3 and S4), offering more than 2,600 bed spaces mainly to UM non-local students. All the rooms in the PGH are fully furnished, internet-connected, air-conditioned and with bathrooms, excluding personal necessities and beddings.  Please visit the following links for more information:

Postgraduate House

https://www.umac.mo/sao/srs/sh/aboutus/en/srs_management.php

Fees and Charges

https://www.umac.mo/sao/srs/sh/en/srs_fees.php

 


>GENERAL RULES GOVERNING PHD PROGRAMMES

General Rules Governing PhD Programmes (Approved by the Senate on 07 June 2017)

https://reg.umac.mo/download/um-academic-calendar/6gr-phd.pdf

 

For more details, please visit our Registry and Graduate School websites:
Registry – http://www.umac.mo/reg/
Graduate School – http://www.umac.mo/grs/en/