Postgraduate Programmes Introduction

Biomedical Engineering

Professional Introduction: The Biomedical Engineeringdiscipline was founded in the 90s of the 20th century. It is one of the keyconstruction disciplines supported by the 985 project and 211project, with complete education system including undergraduate, master,doctorate and postdoctoral cultivation. There are a positive group withreasonable age distribution and knowledge structure, high level in eitherteaching or research. Relying on the high level platforms supported by Ministryof Science and Technology, Guangdong province and Ministry of Education , weestablished 12 advanced education and scientific research laboratories,  a number of practical and innovative basescollaborated with the outstanding enterprises and medical institutions. Wedevote great efforts to cultivate outstanding professionals, perform excellentteaching and scientific research, and aim to facilitate biomedical engineeringinto the national key disciplines with top level.

Direction:1. Biomedical Materials

2. Tissue Engineering

3. Nanomedicine and Medical Imaging


Core Curriculum: Progress in Biomedical Materials, Advanced OrganicChemistry, Introduction to Biophotonics, The Structures and Properties ofBiomaterials,

Tissue Engineering, Characterization and Test of Biomaterials,

Polymer Chemistry and Physics, Research and Development of Oncology,

Radiology Diagnosis and Progress, Molecular Immunology,

Synthesis and Modification of Biomedical Inorganic Materials, Introductionto bio-MEMS, Microfluidics and Biomedical Devices,

Experimental Design and Statistical Analysis of Biomedical Experiments,

Supervision and Evaluation of Biomedical Materials and Apparatus,

Biomineralization Mechanism and Application, Biomedical Polymer Composite Materials,NanoPharmacology and Drug Carriers Materials,

Functional Surface Treatment of Biomaterials,

Principles and Operations of Modern Biomedical Instruments


Professional Introduction: The education of master of pharmacyin our university is committed to the new drug research and developmentindustry chain as the leading direction. Relying on the national and provincialhigh-level scientific research platform, the pharmacy aims to cultivatehigh-end research talents with innovative ability and scientific practicalability, promoting high-quality teaching with high-level scientific research.The graduate will be able to pursue a career inscientific research, technologydevelopment and management in related fields of drug.

Direction: New Excipients and Nanodrug

Duration:3 years

Core Curriculum: Outline of New Drug Research and Development, 

Biopharmaceutics and Pharmacokinetics, Organic Spectral Analysis,

Principles and Operations of Modern Biomedical Instruments, DrugBiotransformation,

The Design and Practice of Targeted Drug, Computer Aided Drug Design,

Process Design and Practice for Drug Development,

NanoPharmacology and Drug Carriers Materials,

Recent Developments in Pharmaceutical Analysis, 

Protein Chemistry and Drug-protein Interactions