本课程为具有专业资格的工程师提供了一个硕士水平的机会，以扩展其在工程学本科学习中获得的知识和技能的深度和广度。每个程序都旨在增强与一个或多个工程领域有关的技术知识。学生可以完成工程学的一个专业，也可以选择工程学，信息技术或另一个学科的另一个专业的副专业。至少在一个工程领域中完成科目和独立的研究生项目对于此要求至关重要。本课程提供的科目遵循综合的专业实践方法，包括必修的专业工程学科，与所选专业和副专业相关的必修学科，至少一个工程领域的独立工程研究生项目以及一组选修课（任何工程学或IT学科，其中一些学科需要事
Biomedical engineers apply knowledge of engineering to the design and development of medical related products and systems. More specifically, biomedical engineers are responsible for developing biosensors, medical and physiological monitoring devices, prosthetic devices and artificial organs, physiological modelling, biomechanics or other assistive instrumentation. They are also increasingly engaged in conducting research that aims at improving the early detection of diseases, analyzing DNA sequence data.<br><br>The biomedical engineering major will provide students with advanced knowledge of this discipline. Through practice-oriented learning, this major will help students develop the essential knowledge and skills specialised in Genomics and Bioinformatics, or 3D Bio nanotechnology or Bio-instrumentation. Graduates will have the opportunity to develop skills in using 3D CAD design (Solidworks), prototyping, building nano devices, designing sensors, molecular diagnostics (PCR and sequencing), bioinformatics and printing biomaterials applicable to improve human health. Subjects are being taught in an interactive, and studio-like format, which is focused on industry informed problems.