生物医学工程博士学位

邓迪大学的生物医学工程博士学位课程旨在为学生提供与工程学和临床科学领域的世界领先研究人员合作的机会，为迫切的现实需求开发解决方案。这项工作是高度协作的，大多数项目与邓迪尼韦尔医院内医学院的同事联系在一起。研究跨越技术和仪器开发的许多领域，直至其在组织水平以及在患者和患者衍生样品上的应用。生物医学工程系位于科学与工程学院内，涵盖计算机，土木工程，电子工程，法医学，数学，机械工程和物理。工作是高度跨学科的，生物医学工程师通常会发现自己与这些学科的员工合作，这意味着学生会遇到丰富而多样的研究基础设施。四年制课程
The PhD programme in Biomedical Engineering at the University of Dundee is designed to offer students the chance to work with world leading researchers at the edge of engineering and clinical science, developing solutions for pressing real world need. The work is highly collaborative, with the majority of projects linking with colleagues in the School of Medicine within Ninewells Hospital in Dundee. Research spans a number of areas spanning technique and instrumentation development through to their applications at the tissue level as well as on patients and patient derived samples.<br><br>Biomedical Engineering sits within the School of Science and Engineering, which encompasses Computing, Civil Engineering, Electronic Engineering, Forensic Science, Mathematics, Mechanical Engineering and Physics. Work is highly interdisciplinary and Biomedical Engineers will often find themselves working in collaboration with staff from these disciplines, meaning that students encounter a rich and varied research infrastructure.<br><br>The four year programme offers students from a wide range of backgrounds the opportunity to develop their skills in core and advanced biomedical engineering through a tailored training programme encompassing taught courses as well as research rotations as required by each student. Students can try a number of mini-projects before choosing their final research project which will run full time in years 2-4 of the programme. The final PhD projects will be supervised by two members of academic staff.<br><br>This PhD programme will engage you with internationally leading research within biomedical engineering at the University of Dundee. Research focusses on areas such as cancer diagnosis, tissue engineering, MRI, ultrasound, OCT, electrography, instrumentation and light tissue interactions. Much of the work is in collaboration between groups within engineering and medicine, and operates in both basic research labs as well as clinical settings. Your 1st year will involve taught material and research rotations as appropriate to your academic background, before your final research project in years 2-4.