生物材料，生物力学，康复机器人，医学成像处理，信息学和通信等领域的最新进展使从业人员能够提供更好的医疗保健。智能家居，可穿戴设备和患者专用植入物等新技术的迅速普及，以及生物医学和数据分析的创新，已使患者能够监控和管理自己的健康。随着医学技术变得越来越普遍和重要，加拿大大学对高级生物医学工程计划的需求也日益增长。Carleton的生物医学工程博士学位课程解决了这一需求。学生可以通过论文研究，课程学习，定向学习和个人研究以及各种形式的口头和书面陈述相结合的方式解决高级生物医学问题。生物医学研究可以通过临床和工
Recent advances in areas such as biomaterials, biomechanics, rehabilitation robotics, medical imaging processing, informatics, and communications have enabled medical practitioners to provide better healthcare. Rapid proliferation of novel technologies such as smart homes, wearable devices, and patient specific implants, along with innovations in biomedical and data analytics, have empowered patients to monitor and manage their own health. As medical technology is becoming increasingly prevalent and essential, there is a growing need for advanced biomedical engineering programs in Canadian Universities.<br><br>Carleton's PhD program in Biomedical Engineering addresses this demand. Students solve advanced biomedical problems through a combination of thesis research, coursework, directed and individual study, and various forms of oral and written presentations. Biomedical research can be conducted with clinical and industrial collaborations, leading novel devices suitable for commercialization.<br><br>The PhD program is offered through the Ottawa-Carleton Institute for Biomedical Engineering (OCIBME), a multi-disciplinary joint institute with the University of Ottawa. The Institute spans seven academic units making it one of the largest institutes in Canada.<br><br>Length: 4 years