土木与环境工程哲学博士-材料工程

土木与环境工程系和矿业与石油工程学院的学位课程。该系和学院为研究生提供专门的研究学位课程，从而导致三个研究生学位课程：理学硕士（MSc），工程硕士（MEng）和哲学博士（PhD）。我们的研究小组可以访问许多独特的州先进的实验室，完善的支持网络以及活跃而融合的本地行业。我们系拥有许多学科领域的世界领导者，其中包括六名NSERC工业研究主席，林产品纳米纤维研究主席，化学武器担任钢结构教授，砌体系统MCAA主席和加拿大自然资源不确定性管理研究主席等许多活跃，国际认可的研究领域领袖，该计划可在15至18个月内完成
Department of Civil and Environmental Engineering and the School of Mining and Petroleum Engineering degree programs. The Department & School offer graduate students specialized research degree programs leading to three graduate degree programs: Master of Science (MSc), Master of Engineering (MEng), and Doctor of Philosophy (PhD).Our research groups have access to many unique, state-of-the-art laboratories, an excellent support network, and an active and integrative local industry.Our Department is home to many world leaders in their disciplines, including six NSERC Industrial Research Chairs, the Nanofibre Research Chair in Forest Products, the C.W. Carry Professor of Steel Structures, the MCAA Chair in Masonry Systems and a Canada Research Chair in Natural Resources Uncertainty Management, among many others who are active, internationally-recognized leaders in their research areas.This program can be completed within 15 to 18 months. The maximum time permitted is four years from date of registration.The MSc program, a full-time research based program, will help you advance your knowledge and skills by providing you with that extra edge needed to get ahead.Take your post-secondary education to the next level by completing the thesis-based PhD program. This program is designed to increase your analytical skills and leads to careers in academics or corporate research.Minimum of three years is required to complete program, maximum of six years from the date of registration is allotted. Materials engineers place emphasis on bio-resourced and nanoenabled materials applications in civil, environmental, biomedical engineering domains. Materials engineers are interested in composites for structural engineering applications, membranes and colloidal particles for water and other environmental projects, hydrogels for biomedical products and concrete formulations. The research program involves utilization of biopolymers such as cellulose and derivatives, nanofibers from wood and agricultural fibers.