NSERC CREATE in Manufacturing, Materials and Mimetics (M3)

NSERC CREATE 制造、材料和模拟 (M3)

• 批准号: 432258-2013
• 负责人: Shoichet, Molly
• 金额: $ 21.86万
• 依托单位: University of Toronto
• 依托单位国家: 加拿大
• 项目类别: Collaborative Research and Training Experience
• 财政年份: 2015
• 资助国家: 加拿大
• 起止时间: 2015-01-01 至 2016-12-31
• 项目状态: 已结题
• 来源: https://www.nserc-crsng.gc.ca/ase-oro/Details-Detailles_eng.asp?id=573997
• 关键词: NSERC; CREATE; Manufacturing; Materials; Mimetics

The NSERC CREATE industrial stream training program in Manufacturing, Materials and Mimetics (M3) will provide graduate students with the breadth and depth of expertise required for success in industry. Specifically, M3 will provide a streamlined training environment for the advancement of knowledge and its translation through core courses, advanced research and industry experience. A total of 97 full-time equivalent students will be trained through M3. A rich training environment in manufacturing, materials and mimetics will better prepare students for careers in industry. Our students will benefit from the complementary research expertise of our PIs from the University of Toronto, McMaster, and York, building on a strong and vibrant foundation of research excellence, collaboration and commercialization. There are 3 pillars in the M3 training program: 1. Soft Skills: Every student will take core courses in M3, leadership, and communications, thereby attaining both hard and soft skills required for success. Students will gain breadth of corporate knowledge through courses from the Institute for Leadership Education in Engineering (ILead), MaRS' Entrepreneurship 101, MITACs workshops and one-on-one counselling through the Graduate Experience Internship program. 2. Hard Skills: All students will participate in advanced research in the laboratories of our PIs, whose expertise encompasses cell manufacturing, biomaterials and tissue mimetics. In order to have a vibrant career in natural sciences and engineering, our trainees must gain a deep understanding of their field as demonstrated with peer-reviewed publications and international presentations. We will encourage our trainees to publish, present and patent innovative ideas, thereby resulting in tangible assets for knowledge creation and translation. 3. Experiential Learning Skills: All students will be required to spend one 4-6 month internships in industry where they will have the opportunity to work on product development, intellectual property or regulatory affairs. We will take advantage of Centre for the Commercialization of Regenerative Medicine (CCRM), its extensive industry consortium and the 14 start-up companies spun out of the Institute of Biomaterials and Biomedical Engineering, University of Toronto. The internships will provide students with a "real-world" experience and industry members with access to highly qualified personnel (HQP) and an extended period in which to interview them. The M3 training program is unique in Canada and indeed the world. The training requires a multi-disciplinary approach, new methods for knowledge transfer, coupled with leadership and communications courses that will yield the future leaders and innovators in M3. In the knowledge-based economy of the 21st century, M3 represents a $80-100 billion industry. Unlike traditional manufacturing, cell manufacturing, biomaterials and tissue mimetics require highly skilled and innovative personnel. Through this unique training program, students will be better equipped for success in industry by: working on core research projects relevant to industry needs; attaining core competency skills in leadership and communication; and gaining real-world experience. This will provide students with the skills and experience they need to succeed and our industry colleagues with bright, savvy graduates. With industry internships, active research collaborations, and soft skills courses already available, M3 is destined for success.

NSERC创建制造，材料和模拟物（M3）的工业流培训计划（M3）将为研究生提供行业成功所需的广度和深度。 具体而言，M3将提供一个简化的培训环境，以通过核心课程，高级研究和行业经验来提高知识及其翻译。 总共有97名全日制学生将接受M3的培训。 制造业，材料和模拟物的丰富培训环境将更好地为学生提供工业职业的准备。 我们的学生将受益于多伦多大学，麦克马斯特大学和约克的PIS的补充研究专业知识，该专业是建立在卓越的研究，合作和商业化的强大而充满活力的基础上。 M3培训计划中有3个支柱： 1。软技能：每个学生都会参加M3，领导力和沟通的核心课程，从而获得成功所需的硬和软技能。 学生将通过工程领导力教育研究所（ILEAD），MARS的企业家精神101，MITACS研讨会和一对一的咨询，通过研究生体验实习计划获得企业知识的广度。 2.硬技能：所有学生都将参加我们PIS实验室的高级研究，他们的专业知识包括细胞制造，生物材料和组织模仿。 为了在自然科学和工程领域拥有充满活力的职业，我们的学员必须对自己的领域有深刻的了解，这是通过同行评审的出版物和国际演讲所证明的。 我们将鼓励学员出版，呈现和专利创新思想，从而为知识创造和翻译提供切实的资产。 3.体验式学习技能：所有学生将被要求在行业中度过一个4-6个月的实习，在那里他们有机会从事产品开发，知识产权或监管事务。 我们将利用再生医学（CCRM）的商业化中心，其广泛的行业财团以及多伦多大学生物材料与生物医学工程研究所的14家初创公司脱离。 实习将为学生提供“现实世界”的经验，行业成员可以使用高素质的人员（HQP），并长时间采访他们。 M3培训计划在加拿大乃至世界都是独一无二的。该培训需要一种多学科的方法，知识转移的新方法，再加上领导力和沟通课程，这些方法将在M3中产生未来的领导者和创新者。 在21世纪基于知识的经济中，M3代表了800-100亿美元的行业。与传统制造不同，细胞制造，生物材料和组织模仿需要高技能和创新的人员。 通过这项独特的培训计划，学生将通过以下方式更好地获得行业成功的能力：从事与行业需求相关的核心研究项目；在领导和沟通中获得核心能力技能；并获得现实世界的经验。 这将为学生提供他们成功所需的技能和经验，而我们的行业同事则是聪明，精明的毕业生。 通过行业实习，积极的研究合作和软技能课程，M3注定要成功。