Institute for Clinical and Translational Science

临床与翻译科学研究所(ICTS)培训计划的广泛目标是提供 学员沉浸在研究中，灵活学习，并有机会获得卫生技术方面的经验，如 不仅在学术界，而且在社区中也是如此。我们的计划将NRSA学员整合到所有 我们中心的活动范围从社区参与和外展到掌握临床最佳实践 电子病历时代的试验。UCI才华横溢的团队科学教员为每一位学员提供必要的工具 翻译科学领域的成功合作。我们联合了NRSA和指导职业发展 计划，使培训资源得到有效利用。融合建立了一个实习生社区 这对整个机构的教职员工构成了挑战和激励。综合计划有四个主要部分 目标。1)招募广泛多样的实习生。信息和通信技术跨越学术界限的承诺 包括护理科学家和工程师在内的我们自己的ICTS领导层证明了这一点，这吸引了 受训人员来自不同的职业道路和科学学科。我们与区域中级和 高中，特别是在方案中有大量代表不足的少数族裔的社区 这激发了年轻学生对健康科学和研究职业的兴趣，这项投资将在 未来几年，受训人员的种类将更加多样化。2)开设临床核心课程和高级课程 以及灵活和精简的翻译科学。我们创造了一系列沉浸式学习 从系统生物学到基于社区的参与性研究的研讨会。这些研讨会是 旨在缩短教学培训部分，而不会中断研究工作效率。在工作中 与UCI的NIH最佳奖(拓宽科学培训经验)合作，各种健康和 提供技术经验，从与奥兰治县家庭暴力法庭的法官合作到 在制药初创企业中担任外部职位。3)提供领导力和指导，支持我们的实习生。我们的 导师学院包括UCI最具生产力的翻译科学家，他们之所以被选中，是因为他们 致力于指导，并愿意接受持续的培训和自我评估。这个 调查、评估和跟踪(SET)股监测个人发展计划。SET是透明的并且 包括教职员工和实习生。4)在全网范围内与CTSA协作改进培训。我们 最近与加州大学洛杉矶分校、加州大学圣地亚哥分校和南加州大学创建了南加州CTSA新兵训练营联盟。 来自所有站点的学员将被鼓励建立协作，并参与这些主题的研讨会 范围从生物医学信息学到治疗发现和开发。UCI是全州范围内 CTSA联盟，该联盟正在开发和评估基于网络的翻译科学学习模块。在……里面 Sum，我们的中心将培养一代准备改变翻译科学过程的研究人员 新的疾病预防、治疗和治疗方法可以更快地提供给公众。

The broad goal of the Institute for Clinical and Translational Science (ICTS) training program is to provide trainees with immersion in research, flexible learning, and opportunities for experiences in health technology as practiced not only in academia but in the community as well. Our program integrates NRSA trainees into all activities at our Hub, ranging from community engagement and outreach, to mastering best practices of clinical trials in the age of the EHR. UCI’s talented team science faculty provides every trainee with necessary tools for successful collaboration in translational science. We coalesced the NRSA and Mentored Career Development programs so that training resources are used efficiently. The integration has built a community of trainees which challenges and stimulates faculty and staff across the institution. The integrated program has four prime objectives. 1) Recruit a widely diverse pool of trainees. ICTS commitment to crossing academic boundaries is evidenced by our own ICTS leadership, encompassing nursing scientists and engineers, and this attracts trainees from a wide variety of career pathways and scientific disciplines. We partner with regional middle and high schools, particularly from neighborhoods with large numbers of underrepresented minorities, in programs that excite young students about health science and careers in research, an investment that will pay off in the years to come with a more diverse pool of trainees. 2) Offer both core and advanced curricula in clinical and translational science that are flexible and streamlined. We created a series of immersive-learning workshops spanning systems biology to community-based participatory research. These workshops are designed to shorten the didactic training components without disrupting research productivity. Working in partnership with UCI’s NIH BEST award (Broadening Experience in Scientific Training), varied health and technology experiences are available, from working with judges in Orange County domestic violence courts to externships in pharma startups. 3) Provide leadership and mentoring that champion our trainees. Our College of Mentors includes UCI’s most productive translational scientists who are selected because of their dedication to mentoring, and who are willing to undergo continuous training and evaluation themselves. The Survey, Evaluation, and Tracking (SET) Unit monitors individual development plans. SET is transparent and includes both faculty and trainees. 4) Collaborate with CTSAs across the network to improve training. We recently created a Southern California CTSA boot camp consortium with UCLA, UC San Diego, and USC. Trainees from all sites will be encouraged to build collaborations and participate in these workshops in topics ranging from biomedical informatics to therapeutic discovery and development. UCI is part of a statewide CTSA consortium, which is developing and evaluating web-based learning modules in translational science. In sum, our Hub will train a generation of researchers poised to transform the translational science process so that new prevention, treatments, and cures for disease can be delivered to the public faster.