Training Core

培训核心旨在培养具有跨学科教育经验的博士级工程师和科学家，以解决危险废物场地带来的复杂研究问题。核心，与27培训教师，将由一个委员会的6名经验丰富的成员跨越学科范围的超级基金 计划，并与其他毒理学计划和校园内的各种研究生团体密切相关。我们在毒理学科学强有力的招聘计划是通过对非生物项目的持续重视，其中优秀的加州大学戴维斯分校在化学，工程，水文地质学和土壤科学的研究生课程是一个巨大的资产补充。在满足各自研究生团体课程的课程要求的同时，来自不同背景的学生将被鼓励参加预科课程，以利用广泛的相关课程菜单来获得跨学科的专业知识。此外，还将通过以下方式丰富他们的教育：㈠参加由超级基金支助的、由主要环境卫生科学家举办的一系列校园研讨会; ㈡通过研究翻译活动获得管理环境方面的实际经验;（iii）在全国性会议、超级基金调查员月度会议上介绍自己的研究成果，在年度超级基金三计划会议和年度务虚会/研讨会共同主办的其他毒理学为导向的校园计划;和（iv）特别动手培训提供的分析核心，DNA微阵列，蛋白质组学和代谢组学的核心和设施 专门从事跨学科研究（分子结构设施，环境工程和水资源卓越中心，约翰缪尔环境研究所）。4个实习生名额（大学贡献）的候选人的选择将基于学术证书（GPA，推荐信）和研究提案。通过定期审查课程作业、研究摘要、参加 超级基金会议，并及时满足学术要求（例如，资格考试）。培训委员会还将选择创新的杰出本科生暑期研究培训计划的申请人，该计划旨在促进研究生院入学和环境健康科学的职业生涯，重点是少数民族本科生。

The Training Core aims to produce doctoral level engineers and scientists with the interdisciplinary educational experience necessary to address complex research problems posed by hazardous waste sites. The Core, with 27 training faculty, will be directed by a committee of 6 experienced members spanning the disciplinary scope of the Superfund program and closely connected with other toxicology programs and a variety of graduate groups on campus. Our strong recruitment program in toxicological sciences is complemented by continued emphasis on nonbiological projects, for which the excellent UC Davis graduate programs in chemistry, engineering, hydrogeology and soil science are a great asset. While fulfilling course requirements of their respective graduate group programs, the students, from diverse backgrounds, will be encouraged in preparatory coursework to take advantage of an extensive menu of relevant courses to gain interdisciplinary expertise. In addition, their education will be enriched by (i) attendance at Superfund-supported series of campus seminars to be given by leading environmental health scientists; (ii) practical experience in the regulatory environment through research translation activities; (iii) presentations of their own research results at national meetings, at monthly meetings of Superfund investigators, at the annual Superfund tri-program meeting and at annual retreats/symposia co-sponsored with other toxicologically oriented campus programs; and (iv) special hands on training offered by the Analytical Core, the DNA Microarray, Proteomics and Metabolomics Core and facilities specializing in interdisciplinary research (Molecular Structure Facility, Center for Excellence in Environmental Engineering and Water Resources, John Muir Institute for the Environment). Selection of candidates for 4 trainee slots (university contribution) will be on the basis of academic credentials (GPA, recommendation letters) and a research proposal. Trainee progress will be monitored by periodic review of coursework, research summaries, participation in Superfund meetings, and timely fulfillment of academic requirements (e.g., qualifying examination). The Training Committee will also select applicants for the innovative Distinguished Undergraduate Summer Research Training Program, which promotes graduate school matriculation and careers in environmental health sciences with an emphasis on minority undergraduates.