Biological Hazard Site Training in Emerging Technologies (BioSTET) for Health and Safety

健康与安全新兴技术生物危害现场培训 (BioSTET)

• 批准号: 10688033
• 负责人: Rodney G Handy
• 金额: $ 22.2万
• 依托单位: UNIVERSITY OF UTAH
• 依托单位国家: 美国
• 财政年份: 2021
• 资助国家: 美国
• 起止时间: 2021-09-22 至 2026-08-31
• 项目状态: 未结题
• 来源: https://reporter.nih.gov/project-details/10688033
• 关键词: Address; Bacteria; Biological; Biological Products; Biomedical Engineering; COVID-19; California; Certification; Chemicals; Collaborations; Consultations; Continuing Education; Development; Devices; Dimensions; Discipline; E-learning; Education; Emerging Technologies; Enrollment; Evaluation; Faculty; Future; Genetically Modified Organisms; Goals; Hazardous Waste Operations and Emergency Response; Health; Health Technology; Hour; Hybrids; Industrial Health; Industrialization; Infectious Agent; Institution; Instruction; Interdisciplinary Study; Joints; Learning Module; Mind; Montana; Motion; Occupational Health; Outcome; Parasites; Participant; Pathogenicity; Persons; Program Evaluation; Research; Research Personnel; Research Project Grants; Resolution; Safety; Site; Students; System; Techniques; Technology; Texas; Time; Topical application; Training; Training and Education; Universities; Utah; Virus; Work; adaptive learning; animation; certificate program; course development; curriculum development; design; education research; experience; graduate school; hazard; improved; industry partner; innovation; inter-institutional; learning ability; member; new technology; occupational health/safety; programs; remediation; skill acquisition; tool; undergraduate student

PROJECT SUMMARY Biological and pathogenic agents such as bacteria, viruses, parasites, and genetically modified organisms present an ever-evolving and ongoing threat to occupational health, especially in site cleanup. However, current educational efforts emphasize chemical hazards, often to the detriment of biological hazards. Research on new and emerging technologies has offered promising inroads to safer resolution of these hazards; however, new and supplemental training, as well as further advances in research, are greatly needed. This collaborative effort between researchers at the University of Utah (lead institution), California Polytechnic State University San Luis Obispo (Cal Poly), Montana Technological University, and Texas A&M University (consultation)) seeks to create academic and continuing education (CE) courses in emerging technologies specific to site biological/infectious agent safety. This collaborative, multidimensional educational experience will facilitate not only skills development and field application, but also create opportunities for innovative, cross-disciplinary research experiences and curriculum development on emerging technologies. Aim 1 seeks to successfully develop, implement, and assess twelve continuing education modules and learner certificate program for site biological/infectious agent health and safety. This certificate program will be targeted towards both working professionals (e.g., industrial hygienists, safety professionals) and students in the style of a HAZWOPER-type supplement. The time required will be equivalent to a typical HAZWOPER refresher course (i.e., one 8-hour day) and will instruct participants in topics and techniques related to biological safety as well as novel and emerging technologies relevant to biological safety. Aim 2 seeks to successfully develop, implement, and evaluate a collaborative and joint 4+1/graduate research topics course in site biological/infectious agent health and safety. This course will be offered at all participating institutions and will focus on emerging techniques and strategies in designing, developing, and integrating devices, systems, and controls into the site biological safety aspects of environmental characterization, clean- up, and remediation. Enrolled students will work as interdisciplinary teams with members from each partnering institution. Each student team will not only have a faculty advisor, but also an inter-institutional committee made up of at least 3 members. Aim 3 seeks to successfully develop, implement, and evaluate a collaborative and joint graduate applied topics course utilizing products resulting from the research course in site biological/infectious agent health and safety. The proposed course will be offered at all participating institutions and include the necessary rubrics from the 29 CFR 1910.120 OSHA standard for 40- hour HAZWOPER certification in addition to the additional biological and infectious agent health and safety supplemental material developed with this proposal.

项目总结 生物和病原体，如细菌、病毒、寄生虫和转基因生物 对职业健康构成不断演变和持续的威胁，特别是在场地清理方面。然而， 目前的教育工作强调化学危害，往往有损于生物危害。研究 关于新的和新兴的技术为更安全地解决这些危险提供了有希望的进展； 然而，新的和补充的培训以及研究方面的进一步进展是非常需要的。这 加州理工大学犹他大学(牵头机构)的研究人员之间的合作努力 圣路易斯奥比斯波大学(加州理工大学)、蒙大拿理工大学和德克萨斯农工大学 (咨询))寻求创建新兴技术的学术和继续教育(CE)课程 具体到现场生物/感染剂安全。这种协作式、多维度的教育体验 将不仅促进技能发展和实地应用，而且还将创造机会， 新兴技术的跨学科研究经验和课程开发。目标1寻求 成功开发、实施和评估12个继续教育模块和学员 现场生物/感染剂健康和安全认证计划。该证书计划将是 针对在职专业人员(例如工业卫生员、安全专业人员)和 HAZWOPER类型的增刊的风格。所需时间将相当于典型的HAZWOPER 进修课程(即每天8小时)，并将指导学员与以下相关的主题和技术 生物安全以及与生物安全相关的新兴技术。《目标2》寻求 成功开发、实施和评估协作和联合4+1/研究生研究主题 现场生物/感染剂健康与安全方面的课程。本课程将在所有参与者中提供 机构，并将专注于设计、开发和集成方面的新兴技术和战略 设备、系统和控制进入现场的生物安全方面的环境表征、清洁- 向上，并进行补救。被录取的学生将作为跨学科团队工作，成员来自每个合作伙伴 机构。每个学生团队将不仅有一名教师顾问，还将有一个跨机构委员会。 由至少3名成员组成。目标3寻求成功地开发、实施和评估 利用研究成果的协作和联合毕业应用主题课程 现场生物/感染剂健康与安全方面的课程。拟议中的课程将完全被提供 参与机构，并包括29 CFR 1910.120 OSHA标准中的必要卢布，用于40- HAZWOPER HAZWOPER认证以及额外的生物和感染剂健康与安全 根据这一建议编写的补充材料。