HAZworker - Web-Based, Multiplayer Small Group Simulation

HAZworker - 基于网络的多人小组模拟

• 批准号: 8308807
• 负责人: Henry Ryng
• 金额: $ 10万
• 依托单位: INXSOL, LLC
• 依托单位国家: 美国
• 财政年份: 2012
• 资助国家: 美国
• 起止时间: 2012-06-01 至 2013-05-31
• 项目状态: 已结题
• 来源: https://reporter.nih.gov/project-details/8308807
• 关键词: Client; Computer Simulation; Computer software; Country; Data; Development; Education; Evaluation; Exercise; Feedback; Foundations; Geographic Locations; Hazardous Waste; Health; Housing; Individual; Industry; Inservice Training; Lead; Learning; Life; Life Experience; Location; New England; Online Systems; Performance; Phase; Play; Population; Positioning Attribute; Research; Research Infrastructure; Risk; Role; Role playing therapy; Safety; Sampling; Structure; Students; Texas; Training; Training Programs; Training Support; Utah; Voice; Work; Workplace; base; commercialization; cost; design; experience; flexibility; hazard; instructor; interest; occupational health/safety; programs; simulation; success; tool

DESCRIPTION: Project Summary inXsol proposes to design and demonstrate a web-based, multiplayer small group simulation to support instructor led HazMat worker health and safety training. This product is called HAZworker. The use of distributed, low-cost simulation will allow individuals to attain a level of experience in the probable roles at typical incidents and work sits and to receive the necessary repetition in possible roles for learning and expertise development. Simulations can lead to better "out of the box" performance and learning at a real situation (on-job training) or live training exercises. Until recently, simulations were out of reach for small training organizations serving the worker health and safety clients over a broad geographic area because of cost and technical infrastructure necessary. inXsol's HAZworker approach will increase access for the worker population and better position training organizations to serve their clients with relevant simulation training supporting HAZWOPER and ongoing refresher training. inXsol is leveraging The New England Consortium's (TNEC) previously created computer-based simulation tool (CBST) as a foundation for this project. Despite the success and significant deployment of this tool, only a fraction of workers trained by TNEC [let alone other WETP awardees, and non-WETP training organizations in this country] have access to tools like CBST. inXsol's web-based HAZworker simulation will increase access to simulations for the industry. In addition to TNEC's primary role for this project, UCLA - Labor Occupational Safety and Health (LOSH) and The Texas-Utah Consortium for Hazardous Waste Worker Training (TUCHWWT) have identified the value of exploring use of this tool for their organizations and have agreed to include HAZworker in at least one class during the Phase I project evaluation cycle. By using the existing CBST product and engaging a sample of WETP awardees, inXsol has significantly lowered the execution risk of this project while increasing the commercialization opportunities. For Phase I inXsol proposes web-based development of HAZworker (based on the TNEC CBST), evaluate HAZworker with at least three WETP classes, and evaluate the user experience compared to TNEC's past results. During Phase II authoring functionality will be created in conjunction with the participating WETP organizations. PUBLIC HEALTH RELEVANCE: Project Narrative inXsol proposes to design and demonstrate a web-based, multiplayer small group simulation to support instructor led HazMat worker health and safety training. This product is called HAZworker. The use of distributed, low-cost simulation will allow individuals to attain a level of experience in the probable roles at typical incidents and work sites and to receive the necessary repetition in possible roles for learning and expertise development. Simulations can lead to better "out of the box" performance and learning at a real situation (on-job training) or live training exercises. inXsol is leveraging The New England Consortium's (TNEC) previously created computer-based simulation tool (CBST) as a foundation for this project.

描述：项目摘要INXSOL建议设计和演示基于网络的多人小组模拟，以支持指导老师LED Hazmat Worker Health and Safety Training。该产品称为Hazworker。使用分布式，低成本模拟的使用将使个人能够在典型事件和工作中的可能角色中获得一定程度的经验，并在学习和专业知识发展中可能会重复进行必要的重复。模拟可以在真实情况下（在乔布培训）或现场训练练习中提高“开箱即用”的表现和学习。直到最近，由于必需的成本和技术基础设施，在广泛的地理区域内为工人健康和安全客户提供服务的小型培训组织的模拟还遥不可及。 INXSOL的Hazworker方法将增加对工人人数的访问权限，并通过支持Hazwoper和正在进行的进修培训的相关模拟培训为客户提供更好的位置培训组织。 INXSOL正在利用新英格兰财团（TNEC）以前创建的基于计算机的仿真工具（CBST）作为该项目的基础。尽管该工具成功并大量部署了该工具，但只有一小部分由TNEC培训的工人（更不用说其他WETP获奖者和该国的非WETP培训组织]可以使用CBST等工具。 INXSOL的基于Web的Hazworker模拟将增加对该行业模拟的访问。除TNEC在该项目中的主要作用外，加州大学洛杉矶分校 - 劳动职业安全与健康（LOSH）和德克萨斯州 - 荷兰联盟的危险废物工人培训（TUCHWWT）还确定了探索该工具为其组织使用此工具的价值，并已同意在阶段I项目评估周期中至少将一个类别的Hazworker包括在一个类中。通过使用现有的CBST产品并参与WETP获奖者样本，INXSOL显着降低了该项目的执行风险，同时增加了商业化机会。对于I期INXSOL提议基于Web的HAZWORKER（基于TNEC CBST）的开发，请使用至少三个WETP类评估Hazworker，并与TNEC过去的结果相比评估用户体验。在第二阶段期间，将与参与的WETP组织共同创建功能。 公共卫生相关性：项目叙事INXSOL建议设计和演示基于网络的多人小组模拟，以支持教师LED Hazmat Worker Worker Health and Safety Training。该产品称为Hazworker。使用分布式，低成本模拟的使用将使个人能够在典型事件和工作地点的可能角色中获得一定水平的经验，并在学习和专业知识发展中可能会重复进行必要的重复。模拟可以在真实情况下（在乔布培训）或现场训练练习中提高“开箱即用”的表现和学习。 Inxsol正在利用 新英格兰财团（TNEC）先前创建了基于计算机的仿真工具（CBST）作为该项目的基础。