Collaborative Research: CyberTraining: Implementation: Medium: T3-CIDERS: A Train-the-Trainer Approach to Fostering CI- and Data-Enabled Research in Cybersecurity

该项目旨在通过提高网络安全和网络相关学科的先进网络基础设施技术、工具和平台的识字率、可访问性和采用率，来满足全国对准备充分的网络安全研究人员和专业人员的迫切需求。该项目团队开发了“T3-CIDERS”，这是一个培训培训员计划，将培训多个州的教师，研究人员和研究生团队，他们随后将向自己机构内更广泛的学生和研究人员以及K-12受众传播先进网络基础设施的知识和技能，特别是那些代表性不足的社区。该培训计划通过互动，开放的在线学习环境覆盖更广泛的受众，扩大了跨各种科学和工程学科的计算和数据科学的可访问性。该T3-CIDERS计划促进当前和未来的网络安全和网络相关的研究人员，工程师和从业人员与先进的网络基础设施和数据分析技能的准备，这对于发展安全和弹性的数字基础设施变得越来越重要。鉴于其多层次的教育结构和普遍存在的社会需求，先进的网络安全网络基础设施，该项目预计将产生重大和广泛的社会影响，特别是在劳动力发展，创新课程，和发展支持多样化和代表性不足的群体的能力。这个合作项目体现了一种独特的培训培训师的方法，以促进网络基础设施和数据，启用网络安全研究（T3-CIDERS），一个旨在培训教师，研究人员和学生通过旨在与研究，教学和学习活动协同的培训培训师计划来发展坚实的CI能力的计划。该项目开发了全面的技术网络基础设施（CI）和教学培训（T3）模块，旨在为广泛和多样化的学习者提供有效的CI教育。利用NSF资助的DeapSECURE计划奠定的基础，该项目将通过开发新的基础和面向应用的资源来增强现有的DeapSECURE CI模块，以推进网络安全研究。该项目的核心组成部分是一个新颖的T3模块，旨在将网络安全研究人员和专业人员培养成熟练的培训师，提高他们的教学设计能力和技术能力。这种以学习者为中心的方法旨在培养实践社区（CoP），并促进CI在网络安全研究和教育中的整合。此外，为了延长项目的覆盖面和寿命，将开发一个在线改编版T3-Online，作为一个开放的教育资源，以促进将项目成果扩大到其他科学和工程领域。该项目的成功将推动人们对CI作为最先进的网络安全研究中必不可少的工具的兴趣和理解，使学生学习CI技术的曲线变平，并在CI培训中为网络安全研究提供全国领导。高级网络基础设施办公室的这一奖项由Cybercorps服务奖学金，该奖项反映了NSF的法定使命，并通过使用基金会的知识价值和更广泛的影响审查标准进行评估，被认为值得支持。

This project aims to respond to the urgent need for well-prepared cybersecurity researchers and professionals in the nation by increasing the literacy, accessibility, and adoption of advanced cyberinfrastructure techniques, tools, and platforms in cybersecurity and cyber-related disciplines. The project team develops “T3-CIDERS”, a Train-the-Trainer program, which will train teams of faculty, researchers and graduate students across multiple states, who will subsequently disseminate knowledge and skills on advanced cyberinfrastructure to a broader group of students and researchers within their own institutions and to K-12 audiences, especially those within underrepresented communities. The training program reaches a wider audience through an interactive, open online learning environment, broadening the accessibility of computational and data science across various scientific and engineering disciplines. The T3-CIDERS program facilitates the preparation of current and future cybersecurity and cyber-related researchers, engineers, and practitioners with advanced cyberinfrastructure and data analytic skills, which have become increasingly important for developing secure and resilient digital infrastructure. Given its multi-level educational structure and ubiquitous societal needs for advanced cyberinfrastructure in cybersecurity, this project is expected to have significant and wide-ranging societal impacts, particularly in the areas of workforce development, innovative curriculum, and developing capabilities of supporting diverse and underrepresented groups.This collaborative project furnishes a unique Train-the-Trainer Approach to Fostering CyberInfrastructure- and Data-Enabled Research in CyberSecurity (T3-CIDERS), a program to train faculty, researchers, and students to develop solid CI competencies through a train-the-trainer program designed to be synergistic with research, teaching, and learning activities. The project develops comprehensive technical cyberinfrastructure (CI)-focused and pedagogical train-the-trainer (T3) modules designed for effective CI education of a broad and diverse range of learners. Leveraging the groundwork laid by the NSF-funded DeapSECURE program, this project will augment the existing DeapSECURE CI modules by developing new fundamental and application-oriented resources tailored for advancing cybersecurity research. A core component in this project is a novel T3 module, designed to cultivate cybersecurity researchers and professionals into skilled trainers, enhancing both their instructional design capabilities and technological aptitudes. This learner-focused approach aspires to foster a community of practice (CoP) and promote CI integration in cybersecurity research and education. Moreover, to extend the project's reach and longevity, an online adaptation, T3-Online, will be developed as an open educational resource to facilitate broadening project outcomes into other domains of science and engineering. The success of the project will drive interest and understanding of CI as essential tools in state-of-the-art cybersecurity research, flatten the student learning curve for CI technology and provide a national leadership in CI training for cybersecurity research.This award by the Office of Advanced Cyberinfrastructure is jointly supported by the Cybercorps Scholarship for Service, Directorate for STEM Education.This award reflects NSF's statutory mission and has been deemed worthy of support through evaluation using the Foundation's intellectual merit and broader impacts review criteria.