Information Security and Assurance for Technology Leadership and Innovation

约翰霍普金斯大学信息安全研究所（JHUISI）提议在其现有的网络安全军团(R)服务奖学金（SFS）项目中增加四批新的研究生。JHUISI提供安全信息学理学硕士（MSSI）课程，专注于沉浸式教育体验，并经常结合医疗保健或项目管理等其他领域的专业知识。MSSI项目和相关的双学位项目是基于课程、实验室、研究项目和实习的整合，这些课程、实验室、研究项目和实习来自约翰霍普金斯大学凯里商学院、彭博公共卫生学院、医学院、克里格艺术与科学学院和保罗·h·尼采高级国际研究学院等不同的学术文化。这些伙伴关系开发了一个独特的跨学科框架，支持与各种应用领域相关的网络安全技术的教育交叉培训。SFS学生将完成MSSI学位课程，并可选择获得计算机科学，应用数学与统计学，健康科学或国家安全研究的双学位。这些双硕士项目已被证明对不同的联邦机构很有价值。特别是，该项目为新一代网络安全专业人员提供了接触日益重要的医疗安全领域的机会。这一领域的相关性在联邦和州卫生基础设施中得到强调，因为它们的任务是在提供保健服务时扩大利用信息技术，同时保护卫生信息交换和在线数据库的安全和隐私。SFS学生将帮助建立可信赖的国家医疗保健信息网络，以统一医疗保健和医疗计算基础设施，简化医疗保健监测和交付，加速医疗保健和医疗数据的研究和传播，同时确保隐私得到系统保护。该项目将通过利用与hbcu和msi的现有伙伴关系，开展有针对性的外联活动，以确保多样性。

The Johns Hopkins University Information Security Institute (JHUISI) proposes to add four new cohorts of graduate students to their existing CyberCorps(R) Scholarship for Service (SFS) program in cybersecurity. JHUISI offers a Masters of Science in Security Informatics (MSSI) program focusing on immersive educational experience and often combining expertise in other areas such as healthcare or project management. The MSSI program and associated dual-degree programs are based on an integration of courses, labs, research projects, and internships stemming from the various academic cultures represented the Carey School of Business, Bloomberg School of Public Health, School of Medicine, Krieger School of Arts and Sciences, and Paul H. Nitze School of Advanced International Studies at the Johns Hopkins University. These partnerships developed a unique interdisciplinary framework supporting educational cross-training in cybersecurity technologies relative to various application areas. SFS students will complete the MSSI degree program with an option to earn a dual degree in Computer Science, Applied Math and Statistics, Health Sciences, or National Security Studies. These dual masters programs have proven to be valuable for various federal agencies. In particular, the project provides exposure to the increasingly critical field of healthcare security to a new generation of cybersecurity professionals. The relevance of this area is underscored at the federal and state health infrastructures by mandates to broaden utilization of information technology in the delivery of healthcare while protecting the security and privacy of health information exchanges and on-line databases. SFS students will help with the critical challenge of establishing trusted national healthcare information networks to unify health and medical computing infrastructures, streamline healthcare monitoring and delivery, and accelerate research and dissemination of health and medical data while assuring that privacy is systemically protected. The project will conduct a focused outreach to assure diversity by leveraging existing partnerships with HBCUs and MSIs.