CAP: STARTER: South Texas AI Research, Training, and Education Resource

该项目是一个ExpandAI能力建设试点项目（CAP），重点是在德克萨斯大学格兰德谷分校（UTRGV）建立和发展人工智能相关活动，培养人工智能从业者，推动人工智能研究和教育的可持续发展。在研究方面，跨学科的人工智能驱动项目将导致一个充满活力的南德克萨斯州人工智能从业者社区，这将大大提高人工智能在农业、先进制造业和个性化医疗等领域的影响。在教育方面，新的人工智能微证书课程和课程改进将向大量学生传授人工智能相关技能，鉴于UTRGV学生群体的构成，其中大多数学生来自代表性不足的群体。值得注意的是，两个新成立的跨学科博士项目将使用人工智能增强课程来培养学生的尖端研究技术。计划向高中和社区大学推广。五个研究领域已被确定为校园人工智能技术的潜在增长领域，包括纳米材料、先进制造、农业、网络安全和生物医学。例如，在农业领域，研究人员将研究智能农业人工智能工具——使用价格合理的无人机和视频传感器来收集和分析数据，以提高水资源利用和土壤肥力。在生物医学方面，研究人员将使用临床表型、基因型和生物标志物数据集来训练人工智能模型，以改进疾病建模和个性化干预策略，以治疗对南德克萨斯州西班牙裔人口影响不成比例的疾病。教育转型计划通过两种方式进行：(i)创建特定领域的微证书课程，传授使用人工智能工具所需的技能；（ii）通过课程修改将人工智能内容注入到本科和研究生的现有课程中。课程既强调使用人工智能工具的实践技能，也强调人工智能的理论方面。ExpandAI计划支持少数族裔服务机构的人工智能教育和劳动力发展、基础设施和研究，以加强和多样化美国的研究和教育途径，并为历史上被边缘化的社区提供STEM职业的新机会。该奖项反映了美国国家科学基金会的法定使命，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 is an ExpandAI Capacity building pilot (CAP), which focuses on establishing and growing AI related activities at The University of Texas Rio Grande Valley (UTRGV) by growing a pool of AI practitioners that will drive a sustainable expansion of AI-powered research and education. On the research side, interdisciplinary AI-driven projects will result in a vibrant South Texas community of AI practitioners that will significantly boost the impact of AI in areas such as agriculture, advanced manufacturing, and personalized medicine. On the educational side, new AI micro-credential courses and course enhancements will impart AI-related skills to large numbers of students, most of whom are from under-represented groups given the composition of the UTRGV student body. Significantly, two newly formed interdisciplinary Ph.D. programs will use AI-enhanced courses to train students in cutting-edge research techniques. Outreach to high schools and community colleges is planned.Five research areas have been identified as potential growth areas for AI technologies across campus including nanomaterials, advanced manufacturing, agriculture, cybersecurity and biomedicine. For example, in the agricultural domain, researchers will investigate Smart Farming AI tools - the use of affordable drones and video sensors to gather and analyze data for improved water utilization and soil fertility. In biomedicine, researchers will use clinical phenotype, genotype, and biomarker datasets to train AI models for improved disease modeling and personalized interventional strategies for diseases that disproportionately impact the Hispanic population of South Texas. Educational transformation is planned through two approaches: (i) creation of domain-specific micro-credential courses for delivery of skills needed to engage with AI tools; (ii) infusion of AI content into existing courses at both the undergraduate and graduate levels through curriculum modification. Courses emphasize both practical skills in use of AI tools as well as the theoretical aspects of AI. The ExpandAI Program supports AI-powered education and workforce development, infrastructure and research at Minority Serving Institutions to strengthen and diversify U.S. research and education pathways and provide historically marginalized communities with new opportunities in STEM careers.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.