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This study investigated the digital existence of the food bank users in a university town in Texas, and subsequently, aligned with the research's pragmatic focus, the researchers designed a training model for these food bank users. Two research questions guided the study: What are the digital existence levels of the food bank users, and what training model would best serve these food bank users? Data were collected by means of a survey from 230 individual food bank users representing households. Additional data included observations and conversations with food bank staff, and documents and materials from the site which provided deeper insights. The study found that the food bank users (1) had little to no broadband connectivity; (2) possessed limited digital devices which revealed significant barriers to their digital existence; and (3) had feelings of desperation, vulnerability and isolation. Regarding training offered at no cost, the food bank users did not show much interest, which was attributed to the food bank users' insufficient digital knowledge. The three-level training model was designed with the following objectives: (1) Prepare participants for training; (2) introduce the concept of "digital;" and (3) teach basic computing and cybersecurity skills. To implement this training, an interactive learner-centric model was created demonstrating collaboration among university instructors, volunteer students and the food bank staff. The study concluded that to exist in digital societies affordable broadband connectivity, needs-based devices, and continual support and training were needed for such underserved groups.

A First-Year Seminar course was designed using high-impact practices supporting food justice at a university serving mainly urban, minority, Hispanic, and first-generation students. The course was initially taught using participatory experiential learning but without service-learning. After an urban farm was added to campus to support the institutionalization of a garden-based service-learning program, the course was redesigned to add a service-learning component. Students were required to work at the farm composting, cultivating, and harvesting food for distribution to fellow food-insecure students for a minimum of ten hours throughout the semester. Service-learning students, as opposed to participatory experiential learning students, reported overall greater satisfaction with the course and its activities, had a 3% higher grade point average and a 9% lower drop, fail, and withdrawal rate. Service-learning students expressed a connection to campus community, a sense of feeling cared for, greater awareness of food justice issues and the ability to work toward community-based solutions and grow their critical consciousness. The added service-learning component significantly improved course outcomes and provided much needed assistance in the development of a new garden-based program.

The field of advertising has a structure that shapes consumer preferences and behaviors. The field of advertising undertakes the tasks of reflecting cultural values and norms, reinforcing or changing gender roles, and supporting social responsibility and campaigns. In addition, advertising, whose main purpose is sales, has a structure that shapes and informs society when considered in social dimensions. Artificial intelligence, which is today's developing and rising technology, is a technological tool that brings the physical and digital world together and affects many other fields such as economy, industry, social field, education. It is thought that the widespread integration of these technologies, which we use in almost every aspect of our daily lives, in the education sector has a significant potential for progress. In this context, in this study, the attitudes of students studying at universities in the TRNC towards artificial intelligence applications were analyzed in order to make sense of the impact of artificial intelligence technology used in the field of advertising, which reaches social dimensions, affects social situations and changes with the effects of developing and changing technologies, on students studying. In addition, the impact of advertisements developed with artificial intelligence on education was also analyzed.

Nutrition facts are the details on food packaging that describe its nutritional value, including serving size, calories, macronutrients like carbohydrates, protein, and fat, and micronutrients such as vitamins and minerals. These facts have mathematical concepts that can be utilized as a context for prospective teachers to create mathematical problems. By leveraging this real-world data, educators can contribute to multiple Sustainable Development Goals (SDGs), particularly SDG 3 (Good Health and Well-being), by promoting nutritional awareness, and SDG 4 (Quality Education) by enhancing student engagement and understanding through relatable examples. This study examines the profile of mathematical tasks created by prospective mathematics teachers using nutrition facts as a context that meets numeracy task criteria. Data were collected from 62 mathematical tasks created by 31 prospective teachers attending a realistic mathematics education course on numeracy based on a problem-posing task at a public university in Surabaya, Indonesia. The posed tasks were categorized into solvable or unsolvable tasks and the domains of the level of context use and the level of cognitive processes. Results revealed that the level of context use in the posed tasks varied from zero to second order. Surprisingly, most of the tasks were in the first-order level context. Most posed tasks reached the application level, with only a few identified as reasoning tasks. Interestingly, some tasks coded as second-order context were classified as reasoning tasks. The study provides implications for designing numeracy tasks using nutrition facts and interventions in teacher education related to numeracy task design.