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Recent advances in automated scoring technology have made it practical to replace multiple-choice questions (MCQs) with short-answer questions (SAQs) in large-scale, high-stakes assessments. However, most previous research comparing these formats has used small examinee samples testing under low-stakes conditions. Additionally, previous studies have not reported on the time required to respond to the two item types. This study compares the difficulty, discrimination, and time requirements for the two formats when examinees responded as part of a large-scale, high-stakes assessment. Seventy-one MCQs were converted to SAQs. These matched items were randomly assigned to examinees completing a high-stakes assessment of internal medicine. No examinee saw the same item in both formats. Items administered in the SAQ format were generally more difficult than items in the MCQ format. The discrimination index for SAQs was modestly higher than that for MCQs and response times were substantially higher for SAQs. These results support the interchangeability of MCQs and SAQs. When it is important that the examinee generate the response rather than selecting it, SAQs may be preferred. The results relating to difficulty and discrimination reported in this paper are consistent with those of previous studies. The results on the relative time requirements for the two formats suggest that with a fixed testing time fewer SAQs can be administered, this limitation more than makes up for the higher discrimination that has been reported for SAQs. We additionally examine the extent to which increased difficulty may directly impact the discrimination of SAQs.

Campus maps and architectural images from institutional websites were used to compare 45 collegiate institutions cited in prior literature as manifesting traits of either conventional or nonconformist student cultures. Based on person--environment interaction theory, it was anticipated that the physical traits of campuses associated with conventional student cultures would be more uniform than those of campuses associated with nonconformist student cultures. Nonparametric tests revealed significant differences in the anticipated direction on three of six aspects of architectural design (i.e., color, roofline, and ornamentation). Differences in uniformity of campus layout were in the anticipated direction but fell slightly short of statistical significance.

Research and policy often focus on reducing attrition from educational trajectories leading to careers in science, technology, engineering, and mathematics (STEM), but many students change career plans "within" STEM. This study examined how changing career plans within STEM fields was associated with psychological indicators of career readiness. We conducted a large online survey of undergraduate students (N = 1,727) across 42 courses covering every major STEM discipline at a large U.S. research-intensive public university. Students reported about their career plans, whether plans had changed, motivation for those career plans, and satisfaction with and certainty of persisting with those plans. A trained team of coders classified whether students reported having STEM career plans at the time of the survey and at the beginning of college. Students who said they had changed career plans within STEM fields during college also reported lower motivation for their new career plans, satisfaction with those plans, and certainty of persisting in them, compared to students who retained consistent STEM career plans. With few exceptions, these associations held across students' gender, race, year in school, and STEM field of study. Within-STEM career plan changes were very common, reported by 55% of fourth-year STEM students. Women reported changing career plans within STEM fields more often than men. Results suggest that changing career plans within STEM is an important phenomenon to consider in preparing a qualified and diverse STEM workforce. Students who change career plans within STEM fields may need additional supports for their career motivation and satisfaction compared to students who do not change plans.

Colleges and universities compete for students, faculty, research dollars, and status. Coupled with competitive and siloed models of higher education, there are few incentives for institutions to invest in collaborations with each other. However, the authors argue that it is often more effective to address the complex and persistent challenges faced by many institutions through collaboration rather than competition. Further, in cases where the missions and goals of institutions of higher education have a high degree of overlap with state-level goals and policies, statewide collaborations can provide fruitful venues for making collective progress toward those goals. In Washington State, the authors developed a statewide collaboration to improve the recruitment, preparation, and graduation of future STEM teachers. This project, called the Next Generation of Teacher Preparation in Washington State (NextGen-WA), promoted collaboration across and within institutions while driving improvement specific to the needs, contexts, constraints, and opportunities of each institution and program. In this article, the authors describe their collaboration, how it evolved, and the lessons learned, which can inform others seeking to address complex problems in higher education through collaboration.

Objective: To investigate the physical activity levels of students enrolled in a standard fitness walking class versus a service-learning dog walking class. Participants: College students (N = 65) from a university in the Southeastern United States (71% female; 85% White; 72% seniors). Methods: Students wore NL-1000 pedometers twice a week for 50 minutes for a full academic year. Service-learning students also completed reflection papers. Pedometer data was analyzed using SPSS and papers were analyzed through inductive coding. Results: Significant differences were found in each quantitative measure collected between classes. Students in the service-learning fitness walking class took more steps, walked further, and obtained more minutes of moderate to vigorous physical activity than the students in the standard fitness walking class. Results from student reflections provided insight into why these differences occurred as well as additional student experiences. Conclusions: Incorporating a service component into a physical activity course can be beneficial.

As technology advances, and more students have constant access to cell phones, laptops and tablets inside the classroom, the use of machine translation (MT) by language learners will continue to rise. Therefore, in order for instructors to better design courses they should strive to understand how students are using machine translation, as well as student attitudes towards this technology. This present study examined the perspectives of South Korean graduate students at a science and technology university towards the usage of MT in relation to academic settings. This study featured a survey of 100 participants, and found positive correlations between the use of translators on written assignments, important academic work such as theses, as well as a proclivity to use machine translation to support completion of daily academic tasks. Students also showed a strong belief that MT has overall benefits as a language learning tool. As a result of this study, language teachers may consider incorporating MT education within their second language curriculum.

We explored the challenges with the unplanned change of abruptly shifting to online learning that the COVID-19 pandemic mitigation had on first-year students' perceptions of learning, their connection to the university, and the general college experience. We used a cross-sectional method to gather quantitative and qualitative data using an online survey. More than 200 participating first-year college students indicated concerns with making connections, feeling challenged and unfulfilled with their educational experience, and struggling to adjust to the pandemic-mandated changes. Additionally, we found that students experienced challenges accepting ownership of their learning and navigating ambiguous situations.

Reading and writing are fundamental skills students need to succeed in college, making literacy development an issue of education equity. The literacy skills can be content-specific, indicating faculty members across disciplines need to support student development of appropriate literacy skills. The extent to which faculty members support student literacy development is likely associated with their literacy-focused education equity mindset. The goal of our research was to document the mindset of faculty members across multiple disciplines. We gathered a combination of quantitative and qualitative data from 345 college faculty members using a survey. We found variations in the mindset strength between disciplines by the number of students taught, gender, and age. Overall, the faculty members held a moderate literacy-focused education equity mindset. The findings have implications for student inclusion, retention, and completion.

University student activism is generally characterized by protests and demonstrations by students who are reacting to social, political, and economic challenges. The COVID-19 pandemic revolutionized university student activism, and closed the geographical space for protests and demonstrations. The pandemic locked students out of the university campus, thus, rendering the traditional strategies of mass protests and demonstrations impossible. The COVID-19-induced lockdowns made it difficult, if not impossible, to mobilise for on-campus demonstrations and protests. It seems the pandemic is the last nail in the coffin of on-campus student protests. This theoretical paper uses a collective behaviour framework to explain the evolution of student activism in Zimbabwe, from the traditional on-campus politics to virtual activism. It discusses the challenges associated with cybernetic activism. The paper argues that, despite challenges, Zimbabwean university student activists need to migrate to a new world of digital technology and online activism. In the migration to online activism, students activists face a plethora of challenges. On top of the already existing obstacles, activists face new operational challenges related to trying to mobilise a constituency that has relocated to cyberspace. Student activists utilize the existing digital infrastructure to advance their politics, in spite of a hostile state security system and harsh economic environment, and other operational challenges.

For English as a foreign language (EFL) graduate students in STEM, with the need to publish in an international journal comes the double burden of developing general English language skills and discipline-specific writing skills. To help these students effectively, discipline-specific scientific writing (SW) instruction is necessary but has been scarce in Asian contexts. This study investigates how discipline-specific SW courses were developed for graduate students at a Korean science and engineering university, if the courses were successfully implemented, and what could be done to improve the offering of such courses. The study uses a mixed methods research design, informed by the research paradigm of pragmatism. The dataset used in the present study includes interviews, questionnaire surveys, and performance measurement. Interviews were conducted with six language and five content professors and nine teaching assistants, and 42 students involved in the development and offering of the SW courses. A purposive sampling approach was used in selecting interviewees. In addition, two types of questionnaire surveys were conducted among the students who had taken the courses: 225 participated in the university survey and 312 in the program survey. In addition, a pretest and posttest were given to measure students' improvement in their SW performances. For data analysis, text analysis and descriptive statistics were used. The results show that the courses were well received by all those involved. Students expressed appreciation for their instructor's individual attention and feedback on their writing. Moreover, students' posttest scores showed substantial improvement. On the other hand, the study raises such issues as difficulties in collaboration between the language and content professors and the need to enhance the course's relevance to students' major fields. The study concludes by offering suggestions on how to improve the interdisciplinary aspect of SW courses for STEM students and by providing a recommended model of interdisciplinary collaboration among language and content professors and teaching assistants.

The current global pandemic has presented an opportunity to rethink how universities implement sexual assault prevention programs. The advantages and capabilities presented by technology such as digital gaming have not been fully utilized in sexual assault prevention programming. A user-centered design approach gives developers the opportunity to truly engage students in a learning process; a critical thinking required to explore sexual assault and contributing factors in a meaningful way. Digital gaming presents an active learning experience that engages students in a method of learning they may be more familiar with, and may actually prefer. By using digital gaming, sexual assault prevention can remain effective and accessible no matter the social and environmental circumstances.

Objective: Because of the high rates of sexual assault on college campuses, it is important to examine factors that influence perceptions of healthy relationships and consent, including social media. Because college students are heavy users of social media, it is imperative to consider how social media can influence their participation in risky behavior, including the attitudes and norms around sex and relationships. Participants: Undergraduate college students were recruited to participate in a study that sought to understand how college students navigate romantic and sexual relationships. Methods: Participants (N = 392) completed a survey that assessed social media use, and how they perceived healthy relationship behavior and consent. Results: Results showed social media had more of an influence on perceptions of healthy relationships. However, the influence of social media on consent and healthy relationships is inconsistent across platforms; emphasizing the need for further research.

How a student perceives or identifies themselves as a reader is their reader identity. There is a dearth of research on college student reader identity. Using assignment artifacts as data, we conducted a narrative inquiry analysis seeking evidence of the students' reading self-efficacy, reading self-determination, reading self-regulation, reading success, and reading competency as indicators of reader identity. We found the students expressed lower levels of reading self-efficacy, struggled with reading self-regulation, and lacked reading self-determination. We also found lower reading success levels and few reading competency indicators. Interpreting the results, we concluded that the students tended not to hold a reader identity and, therefore, typically do not embrace reading as part of their intrinsic desire to learn.

Background: Prior research indicates that healthcare provider-patient communication influences health outcomes such as patient satisfaction, compliance with diagnosis or treatment, and general health quality. However, little is known about this type of inquiry in the context of healthcare centers on college and university campuses. Aim: The objective of this study was to examine the influence of students' perception of college healthcare providers' affective and instrumental behaviors on student patient satisfaction and perceived quality of healthcare at a university health center. Methods: 349 participants who were college students took an online survey. Regression analyses were conducted. Results: Affective and instrumental behaviors were important communicative behaviors predicting student patient satisfaction and perceived quality of healthcare. However, directions of these predictions differed between student patient satisfaction and perceived quality of healthcare. Conclusion: Healthcare providers at the university health center are recognizing student patients as partners in the healthcare decision-making processes.

Note-taking is a commonly applied pedagogical strategy across all areas of education. In higher education specifically, there has been an increasing push to get students involved in collaborative note-taking in order to increase their engagement with the contents and to inspire deeper and more meaningful learning. However, there is a lack of clarity as to whether collaborative note-taking positively influences student performance. For this reason, the present study (n = 189) compares the learning performances of students in a collaborative note-taking condition to those of students in an individual note-taking condition. The students were compared in regards to their retention of information and their performance on academic writing. The study found that students from the collaborative note-taking group performed better on measures of retention, while the individual note-taking group performed better on measures of academic writing. These results suggest that while the collaborative processes of group note-taking lead students to retain more information, these processes do not lead to better performance in academic writing. The present study fills a gap in the research by showing how the effectiveness of collaborative note-taking might depend on the learning context or on the desired result of the class.

This paper provides the first review and illustration of technology-use strategies for supporting student learning in different integrated science, technology, engineering, and mathematics (STEM) learning environments. An integrated STEM learning environment may focus on integrating and learning science and mathematics or integrating and learning engineering and technology simultaneously for multiple levels of learners. An integrated STEM learning environment breaks down disciplinary boundaries and allows students to apply multidisciplinary knowledge in solving problems. This study illustrates four technology-use strategies to support student learning in an integrated STEM learning environment: (a) providing authentic learning contexts, (b) offering web-based inquiry environments, (c) expanding learning through immersive and interactive technology, and (d) transforming students from consumers to creators. It also addresses the challenges that manifest in integrated STEM learning environments. The study provides practical implications and research directions for technology-supported learning in integrated STEM learning environments.

A new undergraduate organic laboratory experiment has been developed for amide bond formation between biorenewable 2-furoic acid and either of two substituted piperazines to prepare medicinally relevant amide products using a procedure with industrial significance. The reactions proceeded smoothly under ambient conditions using the combination of N,N,N',N'-tetramethylchloroformamidinium hexafluorophosphate (TCFH) and N-methylimidazole (NMI) in a minimal volume of acetonitrile with a direct crystallization upon addition of water. Students successfully collected their product by filtration and then characterized it by NMR ([superscript 1]H, [superscript 13]C, COSY, DEPT-135, HSQC), IR, MS, and melting point. Students also explored the reaction mechanism and compared green chemistry aspects of their procedure with literature routes. A virtual version of the experiment was adapted for remote instruction. [This paper was presented at the Spring 2022 American Chemical Society National Meeting and the 2022 National Organic Symposium.]

Media diversity within video lectures has been shown to have an effect on students who participate in both flipped classes as well as online courses. While some research claims that content delivered through multiple sources leads to more learning, contrasting research makes the claim that too much media hinders cognitive processing. The present study investigated the effects of varying levels of instructional media delivered to students (n=110) within a flipped scientific writing course to investigate the relationship between higher levels of media diversity and student performance. Results showed that more diversity led to lower levels of performance. It was also found that higher levels of media diversity correlated with higher levels of students' scanning between different forms of media, possibly contributing to the lower levels of performance. The implications of these results provide insight into the optimal level of media diversity, and on student behavior that can affect learning.

When viewed through a generic, one-size-fits-all perspective, use of input enhancement does not appear effective. Through analysis of individual grammatical features and different learner proficiency levels, a significant impact may be revealed. To study the impact of input enhancement on diverse grammatical features, 16 short reading texts and writing activities (both timed) were given to a treatment group (n = 11) and control group (n = 9). While results suggest that average grammatical accuracy of the treatment group did not significantly differ from that of the control group (U = 11559.00; p = 0.30), input enhancement on individual morphosyntactic features yielded a significant result for the plural-s feature at (U = 122.50; p = 0.04). In addition to this less salient, redundant feature, input enhancement at specific proficiency levels appears to promote learner accuracy for some grammatical features. At CEFR level B1, for example, learners benefited most from input enhancement of grammatical features at intermediary stages of the Processability and Natural Orders of acquisition. Tailoring emphasis of grammatical features to learner proficiency during the communication process may foster greater accuracy.

This paper focused on how students from diverse local and international backgrounds in selected business classes at Washington Adventist University in the USA were affected by the negative rhetoric and actions "d'effacer" of President Trump over his presidency and also how they were experiencing their studies. A qualitative approach was utilised to collect data via a questionnaire in which 11 students participated. The results are, therefore, not generalisable but can provide insights for further exploration of curriculum and classroom deliberations with diverse student populations. Results showed that all 11 students were studying with students of diverse backgrounds. Six of seven international students found their studies liberating when compared to their home country. It showed that 10 of 11 students were negatively affected by President Trump's rhetoric about racism and anti-immigrant statements. All 11 felt that their professors understood them. This last result is meaningful due to a commitment to the core values of the institution. With many students discovering mental health challenges today, it is a positive outcome to know that students feel understood. This can be motivating to the maintenance of ethical engagement in curriculum discourses, reducing epistemological barriers and promoting socio-emotional comfort and acceptance of students of international and diverse backgrounds.

Developing new scales to measure aspects of mentoring, including guidance in scientific communication (SciComm), is important to enhance success among trainees pursuing research careers in science and medicine. This study examined the psychometric properties of three new measures, based on social cognitive career theory (SCCT), as mentors address skills in scientific writing, oral presentation, and impromptu speaking. Faculty research mentors (N = 194) completed online questionnaires assessing perceptions of mentoring barriers in SciComm, outcome expectations, and practice behaviors in research and SciComm. Exploratory and confirmatory factor analyses rendered support for a three-factor measure of barriers, one-factor measure of expected outcomes, and a five-factor measure of practices. Good support was also found for a path model that included the variables in the prediction of mentoring practices. Findings support applying SCCT to mentoring and clarify contextual barriers--choice outcome relations which can inform barrier-coping, SciComm interventions among mentors.

This case study helps students better understand barriers to youth sport participation that low-income families face and then offer solutions to alleviate some barriers and create a more inclusive sport community. The case focuses on the struggle that many sport organizations face when trying to increase diversity and inclusiveness, regardless of socioeconomic status. Greenville Recreation and Parks Department Development Intern Sarah identifies issues with the department's current financial assistance program and collects parents' feedback detailing community needs that are not being met. This case provides an opportunity for students to (a) examine how sport organizations unintentionally create barriers for some community members and (b) find innovative ways to reduce barriers to youth sport participation and create more inclusive systems.

The need to specifically mentor graduate and medical students performing biomedical and biobehavioral research in communication skills is increasingly being highlighted to increase intention to pursue academic research careers, including physician-scientist careers. This study used data collected from 354 research faculty in 33 states across the United States to examine beliefs and perceived barriers about mentoring in scientific communication (writing, presenting, and informal discussion about science), with the goal of advancing evidence-based recommendations for mentoring interventions. Latent profile analysis identified four mentor profiles, based on beliefs regarding mentoring responsibility, expected outcomes, and barriers in scientific communication mentoring. Problem solvers, who acknowledged trainee problems but reported high efficacy in overcoming them, offered the highest levels of supportive and instructive mentoring. Since mentoring messages and actions influence trainee career development significantly, our results have important implications for faculty development to advance effective mentoring, especially in scientific communication.

Chavrusa is a long-term, dyadic study partnership traditionally used in the context of Talmudic study. Chavrusa study includes pairs reading, discussing, and exploring texts together (Liebersohn, 2006). A guiding principle of chavrusa learning is that students interact with each other as both teachers and learners. While long a pedagogical model used in Jewish institutions of learning (Kent et al., 2012), chavrusa has recently made strides in other areas, such as medical education (e.g., Chung & Lee, 2019) and undergraduate coursework (e.g., Bergom et al., 2011). One application of chavrusa learning is MathChavrusa, a learning model where students are paired and work with a partner for the full duration of a math content course (Flint, 2019). Differing from typical classroom groupwork where students collaborate only for the lifespan of a particular assignment, the student pairings in MathChavrusa last for the duration of the course. As with Chavrusa, text analysis is still central, but MathChavrusa expands texts beyond just a course textbook to include additional course materials like short articles, classwork, and problem sets. In this article, the authors present how MathChavrusa is being implemented in graduate mathematics classrooms through the perspectives of the three authors: one facilitating instructor and two participating students. They discuss MathChavrusa's impact on learning mathematics and the effect COVID-19 remote and hybrid learning had on this learning model. The format of this discussion consists of two overarching questions with written responses from all three participant authors.

This small-scale design-based study describes a cyclical model of professional learning between three stakeholders in initial teacher education (ITE) namely: university-based educators (UEs), student teachers (STs) and co-operating teachers (CTs). This model promotes the development of digital learning leaders through an innovative mentoring process. This process started with university-based educators (UEs) mentoring their student teachers (STs) in the pedagogical use of Virtual Reality (VR) and the creation of re-usable learning objects (RLOs). STs were supported and encouraged to cascade this learning to their placement schools as digital learning leaders connecting the innovative practice from the university directly to their classroom practice. Through bi-directional reverse-mentoring the STs and CTs supported each other technically (with the VR) and pedagogical (through the links to the curriculum) to create additional subject-specific RLOs which the STs were able to demonstrate to the UEs on their return to university. Thus, providing the final link in the cycle of learning leaders across the triad of partners in ITE.

In this study, a grounded theory approach was used to investigate the process college and university instructors undergo to design and develop online courses. Fourteen instructors who created online courses for four-year colleges and universities were interviewed about their experience designing and developing online courses. Results showed that participants begin the process with objectives and/or existing course outlines, typically taken from online and face-to-face courses. Next, the instructors structure the course and chunk content. The instructors interviewed rarely use formal instructional design models, but their design tasks show a striking similarity to those formalized in the ADDIE model. Student feedback (evaluation) motivated the instructors in their development efforts after initial course delivery. The study discusses practical implications and suggests opportunities for future research.

Lecture videos have become an increasingly prevalent and important source of learning content. Lecturergenerated summaries may be used during a video lecture to improve student recall. Furthermore, the integration of a guest lecturer into the classroom may be a beneficial educational practice drawing the learner's attention to specific content or providing a change of pace. The current study measures the effects of lecturer-generated summaries and the inclusion of a guest lecturer on students' ability to recall online video lecture contents. Seven sections of a flipped scientific writing course were divided into three groups. The control group videos featured a lecturer speaking with PowerPoint slides in the background. The "Summaries Only" group viewed the same videos as those of the control, with the addition of lecturergenerated summaries spliced into the middles and ends of the videos, respectively, and these summaries were delivered by the same lecturers of the original video. The "Summaries with a Guest Lecturer" group viewed the same videos as the control, but with the addition of lecturer-generated summaries respectively spliced into the middles and ends of the videos, and these summaries were instead delivered by a guest lecturer. Student recall was measured through two online multiple-choice quizzes. The results of the study show that the Summaries Only group significantly outperformed the other two groups, while no significant difference was found between the performances of the control and the Summaries with a Guest Lecturer group. The results suggest that lecturer-generated summaries help to improve student recall of online video lecture contents. However, the introduction of a guest lecturer shown in a different setting may cause learners to lose concentration, nullifying the benefit of the summaries.

Chickering and Gamson's (1987) "Seven Principles for Good Practice in Undergraduate Education" offers extensively researched and validated tenets for best practices in higher education. After a review of the literature, twenty-eight evaluation instruments currently used to design and review online courses in higher education institutions were collected and divided into categories, based on geographical reach and the type of institution for which they were developed. This study investigates how evaluation instruments used in higher education assess the "Seven Principles for Good Practice in Undergraduate Education," and what other items are addressed in the evaluation of courses. Findings show that national and statewide evaluation instruments were less institute specific and more closely aligned to the principles of good practice, and that evaluation instruments often measure extraneous items (e.g., student services, navigation, resources, or institutional support). Additional findings and conclusions based on the analysis of the instruments are discussed.

Ideally, instruction should be delivered in a way that reduces the processing of information that does not contribute to learning (extraneous load) and increases cognitive processing that contributes to learning (germane load). One way students might effectively manage extraneous load is through specific video lecture viewing strategies to control the flow of information. Extant research provides conflicting perspectives regarding the role of viewing strategies within video lectures in improving learning. This study analyzed survey responses from a group of university students (n = 2012) participating in online classes in South Korea and looked at the mediating effect of video lecture viewing strategies on the relationship between extraneous load and germane load. The results showed that viewing strategies mediated the relationship between extraneous load and germane load. When viewing strategies were added to the model, the large negative relationship between extraneous load and germane load reversed to become a small positive relationship, implying that the negative correlation between extraneous load and germane load can be largely mitigated by students engaging in specific viewing strategies to better understand the content.

This retrospective case study investigated how learners in a transformative autoethnographic dance course engaged in and navigated self-reflexive identity work and corresponding learning outcomes. Data were drawn from 15 diverse undergraduate students enrolled in a course for credit at an urban community college. Findings indicated that learners used choreographic motifs to evoke emotional aspects of a biographic experience and to manage their emotional vulnerability. Learners differed in their self-disclosure, types of reflection, and degree of resolution in their dance narratives. Transformation of identity was found for one third of the class with evidence of change both from exploration of preconscious emotions and epistemic change in perspective.

Integrating content and language (ICL) has been a widely applied methodology of language learning and teaching in the last 20 years. However, ICL studies for first-year undergraduate students of science and engineering are scarce. This study examined perceptions of incoming students and professors who participated in ICL classes at a Korean science and engineering school. Most of the participants found the ICL classes helpful for students to develop a better understanding of content lectures and what to expect in regular content lectures. Also, many students found student-centered activities, consisting of group work, particularly motivating and effective. The study recommends a formula of ICL instruction for students entering a university with an EMI policy and concludes with suggestions for the successful implementation of ICL classes for content lectures in the areas of science and engineering.

This article reviews the strategies discussed in this special issue using the framing of knowledge synergies for effective online facilitation. Guidance and resources for continuous professional improvement through self and peer assessment, creating spaces for professional learning, and managing workload are explored.

Objective: To investigate the physical activity levels and experiences of students enrolled in a service-learning dog walking class. Participants: College students (N = 10) from a rural university in the Eastern United States (age = 20.8 years ±1.2; 80% female; 90% White). Method: Students wore NL-1000 pedometers twice a week for 50 minutes for ten weeks. They also completed reflection papers at the end of the class. Pedometer data was analyzed using Microsoft Excel and the papers were analyzed through inductive coding. Results: Students obtained approximately 40% of their recommended daily physical activity requirements during class time. Reflection papers revealed that student beliefs about shelter dogs were challenged and that their primary motivations for attending class involved the physical activity needs of the dogs. Conclusions: Incorporating a service component into a physical activity course whereby the physical activity needs of others are the focus can be beneficial for all involved.

Objective: To provide an overview of college health centers' practices surrounding education, counseling and referral after a patient receives a positive pregnancy test. Participants: College health centers that participated in the annual ACHA Pap Test and STI Survey years 2008 to 2014. Methods: Descriptive analyses for items regarding all-options and limited counseling/education and types of referrals (adoption, abortion and prenatal care) provided to students. Chi-square statistics were calculated to examine trends over time and differences between demographic characteristics. Results: There were no significant differences across time but there were significant differences between regions of the US and if the institution was faith-based, though few had strong association values. Conclusions: The results indicate most college health centers are following best practices regarding counseling and education for a positive pregnancy test result. Understanding limitations for those institutions not in compliance require further exploration.

Large classes on sustainable development present certain challenges. Often high student to instructor ratios encourage passive learning pedagogies. However, because sustainability education seeks to increase awareness and help students shift to more sustainable behaviors, more active learning is often prescribed by pedagogical experts. This study provides analysis of four out-of-classroom activities undertaken by students in recent offerings of an experimental course on sustainable development taught at Sonoma State University in California, USA. Those activities, innovated specifically for this course, attempt to increase learner centered activities in large classes that averaged 124 students. Analysis of open-ended reflections indicates that many students experienced raised awareness of sustainability issues. Beyond aspirational statements, student reflections and actual behavioral tracking indicate some shifts to lower carbon food choices in just four weeks.

This research is a continuation of a theoretical review that evaluated ICT Policy Outcomes for National Development in relation to Networked Readiness Index (NRI) and the impact it has on knowledge integration and management in higher education institutions in Nigeria. A new dawn in information technology (IT) has initiated new trends in educational processes and have deeply changed traditional methods of doing research, teaching and learning experiences of both faculty and students in higher education institutions (HEIs) around the world. A survey research method was adopted and a questionnaire was structured along the 2015 Global Information Technology Report. The items were adapted and modified to shape into the purpose of this study. The study found that the eagerness and passion for IT and the role it plays in knowledge management (KM) are thwarted because Nigeria is faced with insufficiency in critical IT policies, infrastructures, usage, personnel, deficit in funding and essential services. This study recommends that higher education in Nigeria must become proactive, liberal, constructive and down to the business of research, teaching and learning using components of IT to enhance KM. This learned academic discourse has implication for higher education management and administration, policy making, and the government.

College students frequently use mobile devices (e.g., smartphones and tablets) to access online courses yet online course designers often do not design courses with mobile learning in mind. This research identified seven national and statewide online course design evaluation instruments and examined the criteria that guide course designers designing online courses for learning with mobile devices. Currently, minimal guidance on course design for mobile learning is offered in most of the national and statewide online course design instruments. Research-supported design tips that promote device compatibility, content readability, format optimization, and mobile-friendly navigation are suggested in this paper to guide future online course design for mobile delivery.

Successful first-year college experiences require transitioning from comfortable high school habits to new, and sometimes difficult, college standards. Academically underprepared students bear an additional transitional burden during this time; they must successfully complete remedial courses before they can move into major coursework. Many of these students fail to complete this additional transition. Therefore, there is a need to better understand predictors of their academic performance to help them overcome transition. This study examined the effect of demographic, cognitive, and non-cognitive variables as predictors of the fall and spring semester GPAs and credit hours earned among a sample of 510 specially admitted first-year college students. Findings indicated that non-cognitive predictors of academic behavior, time management, and academic integration improved the prediction of academic performance at different points of the academic year. Implications for research and practice are discussed.

STEM is about the integration of science, technology, engineering and mathematics. To teach STEM effectively, students need practical examples of subject integration. A good example is the use of an electron microscope in teaching physics and biology. An electron microscope is an instrument in which the operation depends on electromagnetism and quantum mechanics, in particular wave-particle duality. In teaching physics, an electron microscope can be used to measure the separation of repeated structures that give rise to interference phenomena. This paper describes the use a tabletop scanning electron microscope to teach physics and biology together through imaging butterfly wings. Students are able to identify structures with a spacing comparable to visible light on butterflies exhibiting structural colour and much larger spacing on wings without structural colour.

Objective: To examine the relationship between sleep and resting autonomic nervous system (ANS) functioning in college students. Participants: Participants were 141 undergraduate students (52 males) recruited from a large southeastern university during September-October 2017. Methods: Participants completed self-report inventories (demographic and sleep characteristics). Resting state skin conductance (SC) and heart rate variability (HRV) were measured in a laboratory setting for ANS functioning. Results: SC was positively associated with sleep quality (p = 0.027), sleep latency (p = 0.040), and use of sleep medication (p < 0.001). Analyses yielded a negative association between the standard deviation of the normal-normal interval of heart beats (SDNN) and the self-reported amount of time to fall asleep each night (p = 0.041). Sleep efficiency was negatively correlated with low frequency HRV (p = 0.002). Conclusions: Sleep components are associated with resting ANS activity, and targeted interventions focused on improved ANS functioning may benefit sleep quality in college students.

This program profile describes an intergenerational workshop focused on the 1967 Detroit Rebellion. The workshop was nested within a 15-week community-based intermediate composition course in which undergraduates interviewed older adults while older adults wrote personal narratives of their firsthand experiences during the rebellion. The workshop is an example of how intergenerational collaboration built around inquiry into historical events can be the basis for authentic community-university relationships.

Objective: To explore the relationship between physical fitness and wellness in order to determine if perceptions of wellness can be predicted by physical fitness level. Participants: Sixty-seven college students (41 females; M 1/4 20.86 years, SD 1/4 4.23 years) were recruited from a large southeastern university during March-May 2018. Methods: Baseline measures for skin conductance and heart rate variability were obtained. Participants completed a wellness questionnaire and a series of tests (body composition, cardiorespiratory fitness, flexibility, and muscular fitness) designed to determine physical fitness levels. Correlation and regression analyses were run to explore relationships between physical fitness and wellness measures. Results: Muscular fitness and composite physical fitness significantly predicted perceived wellness. Heart rate variability was significantly related to physical fitness components. Conclusion: College students endorse muscular fitness as representative of health status; suggesting that by remaining physically active, in particular through muscular fitness, college student quality of life and cardiovascular health can be improved.