Undergraduate Student Success Research Articles

On the correlation among the students’ epistemic cognition, academic emotions, and academic achievement in higher education

Students' academic achievement relies on a variety of pedagogical, affective, and individual factors. The investigation of academic emotions and epistemic cognition has been a focal point in existing research. Previous studies have predominantly delved into the essence of students' epistemic cognition and academic emotions. Nonetheless, the correlation between the epistemic cognition, academic emotions, and academic success of Chinese undergraduate students remains inadequately explored. This research delves into the interconnectedness of these variables and examines which facets of epistemic cognition and academic emotions can forecast students' academic performance. A total of three hundred and eighty (380) Chinese undergraduate students were chosen via random sampling for this study. Their self-reported academic achievements were taken into account. Additionally, they completed questionnaires tailored to evaluate their epistemic cognition and academic emotions. The participants' scores underwent Pearson correlation and multiple regression analyses. The findings indicate that positive emotions correlate positively, while negative emotions correlate negatively with students' academic success. Furthermore, positive emotions and three categories of epistemic cognition were found to be predictors of students' academic accomplishments. In conclusion, it is deduced that both epistemic cognition and positive emotions play a role in enhancing students' academic success. The implications of these findings extend to educational psychologists, educators, and students, both theoretically and practically.

The influence of English language proficiency test scores on the academic success of ESL undergraduate students

ABSTRACT This study considers language proficiency test scores achieved by ESL students who subsequently entered a New Zealand university at the undergraduate level. Scores from IELTS and the university’s in-house English Proficiency Test are analysed to determine the predictive ability of overall scores on these two tests and scores for each of the four language skills on academic success. The results indicated that language proficiency had a significant effect on undergraduate academic achievement. Furthermore, analyses of the predictive ability of scores for listening, speaking, and reading were remarkably similar between the tests, with non-significant results of similar magnitude for each skill. On the other hand, IELTS writing scores demonstrated a non-significant negative effect on academic achievement, while EPT writing scores were strongly significantly predictive of academic achievement. The results suggest that universities may benefit from measuring ESL students’ academic writing proficiency in more authentic university-level writing tasks.

Sub-Saharan women in engineering higher education: A literature-informed research tool

We present a review of higher education and education policy literature to understand better higher education institutions (HEIs) that serve sub-Saharan women in engineering. Our sub-Saharan women in engineering (SSAWE) literature-informed conceptual tool consists of five components to facilitate scholarly discussion about equity in higher education systems and facilitate interregional comparisons. The five components to study the educational experiences of women in engineering in this region include (1) a sociopolitical and historical national context for higher education policy, (2) critical discourse analysis of gender-based affirmative action policies, (3) enrollment and graduation data for female engineering students, (4) a longitudinal assessment of the employability of the engineering major, and (5) a qualitative campus climate survey of each country's flagship university. Our article introduces a conceptual investigation of the social, historical, and employment trends contextualizing engineering higher education in this region of Africa. We draw from existing literature about conceptual models predominantly used in higher education efforts toward undergraduate student success. When describing each SSAWE component, we include empirical and theoretical work that substantiates the need for each component and the benefits of the proposed methodology. More broadly speaking, this paper discusses how research employing the SSAWE framework could benefit key stakeholders who engage in policymaking. We suggest that sub-Saharan African universities should prioritize a regional comparative approach when designing support programs for underrepresented students in engineering. SSAWE will also generate more South–South comparisons that advance culturally situated analyses, contributing to higher education institutions’ advancementand the minoritized populations they serve.

Unlocking Undergraduate Student Success: A Study of High-Impact Practices in a Comprehensive and Diverse College

This study examines undergraduate senior students’ participation in high-impact practices (HIPs) and the relationship of that participation with engagement indicators, perceived gains, and overall satisfaction, as well as institutional outcomes of persistence and graduation based on race/ethnicity, first-generation status, and low-income status. Drawing on multiple years of data from 1,482 undergraduate seniors who completed the 2015 through 2019 National Survey of Student Engagement (NSSE) and enrolled in a comprehensive four-year state college, this study indicates that HIP participants reported higher levels of engagement, perceived gains, and overall satisfaction. Participation in HIPs is also positively related to improved persistence or graduation, particularly for racially minoritized students. While overall participation patterns were similar regardless of race/ethnicity or first-generation status, low-income students had higher participation rates in HIPs and participated in more kinds of HIPs as compared to their non-low-income counterparts. Implications of implementing and increasing access to HIPs for enhancing student success in similar institutions are discussed.

Improving teaching practices via virtual reality‐supported simulation‐based learning: Scenario design and the duration of implementation

AbstractGraduate Teaching Assistants (GTAs), or student instructors, are the crucial force in college for undergraduates' learning in Science, Technology, Engineering and Maths (STEM) disciplines. However, professional development of student instructors is often neglected. Providing adequate and appropriate teacher training for student instructors is a critical challenge. When the technology is available, open‐source non‐immersive virtual reality (VR) can be a cost‐efficient and accessible platform for teacher training. Empirical research of designing and implementing VR for the training on teaching knowledge and skills development is inconclusive and thus warranted. In this ex post facto study, we investigated VR‐based teacher training with 33 STEM student instructors to explore the effects on the participants' virtual teaching practices of two design factors: (1) the simulated teaching scenario and (2) the duration of training program implementation. We analysed 7604 event logs from the recordings of their virtual teaching sessions. The results of ordinal logistic regression analyses showed two factors contributed to higher odds of appropriate teaching actions. The first is the simulated scenarios that induced a more dynamic balance of domain‐specific and pedagogical knowledge for decision making in teaching; the second is the teacher training program with a longer duration. Practitioner notesWhat is already know about this topic Teacher training, especially for college graduate teaching assistants in Science, Technology, Engineering and Maths (STEM) disciplines, is a key for the success of undergraduate students in STEM. Virtual reality (VR)‐supported simulation‐based learning has been found effective for enhancing knowledge and skills development in diverse settings, including when being used for teacher training. What this paper adds A guiding framework for the investigation of scenario design and duration of implementation in VR‐supported teacher training. VR scenarios that encourage more dynamic balance of domain‐specific and pedagogical knowledge for decision making in teaching have higher odds for appropriate teaching acts. A longer duration of program implementation in VR can result in higher odds for appropriate teaching acts. Implications for practice We should carefully consider appropriate scenario designs in VR to enhance dynamic decision making and interactivity in simulation‐based teaching practices for teacher training. We encourage extended duration of VR teacher training programs to facilitate teachers' observant, autonomous and attentive VR‐based micro teaching practices.

Academic Adjustment and Social Support Roles among Undergraduate Students during the COVID -19 Pandemic

Introduction: The COVID-19 pandemic has affected various areas, including the education sector, which has led to use of various alternatives, such as online learning platform, requiring undergraduate students' adjustment to academic conditions. Therefore, this study aims to assess the academic adjustment of undergraduate students and the social support from parents and lecturers, as well as peer support. Methods: A cross-sectional quantitative approach was used, while the data were obtained through surveys using an online adjustment measurement scale and self-report questionnaires to measure social support. The surveys were distributed through various online platforms, including Instagram, LINE, WhatsApp, and among lecturers in several universities in Indonesia, to be filled by registered undergraduate students learning from home during the COVID-19 pandemic. A total of 299 participants, with males being 93 and females 206 having a mean age of 19.76 years, spread across several provinces in Indonesia, were selected using a convenience sampling technique. The IBM SPSS Statistic version 24.0 was used to calculate the correlation between variables using Pearson correlation, and the analysis was conducted using multiple linear regression analysis. Results: The results showed parent involvement and lecturer support to have a significant impact on academic adjustment, while peer support did not prove to have a significant impact (R2=0.120, p<0.01). Furthermore, the impact of social support on the dimensions of academic adjustment comprising lifestyle, achievement, and motivation was also evaluated. Based on the results, only lecturer support plays a significant positive role in the academic lifestyle dimension. In academic achievement, parent involvement and lecturer support exhibit a positively significant role, while only parent involvement significantly affects academic motivation. Among the three dimensions, only peer support has no significant impact. Conclusion: The results imply that the success of undergraduate students in academic adjustment during the COVID-19 pandemic can be facilitated by parental involvement and lecturer support.

How do introductory field biology students feel? Journal reflections provide insight into student affect.

An understanding of both cognitive and affective domains of learning is critical to promoting undergraduate student success in biology. Field courses-which support student learning, observation, and experimentation in the outdoors-have been shown to be effective in supporting cognitive student outcomes. However, less is known about students' affective responses during field instruction. To better understand the affective domain in this course type, we asked students enrolled in a campus-based introductory field biology course to engage in weekly reflective journaling over the course of a semester. We employed inductive and deductive coding of over 700 field journal reflections using the Model of the Affective Domain for the Geosciences as a conceptual basis. Informed by our results, we present a theoretically-driven, five-part Framework of Student Affect in Field Biology and in-depth and novel insights into what students feel, believe, and value as they participate in an undergraduate field course. Our framework and coding results can be used by field course instructors to understand how to better design experiences that leave students feeling confident in their abilities, interested to learn more about nature, and empowered to persist in the discipline.

Advanced placement course credit and undergraduate student success in gateway science courses

AbstractApproximately 2 million students take Advanced Placement (AP) examinations annually. However, departmental policies that allow students to replace introductory courses with AP credit greatly vary within and across universities, even across relatively similar universities. This study examines the impact of AP credit policies on second‐course success in introductory Biology, Chemistry, and Physics course sequences at six large public research universities (N = 48,230 students). Applying logistic regression analyses, we found that general performance indicators and measures of systemic inequities during high school were predictive of students earning skip‐eligible scores. Interestingly, we descriptively discovered wide variation across institutions and disciplines in the percentage of students who chose to skip when meeting their local policies. However, logistic regression analysis did not find general trends of inequalities for skipping courses for students with skip‐eligible scores. We then applied inverse‐probability weights with regression adjustment to examine the effects of course skipping. We found that students who skipped their first course with AP credit actually performed similarly well or better in subsequent courses than did students who did not skip, even in contexts where lower AP scores were accepted. Therefore, our study suggests administrators to increase coherence in AP credit policies across departments and disciplines. In particular, we encourage modifying AP credit policies and academic advising to encourage students to skip when they have eligible AP scores. Benefits may include reductions in unnecessary coursework that is burdensome for both students and universities, potentially freeing up resources to better support students who were not privileged to enroll in AP courses during their high school education.

Layering Opportunities for Increased Access: A Case Study of Undergraduate Research and Student Success

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Critical Race Theory within Graduate Education: Connecting Theory with Practice

Graduate enrollment patterns of students of color suggest that a gap in graduate enrollment persists between Black and Latinx students and White students despite an overall increase in enrollment. Graduate enrollment depends, in part, on student aspirations for graduate study, which is influenced by undergraduate student success and sense of belonging. Using a lens of Critical Race Theory, this paper seeks to explore the nature of undergraduate student experience and how it impacts aspiration to graduate study. It also provides a framework to facilitate equity-minded academic advising, providing a positive space for students of color to explore graduate aspirations.

A team approach to delivery of contextually relevant bioscience: encouraging student connections between tacit knowledge and new content acquisition

BackgroundBioscience is essential knowledge for nursing practice and is an important component of undergraduate nursing education, however students commonly feel anxious about studying the subject. The purpose of this study was to develop appropriately scoped contextually relevant bioscience lesson resources to enhance student engagement and performance and reduce attrition and unit failures over a sustained period.Methods Participants included students enrolled in the core bioscience unit for an undergraduate Bachelor of Nursing degree from a central campus and a widening participation (WP) campus. From 2016 to 2018, unit learning resources were progressively revised to include a structured learning and teaching manual, signposted lectures, and digital resources. Online surveys and formal institutional data collection metrics were used to assess the impact of the changes to unit learning resources.ResultsStudent attrition rates and failure rates for the unit were reduced over a two-year period across a diverse student cohort.ConclusionsScaffolded and diverse learning materials support the success of undergraduate bioscience students by improving student engagement and reducing cognitive load.

A2BCF: An Automated ABC-Based Feature Selection Algorithm for Classification Models in an Education Application

Feature selection is an essential step of preprocessing in Machine Learning (ML) algorithms that can significantly impact the performance of ML models. It is considered one of the most crucial phases of automated ML (AutoML). Feature selection aims to find the optimal subset of features and remove the noninformative features from the dataset. Feature selection also reduces the computational time and makes the data more understandable to the learning model. There are various heuristic search strategies to address combinatorial optimization challenges. This paper develops an Automated Artificial Bee Colony-based algorithm for Feature Selection (A2BCF) to solve a classification problem. The application domain evaluating our proposed algorithm is education science, which solves a binary classification problem, namely, undergraduate student success. The modifications made to the original Artificial Bee Colony algorithm make the algorithm a well-performed approach.

The influences of student- and school-level factors on engineering undergraduate student success outcomes: A multi-level multi-school study

BackgroundGiven the relatively low graduation and retention rate in undergraduate engineering programs in the United States, the factors that influence student success outcomes need to be examined. However, limited research systematically studied both student- and school-level factors and how they influenced undergraduate engineering student success outcomes. We gathered responses from 458 engineering undergraduate students in a cross-sectional multilevel multi-school (14 schools) survey. These 14 schools included both large state universities and liberal arts colleges. The survey measured various student-level factors, including demographic, skills, and personality variables, along with seven school-level factors, such as student–faculty ratio and school type (i.e., public versus private). The data were analyzed using the hierarchical multilevel modeling approach.ResultsThe results showed that female students reported better outcomes than male students, racial minority students reported better outcomes than White students, but first-generation students reported poorer outcomes. Communication competency was associated with student learning outcomes, GPA, and program satisfaction, whereas conflict management preferences were not significantly correlated with any student success outcomes. The results of the school-level factors’ influences on student success outcomes were not consistent, but some factors, such as student–faculty ratios and diversity rate, were significantly related to some student outcomes.ConclusionEngineering education is a complex, multi-faceted issue that requires more collaborative and systematic research. We hope our findings help educators understand the different factors that could potentially influence engineering students and inform better program design and policymaking.

Utilization of Standardized College Entrance Metrics to Predict Undergraduate Student Success in Chemistry

Utilization of Standardized College Entrance Metrics to Predict Undergraduate Student Success in Chemistry

Teaching and assessing strategies for an undergraduate manufacturing processes course: Experiences of 9 years

The Manufacturing Processes course includes the main principles of the processes, engineering materials, tools, machines, and examples of manufactured goods. Transferring the up-to-date knowledge to the students may change over time although core topics remain the same. This paper aims to attract attention to the need for change to obtain a well-prepared course content that combines theory and practice. For this purpose, the study is structured in two phases. In the first phase, teaching and grading activities for an Industrial Engineering undergraduate course is considered for nine years period. Statistical analysis confirm that workshop sessions have a positive effect on students’ success. To identify the overall learning experience during the course and the awareness of flipped classrooms, a feedback questionnaire is conducted in the second phase. The questionnaire results verify that students can benefit from audio-visual course materials that are shared with them before the class. Case discussions and hands-on practices may be helpful to increase the success of undergraduate engineering students for courses like Manufacturing Processes. However, strict health-safety regulations and unexpected occasions such as pandemics may restrict hands-on learning. Learning environments equipped with new technologies can replace traditional methods soon when it is not possible to conduct such training physically.

Enhancing Success at University: Understanding our Students Through Their Learning Careers

This article discusses a study that started from the premise that we can better support our students when we know who they are. The study used narrative analysis to explore reasons for success for undergraduate business students in a New Zealand university. Drawing on the work of Bourdieu and the concept of learning careers (Bloomer &amp; Hodkinson, 2000) the study gained insights into the students’ educational journeys, the development of an educated habitus (Nash, 2002) and the importance of the development of social, academic and emotional capital on the journey towards success. The study reinforced findings about the non-linear paths to and through university of some students, and the importance of parental emotional support in student success. It demonstrated the usefulness of the concept of learning careers to better understand who our students are, and consequently how to better support them to succeed.

LEARNING ENVIRONMENTS FOR UNDERGRADUATE MEDICAL STUDENTS

Learning Environment for Medical Students is defined as everything that happens within the classroom, department, university, Teaching Hospital, or outside, that is essential in determining the success of undergraduate medical students. Learning environment for undergraduate medical students has two major areas: Medical College, and Teaching Hospital. Each one of them has many components. Each component has its own learning style, dynamics and rules to follow. Each learning environment provides students an opportunity to interact with peers and teachers, to have frequent feedback, to apply their learning in other situations, and to experience diversity. Classroom/Lecture Hall, Laboratory, Museums, Tutorial Room, College Auditorium, College Library, Play Grounds, Patient Bedside, Outpatient Department, Operation Theatre, Demonstration Room, Community Health Centre, MCH Centre, Vaccination Centre, and even the Examination Hall are all parts of learning environment of an undergraduate medical student. Pak J Physiol 2021;17(4):1?2

Mentoring Underrepresented Students in Speech-Language Pathology: Effects of Didactic Training, Leadership Development, and Research Engagement.

The purpose of this study was to implement and track the outcomes of a yearlong, structured mentoring program aimed at enhancing the retention and success of underrepresented graduate and undergraduate students in speech-language pathology. Student participants were recruited following an open application process and based on meeting eligibility requirements and committing to program completion. The focus of this program was to provide didactic training on leadership development, culturally responsive practice, and research methods used in speech-language pathology. This program emphasized participant needs assessments and goal-setting, access to one-on-one and group mentoring by peers and professionals, and a culminating experience in which participant teams completed a supervised clinical research project or a community outreach and education project. Forty-six participants in three cohorts completed the yearlong program in three consecutive years. Positive outcomes included program completion, degree completion, student perceptions of program benefit, completion of innovative community-engaged and research projects, and dissemination of scholarly work. Our findings from implementing this program and tracking its outcomes have implications for using innovative, equity-minded, and evidence-based strategies for retaining and mentoring minoritized students in speech-language pathology.

Finding a New Fit for Student Success: Librarians as Agents of Teaching Innovation and Institutional Change

This article describes the role of librarians as integral partners in the development and implementation of an innovative university quality enhancement plan designed to promote success for undergraduate students seeking major and career clarity. Through collaboration with the university’s center for teaching and learning, librarians are expanding their influence across campus and enhancing their skills as teachers, instructional designers, and institutional change agents. Initial assessment results suggest that librarians are having a demonstrable impact on students’ information literacy self-efficacy. The article discusses opportunities and challenges associated with large-scale collaboration from an administrative and organizational perspective, including recommendations to facilitate success.

Pathways to academic success of disadvantaged undergraduate university students from a high-risk community in the Western Cape

Academic success is an indicator of employability and a decreased susceptibility to poverty. South Africa is burdened by high levels of poverty, and low levels of academic achievement. Students in disadvantaged communities such as Delft, in South Africa, typically have poor academic outcomes, since it is linked to socioeconomic status. Despite the myriad of challenges that they encounter, some students from high-risk contexts attain academic success. This study explored the pathways to academic success of disadvantaged university students from a high-risk community in the Western Cape. This qualitative study used a narrative inquiry design. A sample of 10 (N =10) participants were selected using criterion-based purposive sampling. Data were analysed using thematic analysis. The pathways to academic success have obstacles, but through positive developmental relationships, specific personal qualities, and motivation, the students achieved academic success. The correlation, significance, and impact of each pathway on academic success can be explored further.