In recent years, the demographic landscape of higher education in the United States has undergone a profound transformation. The traditional model, where students transition directly from high school to college, is rapidly giving way to a diverse and expanding population of post-traditional students. These individuals, often characterized by their age, employment status, and life responsibilities, challenge the conventional narratives of academic success. Specifically, a groundbreaking study conducted at a Hispanic-serving Research 1 institution in the southeastern United States sheds new light on how these students perform in rigorous academic environments, such as an undergraduate engineering program.
The study meticulously examined more than 7,000 students enrolled in highly competitive engineering and computing programs. It specifically focused on post-traditional characteristics including students older than 25, those working full-time, part-time students, commuters, individuals holding a GED rather than a high school diploma, and those with dependents. The researchers sought to understand how these factors correlate with three critical academic outcomes: cumulative grade point average (GPA), retention measured by enrollment in the subsequent semester, and six-year graduation rates.
A surprising and somewhat counterintuitive finding emerged from the analysis: students over the age of 25 who worked full-time were actually more likely to graduate within six years compared to their traditional counterparts. This challenges the prevailing assumption that increased age and outside responsibilities inherently hinder academic progress. Instead, this cohort’s life experience, self-discipline, and perhaps financial independence appear to serve as assets, enhancing their ability to navigate the demanding engineering curriculum while balancing external commitments.
Conversely, the study elucidated the distinct challenges faced by part-time students. Part-time enrollment consistently predicted lower cumulative GPAs, decreased likelihood of enrolling the next semester, and reduced six-year graduation rates. This highlights a pressing need for institutions to develop targeted support mechanisms tailored to part-time students’ unique circumstances. Since engineering programs traditionally emphasize full-time attendance to maintain student engagement and promote timely degree completion, the current support structures may inadvertently marginalize those pursuing education outside the traditional enrollment model.
The role of commuting was nuanced yet significant. Being a commuter positively predicted graduation within six years, which may suggest that students living off campus develop skills or motivations conducive to degree completion. However, commuting also negatively influenced retention, indicating that the physical and temporal burdens of travel can impede consistent semester-to-semester enrollment. Such findings underscore the complexity of factors influencing persistence in higher education for post-traditional students, suggesting that accessibility and logistical considerations remain critical areas for intervention.
Importantly, the research controlled for race and gender to isolate the effect of nontraditional status characteristics, such as age and employment. This methodological rigor ensures that the results reflect the distinct impact of these variables rather than confounding social demographics. The focus on an engineering discipline—a field known for underrepresentation of women and minority populations—further enhances the study’s relevance, as increasing diversity in STEM fields remains a national priority amid workforce demands.
The researchers employed a meta-analytic approach, harnessing extensive institutional data to systematically analyze correlations between student characteristics and academic outcomes. This quantitative methodology enabled them to pinpoint predictive variables with statistical significance, providing robust evidence for policy recommendations. Such analytics-driven insights are crucial for addressing the so-called “enrollment cliff,” a demographic trend marked by declining numbers of high school graduates nationwide, which threatens to reduce the traditional undergraduate pipeline.
Recognizing post-traditional students as a majority within the studied population, the researchers advocate for an assets-based approach in educational policy and practice. This paradigm shifts away from deficit-oriented perspectives, instead emphasizing the strengths and competencies these students bring to academia. For example, flexibility in academic scheduling, including offering hybrid in-person and virtual courses, could alleviate barriers for those balancing work and family responsibilities. Extended office hours or virtual advising services tailored to nontraditional students may further enhance engagement and success.
The study also calls for a reevaluation of how academic success is measured. While GPA remains a commonly used indicator, the findings suggest that six-year graduation rates may serve as a more meaningful metric for assessing the progress of post-traditional students. This focus acknowledges that part-time enrollment or other non-traditional patterns may naturally extend time-to-degree without signifying academic failure. Additional research is underway to track these students longitudinally, exploring cumulative GPA trajectories, retention trends, and graduation outcomes alongside qualitative analyses of campus experiences, thereby providing a comprehensive understanding of their educational journeys.
Moreover, this research contributes to the broader discourse on educational equity and workforce development. As the demand for skilled engineering professionals intensifies, harnessing the potential of nontraditional students becomes not only a matter of individual opportunity but a strategic imperative for economic competitiveness. Institutions that effectively support these learners position themselves as forward-thinking entities responsive to shifting societal needs.
In sum, the study overturns stereotypes about older and working students’ academic capabilities, revealing that many such individuals leverage their life experiences to achieve academic milestones on par with, or even exceeding, their traditional peers. However, the persistent challenges faced by part-time and commuting students mandate deliberate structural adaptations to promote retention and timely graduation. As universities grapple with demographic shifts and evolving student profiles, data-driven strategies informed by research like this will be vital for fostering inclusive and successful higher education landscapes.
Subject of Research: People
Article Title: Examining the Relationships Between Post-Traditional Student Characteristics and Academic Performance, Retention, and Graduation Rate: A Case in an Undergraduate Engineering Program
News Publication Date: 26-Mar-2026
Web References:
https://www.tandfonline.com/doi/full/10.1080/07377363.2026.2646771
References:
Berhane, B., Liu, J., Sosa Molano, J., & Gao, S. (2026). Examining the Relationships Between Post-Traditional Student Characteristics and Academic Performance, Retention, and Graduation Rate: A Case in an Undergraduate Engineering Program. The Journal of Continuing Higher Education. DOI: 10.1080/07377363.2026.2646771
Keywords: Post-traditional students, nontraditional students, higher education, engineering education, student retention, graduation rates, part-time enrollment, commuter students, adult learners, educational equity, educational policy, STEM diversity
