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The impact of a strategic reading course on the academic success of underprepared college students /Grega, Patricia Richmond. January 2005 (has links)
Thesis (D. Ed.)--University of Oregon, 2005. / Typescript. Includes vita and abstract. Includes bibliographical references (leaves 124-135). Also available for download via the World Wide Web; free to University of Oregon users.
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The Influence of Individual Factors on Web-based Developmental Education Course Success in a Two-year Technical CollegeDas, Nabakrishna 15 May 2009 (has links)
This study was designed to identify and examine certain individual factors that contribute to Louisiana Technical College (LTC) student success in Web-based developmental education (DE) courses among the academically underprepared students. The independent variables (IV) selected for this study included students' prior academic preparation (PAP), comfort with technology (CWT), interaction with faculty (IWF), and motivation (MOT). The dependent variable (DV) was students’ course success measured by their mid-term scores (MTSCORE). Research methodologies included correlational statistics using multiple and logistic regression, and t-test for group comparisons. Data were gathered through an online survey using SurveyMonkey.com from the DE students at LTC that use PLATO Web Learning Network using a survey instrument (WBLSS) designed by the researcher for this study. The study found two predictor variables, IWF and PAP, to be statistically significant and two variables, MOT and CWT, statistically not significant. Based on the IVs' combined identified relationship with the DV, the researcher designed a predictive model of LTC students' course success in Web-based DE courses. The model employed in this study explained 17% of the variance in the MTSCORE. For many academically underprepared students at LTC, college and career success first depend on their success in the DE courses. Therefore, identifying individual characteristics related to course success is the key to building academic success models for underprepared students at two-year colleges like the LTC.
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The effectiveness of the extended curriculum programme in the electrical engineering department at a University of Technology in the Western Cape, South AfricaBlumberg, Kathy Robyn January 2017 (has links)
Thesis (MTech (Business Administration in Project Management))--Cape Peninsula University of Technology, 2017. / Students who are not academically strong are finding it very difficult to enter a tertiary institution. The requirements are of a high standard which results in many students not having the option to further their education. The government recognised that there was a problem in this area and that the country as a whole is lacking in people with the necessary skills to improve the country and its economy. The introduction of the Extended Curriculum Programme has given students the opportunity to enter a tertiary institution and prove to themselves that with a little guidance and an academically lengthened year they will be able to use their skills to improve their situations. The ECP has been integrated into universities in various departments allowing for a diverse amount of options for the students to choose from. The introduction of the ECP has levelled the playing fields and allows students from all walks of life to enter an institution; however it must be noted that there are minimum requirements which are determined by the students’ academic history. Many a success story has emerged from the ECP. The course is spread over four years as opposed to three and it allows the student to settle into the tertiary lifestyle. It might take a little longer but the aims and goals have the same outcomes. The aim of this study to see how effective the ECP is in the Electrical Engineering Department at a University of Technology and to make recommendations where needed.
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Learning Support Effectiveness in Mathematics at a Tennessee UniversityDula, Mark 01 December 2015 (has links)
Every year thousands of students graduate from high school and move on to higher education, but many of them are not yet prepared for college level courses. The Tennessee Board of Regents does not currently allow 4-year institutions to teach courses that are below college level, so many institutions are using programs such as learning support courses to assist a growing population of underprepared students. The purpose of this study was to determine if the 1-term and 2-term retention rates for students with the same ACT mathematics subsection scores were different between students who took a regular section of Probability and Statistics and students who took a learning support section of the course.
The subjects of this study were students who enrolled in a Probability and Statistics class (either regular sections or learning support sections) at a 4-year institution from the 2013 summer semester through the 2014 fall semester. The criteria used for selecting subjects included: (1) enrolled in a section of Probability and Statistics, (2) had a valid ACT mathematics subsection score on file with the institution, and (3) recorded a final grade in the course. Students were then grouped by ACT mathematics subsection score and type of course (learning support or regular).
When students were grouped by matching ACT mathematics subscores there were no real significant differences in 1-term retention, 2-term retention, or final course grade between students who took a 4-hour learning support section of probability and statistics and students who opted to take a regular 3-hour version of the same course, with one exception. Of students who scored a 17 on the ACT mathematics subsection, the students enrolled in a regular course had a 1-term retention rate that was significantly higher than the learning support course.
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Mathematics Learning Support Models and Student Success at a Tennessee Community CollegeDixon, Bobby Allen, Jr. 01 August 2016 (has links)
Every year thousands of students make preparations to pursue a college degree. Many are high school seniors, but a large percentage of the population are nontraditional age students who are years removed from a formal classroom setting. Included in the list of preparations is an examination whose results will be used to determine each individual’s readiness to be academically successful at the collegiate level. These examinations assess student’s abilities in the areas of reading, English composition, and mathematics. The results of these examinations show that at the community college level more than half of these students will need remediation in one of these subject areas. Mathematics is most often the area where deficiencies are identified. Therefore, the purpose of this study was to determine if there are significant differences between 4 mathematics learning support models based on student performance in 2 college level mathematics courses at a 2-year community college in Tennessee.
The subjects of this study were students who were enrolled in MATH 1530, Probability and Statistics, or MATH 1630, Finite Mathematics, from the fall 2011 semester through the spring 2016 semester. Students with ACT, SAT, or ACT Compass exam scores meeting or exceeding established benchmark scores were excluded from the study. Each record also included the learning support model each student participated in, the final letter grade for the course, grouped ACT mathematics subscores, age grouping, and enrollment status.
The results of the study indicated significant differences in student success between learning support models for all research questions involving MATH 1530, Probability and Statistics. Comparisons between ACT mathematics subscore groupings, age groupings, and enrollment status also indicated significant differences in student success. In each case, the current corequisite learning support model proved to be the least successful in preparing students for success in MATH 1530.
Three of the 8 research questions involving MATH 1630, Finite Mathematics, also indicated significant differences in student success between learning support models, with the current corequisite learning support model proving less successful in preparing students for success in MATH 1630.
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Higher Education Support Services and Graduation Rates of Structured Education Program StudentsHepner, Seth 01 January 2017 (has links)
The 1st-year retention rate of the Structured Education Program (SEP) is 90%, yet the 6-year graduation rate of SEP students is 29%. The gap between SEP 1st-year retention and graduation rates is the problem that this study addressed. The low graduation rate of SEP students is an important issue because graduation rates are used to measure the quality of higher education institutions. The purpose of this study was to understand the low graduation rates of SEP students. Tinto's retention theory, which seeks to explain dropouts from higher education institutions, was the main framework of the study. The study's research questions focused on former SEP students' experiences with required and optional support services that were first introduced to students while enrolled in the SEP. This study used a qualitative, intrinsic case study research design. Data were collected through 12 semistructured interviews with participants who met the criteria of former SEP students who have completed the program within the last 5 years. Interviews were transcribed, member checked by interviewees, and then coded to identify 6 themes that focus on participants' commitment to support services. The findings revealed that required exposure to support services in SEP students' 1st year had a meaningful influence on each student's journey toward graduation. An outcome of this study was a policy recommendation paper designed to increase the study site's graduation rates through increased support service requirements for 1st-year students. This study may provide positive local social change through more student commitments to support services and increased retention and graduation rates.
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What Drives Underprepared Students From the First Year OnLillard, Shanetta S 01 January 2019 (has links)
College students often enter college academically unprepared, as evidenced by low high school cumulative GPAs or poor SAT scores. In response to this problem, administrators at a 4-year university in the Mid-Atlantic region of the Unites States implemented an intensive, semester-long program to introduce and acclimate conditionally admitted students to the rigors of collegiate life. The purpose of this study was to understand how to assist students in moving from Year 1 to full admission and beyond. In accordance with Bandura's reciprocal causation of social cognitive theory model, the research questions centered on conditionally admitted students' descriptions of their experiences with intensive, semester-long program participation. The qualitative case study used data collected from 10 semistructured interviews with conditional admission program student participants. Data analysis consisted of initial coding, axial coding, and iterative recategorization to identify the key findings. Among the findings were that the study site lacked strong faculty-student engagement and that students had mixed feelings regarding the seminar course being helpful. However, they found the university environment conducive to learning, leading them to stay. A white paper provided potential solutions to administrators, including increased faculty-student engagement and more meaningful required seminars for first-year conditionally admitted students. This study and the subsequent project may create positive social change by expanding degree achievement for underprepared, conditionally admitted college students, which thus increases opportunities for upward social mobility.
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The freshman transition process /Bowers, Carla J., January 2007 (has links)
Thesis (Ph. D.)--University of Oregon, 2007. / Typescript. Includes vita and abstract. Includes bibliographical references (leaves 267-276).
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Exploring at-risk student writers in academic success programs and the role instructors play in their evaluation /Dunbar, Katrina Monique, January 2009 (has links) (PDF)
Thesis (M.A.)--Eastern Illinois University, 2009. / Includes bibliographical references (leaves 53-56).
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Exploring the undergraduate Information Technology experience of an extended four-year programmeNaidoo, Saloshana January 2017 (has links)
Student academic progress has been at the centre of concern to all higher education institutions in South Africa. It is understood that student progress emanates from a range of dynamics that gives students different educational experiences. The student cohort at University of Pretoria (Abdulghani et al., 2014) come from diverse cultural backgrounds in South Africa, aptly called the rainbow-nation, and subsequently bring different levels of proficiency and world experiences to the higher education sector. The student population is like a tapestry interwoven from different cultures and includes students from all 'walks of life', rich and poor, alternative lifestyle and background, as well as students who are disabled, and students who have diverse sexual orientations. The transition from school to university is regarded as a time of extreme stress for students arriving at the university door for the first time. The expectations of students are mostly unknown, but educators know that students entering university come from positions of extreme inequality, not only in terms of schooling, but also of financial and other resources. It is well-documented that in addition to all the other changes, a large number of students arrive at the university lacking the necessary knowledge and skills that will help them cope at university. These are largely students that come from underprivileged schools that still bear the ravages of apartheid education. To assist students in overcoming the lack of these skills and bridging the educational gap, higher education has to address these needs. Hence, it is the intention of this research to "explore the undergraduate Information Technology experience of an extended programme". The research is a four-year longitudinal study of IT students in the extended (four-year) IT degrees at UP, and has analysed interviews conducted with IT graduates in a range of professional settings. Taken together, these components have been designed to expand the researcher's understanding of undergraduate IT experience (extended programmes) and the transition from university to the workplace. Furthermore, it focuses on how students in Information Technology experience their education, how they gain knowledge of what Information Technology is, and what their post-graduation plans are. Based mainly on the theoretical framework of Vincent Tinto (1975), this study provides an analysis of research regarding student experiences, retention and withdrawal in the extended four-year programme (E4YP) in IT. The research methodology used to conduct this study includes a mixed methods approach undertaken from more than one point of view. The researcher used a combination of qualitative and quantitative research features. The data was generated by surveys (online questionnaires and mini-questionnaires), mini-essays and the results of statistical analysis using academic results and Students� Academic Readiness Survey (STARS) scores. The findings of this study paint a portrait of typical first-year students irrespective of study direction. Their experiences and journey during the first-year are fraught with issues such as finance, accommodation, transport, gender inequality, institutional hiccups, loneliness and exhaustion, and difficulty in finding their way around campus. However, many expressed experiencing the euphoria of freedom from school/parental rules, meeting new friends and socialising, and enjoying the general feeling of being a university student. / Thesis (PhD)--University of Pretoria, 2017. / Informatics / PhD / Unrestricted
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