Self-study Time Research Articles

A Game-Based Approach to an Entire Physical Chemistry Course

We designed, implemented, and evaluated a game-based learning approach to increase student motivation and achievement for an undergraduate physical chemistry course. By focusing only on the most important game aspects, the implementation was realized with a production ratio of 1:8 (study load in hours divided by production effort in hours). Student motivation was found to increase significantly: compared to the traditional lecture format, self-study time was estimated to increase more than 3-fold to 4.6 h per week on average by the students. The failure rate in the final examination was also reduced, mainly because of bonus points that students could receive upon successful participation in the game. However, there is some indication that application of game-based learning might not improve higher-order thinking skills.

Student-Teacher Perception of Time Allocation and Academic Achievement in Tai Solarin University of Education

This paper focuses on the perception of the students of Tai Solarin University of Education on the effect of time allocation and their academic achievement. This paper investigates the effect the students think time allocation such as attending lectures regularly, allocating time for self-study and participation in work group/tutorial would have on their academic achievement. The findings suggest that most students agree that time spent attending lectures, self-study and work group/tutorials is positively correlated with their academic achievement.

NBME Subject Examination in Surgery Scores Correlate with Surgery Clerkship Clinical Experience

Most medical schools in the United States use the National Board of Medical Examiners Subject Examinations as a method of at least partial assessment of student performance, yet there is still uncertainty of how well these examination scores correlate with clinical proficiency. Thus, we investigated which factors in a surgery clerkship curriculum have a positive effect on academic achievement on the National Board of Medical Examiners Subject Examination in Surgery. A retrospective analysis of 83 third-year medical students at our institution with 4 unique clinical experiences on the general surgery clerkship for the 2007-2008 academic year was conducted. Records of the United States Medical Licensing Examination Step 1 scores, National Board of Medical Examiners Subject Examination in Surgery scores, and essay examination scores for the groups were compared using 1-way analysis of variance testing. Rush University Medical Center, Chicago IL, an academic institution and tertiary care center. Our data demonstrated National Board of Medical Examiners Subject Examination in Surgery scores from the group with the heavier clinical loads and least time for self-study were statistically higher than the group with lighter clinical services and higher rated self-study time (p = 0.036). However, there was no statistical difference of National Board of Medical Examiners Subject Examination in Surgery scores between the groups with equal clinical loads (p = 0.751). Students experiencing higher clinical volumes on surgical services, but less self-study time demonstrated statistically higher academic performance on objective evaluation, suggesting clinical experience may be of higher value than self-study and reading.

Is One Semester of Legal English Enough?

The paper aims to research whether second year law students who are non-native speakers of English and study legal English (C1/C2) at Vytautas Magnus University (VMU) acquire enough knowledge of legal English during their one-semester-long studies in order to pursue their future studies in English, since later they have to take certain law subjects in which legal English is used as a language of instruction. This may seem to be very complicated if not enough knowledge of legal English is acquired before taking such subjects in English. Therefore, in the small scale research that used an online questionnaire consisting of open and closed questions, 19 research participants were asked about their class attendance, usefulness of legal English, the most challenging areas in studying legal English, the amount of time the students had spent on their studies of legal English outside the class, and whether they felt they had enough knowledge of legal English to be able to listen to other law subjects of their study programme in English after taking the course of Legal English. They were also asked to provide suggestions of what should be changed in teaching and learning of legal English in order to satisfy their present and future needs. The research showed that even though they had attended the classes and found the course useful, they (59.7 %) evaluated their knowledge of legal English as insufficient for following other law subjects with legal English as a language of instruction and 84.2 % of them would like it to be taught for a longer period of time. However, the study also showed that the students did not use their self-study time effectively, and it seems as a possible reason why they had not acquired enough knowledge in the course of Legal English in the spring semester of 2012 at VMU.

The role of self-study time in freshmen’s achievement

Although invested study time is expected to relate to exam performance, research findings have been mixed. Therefore, the current study examined (a) the role of self-study time above and beyond relevant student characteristics, affective-motivational processes (i.e. academic self-efficacy, learning goal orientation, and action-state orientation) and the cognitive learning activities deployed while studying the course (i.e. deep, stepwise, and concrete processing), and (b) whether the effect of self-study time on course grade is moderated by these affective-motivational and cognitive learning activities and/or by student characteristics. Ninety three freshmen following a Macro-Economics course and 70 freshmen enrolling in Financial Accounting 2 participated. For Macro-Economics, self-study time predicted course grade above and beyond relevant student characteristics, the degree of class attendance, and course-specific affective-motivational and cognitive learning activities. No interaction effects were obtained. For Financial Accounting 2, students only benefited from more self-study time when they made few exercises.

Student Time Allocation and Educational Production Functions

In this paper we investigate the effect of lecture attendance and self-study on undergraduate students' academic performance. We first introduce a simple theoretical model in which students decide the optimal allocation of their time between lecture attendance, self-study and leisure. Under some assumptions, we find a positive relationship between lecture attendance and time devoted to self-study in each course, from which we infer that estimates of the elasticity of student performance with respect to attendance which omit time devoted to self-study might be upward biased. We then estimate an academic performance regression using data from first-year undergraduate students of economics in the academic year 1998-99 at the Marche Polytechnic University (Italy) and find evidence that once self-study time is controlled for, the positive effect of lecture attendance on performance generally falls, and becomes statistically insignificant for most courses, except for quantitative ones (mathematics and economics). Our findings are important, especially when student performance regressions are used to evaluate the effectiveness of course attendance, and to inform the debate on the introduction of mandatory attendance policies.

Do Situational Academic Emotions Predict Academic Outcomes in a Lecture Course?

This study explored the relationships between situational academic emotions, self-study time, and learning outcomes in a lecture course. The participants were 107 Finnish first-year teacher students in a student-activating educational psychology lecture course. Interest and exhaustion were positively related, whereas anxiety was negatively related to the grade awarded for the course. These three situational academic emotions explained overall 29% of the course grade and they still predicted significant variance in grades even with the influences of self-reported self- study time controlled. Finally, a mediation analysis revealed that interest mediated the relationship between self-study time and learning outcomes.

Students’ approaches to learning in problem-based learning: Taking into account professional behavior in the tutorial groups, self-study time, and different assessment aspects

Problem-based learning (PBL) represents a major development in higher educational practice and is believed to promote deep learning in students. However, empirical findings on the promotion of deep learning in PBL remain unclear. The aim of the present study is to investigate the relationships between students’ approaches to learning (SAL) and academic achievement in a PBL environment, taking into account the role of self-study time and students’ professional behavior in the PBL tutorial groups. In addition, different knowledge categories that determine achievement (i.e., understanding of concepts, understanding of the principles that link concepts, and the linking of concepts and principles to conditions and procedures for application) were taken into account. A hypothesized structural equation model including these variables was tested. Results showed that the PBL students in this study reported more use of a surface compared to a deep approach to learning. The hypothesized model demonstrated an excellent fit of the model with the data. The relationship between SAL and academic achievement was mediated by self-study time and professional behavior. These findings imply that self-study time and professional behavior are crucial variables to take into account when studying SAL.

Evolutionary trends of problem-based learning practices throughout a two-year preclinical program: a comparison of students’ and teachers’ perceptions

Implementation of a pedagogical approach is a continuous and evolving process. As an institution with more than 15 years problem-based learning (PBL), we studied how the learning and teaching processes are currently practiced in a 2-year preclinical basic sciences program to assess whether they still match the intended objectives. Using both students' and tutors' evaluations, we analyzed and compared their perceptions on the program content and its organization, on tutors' functioning and on the duration of PBL sessions throughout 11 instructional units of the second and third-year of a 6 years medical curriculum. Whereas both tutors and students indicated that the content and problems selected for the curriculum were well adapted to the PBL process, they felt the references as well as the self-study time as moderately appropriate. Over the course of the 2-year program, tutorial sessions got linearly shorter, whereas reporting sessions got longer. While tutors knew well the PBL approach and were suitably prepared to their tutorials, they however, became less regular in providing feedback and in evaluating group functioning over the 2 years. Our results suggest that the practice of the PBL process evolves within and throughout a 2-year preclinical program and moves away from the original intentions. Possible underlying reasons and their implications are discussed within the context of tutors' and students' concepts of teaching and learning, the medical schools' learning environment and teaching practices and the difficulty of developing and maintaining in the long term a deep and self-directed learning approach.

Generation Psy: Student characteristics and academic achievement in a three-year problem-based learning bachelor program

This study investigated the simultaneous impact of demographic, personality, intelligence, and (prior) study performance factors on students' academic achievement in a three-year academic problem-based psychology program. Information regarding students' gender, age, nationality, pre-university education, high school grades, Big Five personality traits, intelligence (i.e., numerical, verbal, spatial), observed learning activities, and self-study time was collected among almost 1800 students enrolled in this psychology bachelor program at Erasmus University Rotterdam between 2003 and 2009. Academic achievement was measured by students' yearly number of acquired credit points, a course test, and a knowledge progress test. Multiple regression analyses showed that observed learning activities, first- and second-year performance, high school grades, conscientiousness, and verbal ability were most strongly and consistently related to academic achievement in the bachelor. Other student factors also contributed to academic achievement, but their influence was less prominent and mainly restricted to the first year. These results suggest that (prior) educational achievements and observable learning activities are most important for academic success in a problem-based learning bachelor program.

The relationship between students’ small group activities, time spent on self-study, and achievement

The purpose of this study was to investigate the relationship between the contributions students make to the problem-based tutorial group process as observed by their peers, self-study time and achievement. To that end, the Maastricht Peer Activity Rating Scale was administered to students participating in Problem-Based Learning tutorial groups. With this rating scale students had to rate the constructive, collaborative and motivational activities of their peers within the tutorial group. In addition, time spent on self-study was measured with a self-estimation method and achievement was measured with a unit test and a group assignment. A causal model of these variables was developed, in which the three types of activities were assumed to affect time spent on self-study, which would in turn affect unit test scores and group assignment scores. A structural equation modeling analysis indicated acceptable model fit. Especially apparent was the evidence for the causal relations between a student’s constructive activities and his/her unit test score and between a student’s collaborative activities and the group assignment score. On the other hand, time spent on self-study was not affected by the students’ contributions, nor did it have an effect on the unit test score. These results suggest that there are indeed causal relations between a student’s contributions to the tutorial group process and achievement.

How to make a lecture course an engaging learning experience?

This paper investigates engagement and active learn ing in university mass education. It presents the results of an empirical study on the level of interest and the academic emotions that were experienced during an engaging lecture course, and how such variables were related to flow experience, self-study time, and study success. The participants (n=107) were Finnish first-year teacher students in an educational psychology lecture course. The data were collected by using a ques tionnaire that measured interest, academic emotions, sense of competence, challenge experienced, and self-study time five days before the final examina tion. Correlations among variables were measured, a step-wise cluster analysis and two ANOVA tests conducted. The participants were highly engaged and interest ed during the course. Interest, enthusiasm, sense of competence, and self-study time correlated positively with the grade awarded for the course. Three clusters (emotional profiles) were identified: engaged (36 %), unstressed (25 %), and anxious (39 %) student groups. Engaged students spent the most hours in self-study and received the best grades. Unstressed students were the least active in self-study and also achieved the lowest grades. Interest and sense of competence were decisive variables in successful studying during an engaging lecture course. Opportunities to develop blended learning environments that foster active learning in lectures were further discussed.

Evaluation of effectiveness of instruction and study habits in two consecutive clinical semesters of the medical curriculum munich (MeCuM) reveals the need for more time for self study and higher frequency of assessment

BackgroundSeven years after implementing a new curriculum an evaluation was performed to explore possibilities for improvements.Purposes: To analyze students' study habits in relation to exam frequency and to evaluate effectiveness of instruction.MethodsTime spent on self study (TSS) and the quantity of instruction (QI) was assessed during the internal medicine and the surgical semester. Students and faculty members were asked about study habits and their evaluation of the current curriculum.ResultsThe TSS/QI ratio as a measure of effectiveness of instruction ranges mainly below 1.0 and rises only prior to exams. Students and teachers prefer to have multiple smaller exams over the course of the semester. Furthermore, students wish to have more time for self-guided study.ConclusionsThe TSS/QI ratio is predominantly below the aspired value of 1.0. Furthermore, the TSS/QI ratio is positively related to test frequency. We therefore propose a reduction of compulsory lessons and an increase in test frequency.

Learning physical examination skills outside timetabled training sessions: what happens and why?

Lack of published studies on students’ practice behaviour of physical examination skills outside timetabled training sessions inspired this study into what activities medical students undertake to improve their skills and factors influencing this. Six focus groups of a total of 52 students from Years 1–3 using a pre-established interview guide. Interviews were recorded, transcribed and analyzed using qualitative methods. The interview guide was based on questionnaire results; overall response rate for Years 1–3 was 90% (n = 875). Students report a variety of activities to improve their physical examination skills. On average, students devote 20% of self-study time to skill training with Year 1 students practising significantly more than Year 3 students. Practice patterns shift from just-in-time learning to a longitudinal selfdirected approach. Factors influencing this change are assessment methods and simulated/real patients. Learning resources used include textbooks, examination guidelines, scientific articles, the Internet, videos/DVDs and scoring forms from previous OSCEs. Practising skills on fellow students happens at university rooms or at home. Also family and friends were mentioned to help. Simulated/real patients stimulated students to practise of physical examination skills, initially causing confusion and anxiety about skill performance but leading to increased feelings of competence. Difficult or enjoyable skills stimulate students to practise. The strategies students adopt to master physical examination skills outside timetabled training sessions are self-directed. OSCE assessment does have influence, but learning takes place also when there is no upcoming assessment. Simulated and real patients provide strong incentives to work on skills. Early patient contacts make students feel more prepared for clinical practice.

Questionnaire Surveys on Teaching Skills and the Degree in Which Students Understand the Uppermost Points of Importance in Their Classes

As an activity of one working group for the Good Practice program at Kumamoto University, we proposed a questionnaire survey on the degree in which students understand the uppermost points of importance in their classes in addition to the usual type of class questionnaire. Each class lists three uppermost points of importance which are essential for understanding the class content. The degree of understanding is classified into four levels: full, most, insufficient, and not at all understandings. Through the analysis of questionnaire replies, the degree of understanding for bachelor students in the Department of Engineering was discovered to be meaningfully affected by the degree of difficulty, the effectiveness of audiovisual aids, self-study time, and class attendance.

Trend Extraction of Understanding Degree of Classes through Analyses of Questionnaires on Teaching Skills and the Uppermost Important Points

As an activity of one working group for the Good Practice at Kumamoto Univ., we proposed a questionnaire survey on understanding degree of the uppermost important points of each class in addition to the usual class-evaluation questionnaire. Each class lists three uppermost important points which are essential to understand the class contents. The understanding degree is classified into four levels ; full, most, insufficient, and not at all understandings. By analyzing the replies to 124 classes in the 2008 school year with a regression model, the understanding degrees of the bachelor students of the faculty of engineering were clarified to be affected meaningfully by degree of difficulty, effectiveness of audiovisual aids, self-study time, and attendance to class.

Learning more by being taught less: a “time-for-self-study” theory explaining curricular effects on graduation rate and study duration

In this article, an alternative for Tinto’s integration theory of student persistence is proposed and tested. In the proposed theory, time available for individual study is considered a major determinant of both study duration and graduation rate of students in a particular curriculum. In this view, other activities in the curriculum, in particular lectures, constrain self-study time and therefore must have a negative impact on persistence. To test this theory, we collected study duration and graduation rate information of all—almost 14,000 students—enrolling in eight Dutch medical schools between 1989 and 1998. In addition, information was gathered regarding the timetables of each of these curricula in the particular period: lectures hours, hours spent in small-group tutorials, practicals, and time available for self-study. Structural equation modeling was used to study relations among these variables. In line with our predictions, time available for self-study was the only determinant of graduation rate and study duration. Lectures were negatively related to self-study time, negatively related to graduation rate, and positively related to study duration. The results suggest that extensive lecturing may be detrimental in higher education. However, in the curricula employing limited lecturing considerable energy was spent in supporting self-study activities of students and preventing postponement of learning. Given our findings, both activities will likely have large pay offs, in particular in curricula with low graduation rates.

Revitalising PBL Groups: Evaluating PBL with Study Teams

In problem-based learning (PBL), students are actively engaged with psychological learning principles as activation of prior knowledge, elaboration and organization of knowledge. In their tutorial groups, however, students do not always apply these principles when working with a procedure like the "Seven-Jump" method. To stimulate students to use these principles more often, they were offered another format within a PBL context: PBL with study teams. During the period of self-study, students work on a regular basis in so-called study teams, small groups of 3-4 persons. In these groups they explain to each other their learning outcomes, clarify for each other their problems while studying texts and organize their knowledge to present this to the members of other study teams in their tutorial group. Previous research showed that students spent more time on self-study in a PBL with study team condition than in a traditional PBL context. In this study the achievement as well as appreciation of students participating in a PBL with study teams' environment, is compared with students working in a traditional PBL environment. To determine whether PBL with study teams differs from the traditional PBL environment in students' appreciation and study time. We conducted an experiment in two blocks over two years. Questionnaires were administered to collect data on appreciation and time for self-study. Students' appreciation of the two formats did not differ much. The large standard deviations indicate considerable differences in appreciation between individual students. Appreciation was slightly higher in the second experiment when instructions about how to collaborate were less strict. Students devoted twice as many hours studying in the study group format compared with the traditional PBL format. The students indicated that they enjoyed the format but that the increased workload disturbed their customary study rhythm. Assessment scores and tutors'impressions suggest that study teams foster deeper learning for understanding. Whether this can be attributed to more intensive individual and collaborative elaboration activities should be the subject of further studies.

A qualitative study of constructive clinical learning experiences

Little is known about the effectiveness of clinical education. A more educational structure is considered to be potentially beneficial. The following structured components were added to a surgical clerkship: logbooks, an observed student-patient encounter, individual appraisals, feedback on patient notes, and (case) presentations by students. The authors organized two focus-group sessions in which 19 students participated to explore their perceptions about effective clinical learning experiences and the newly introduced structured components. The analysis of the transcripts showed that observation and constructive feedback are key features of clinical training. The structured activities were appreciated and the results show the direction to be taken for further improvement. Learning experiences depended vastly on individual clinicians' educational qualities. Students experienced being on call, assisting in theatre and time for self-study as instructive elements. Recommended clerkship components are: active involvement of students, direct observation, selection of teachers, a positive learning environment and time for self-study.

Student Time Allocation and Educational Production Functions

In this paper we aim to remedy some shortcomings in the economic literature on university student absenteeism and academic performance. We start by introducing a simple theoretical model in which students decide the optimal allocation of their time between lecture attendance, self-study and leisure. Under some specific assumptions, we find a positive relationship between lecture attendance and time devoted to self-study in each course, from which we infer that estimates of student performance regressions which omit self-study might be biased. Thus, we estimate an academic performance regression using data from first year undergraduate students of economics in the academic year 1998-99 at the University of Ancona (Italy) and find evidence that once self-study time is controlled for, the positive and significant effect of lecture attendance for some courses disappears. This is likely to be important especially when student performance regressions are used to evaluate the effectiveness of course attendance and to inform the debate on the introduction of mandatory attendance on some courses to enhance student performance.