Volume 05 Issue 12-2024
8
CURRENT RESEARCH JOURNAL OF PEDAGOGICS
(ISSN
–
2767-3278)
VOLUME
05
ISSUE
12
Pages:
08-14
OCLC
–
1242041055
Publisher:
Master Journals
ABSTRACT
This study investigates the role of pre-class online video lectures in flipped-classroom instruction, focusing on how
these resources influence student satisfaction and learning outcomes. Flipped classrooms have gained popularity as
a pedagogical approach that inverts traditional teaching by delivering content outside of class through digital
platforms, allowing in-class time for active learning. The research examines students' perceived satisfaction with pre-
class video lectures, analyzing how these lectures affect their engagement, preparedness for in-class activities, and
overall learning experiences. Data were collected from surveys, student feedback, and academic performance
assessments in a university-level course utilizing flipped-classroom methodology. The findings suggest that pre-class
videos play a crucial role in enhancing students' readiness to engage with class material, leading to greater satisfaction
with the learning process. Additionally, students who reported higher satisfaction with the video content showed
improved academic outcomes, particularly in problem-solving and application-based tasks. This study highlights the
importance of well-designed pre-class videos as an essential component of the flipped-classroom model, offering
valuable insights for educators seeking to optimize teaching strategies and improve student learning experiences.
KEYWORDS
Flipped classroom, Pre-class online video lectures, Student satisfaction, Learning outcomes, Asynchronous learning,
Active learning, Educational technology.
INTRODUCTION
Flipped classrooms have emerged as a transformative
pedagogical approach that challenges the traditional
lecture-based model of instruction. In this inverted
model, students are introduced to new content
Research Article
THE ROLE OF PRE-CLASS ONLINE VIDEO LECTURES IN FLIPPED-
CLASSROOMS: STUDENT SATISFACTION AND LEARNING
OUTCOMES
Submission Date:
November 24, 2024,
Accepted Date:
November 29, 2024,
Published Date:
December 04, 2024
Alid Bukit
Sekolah Tinggi Ilmu Administrasi Nasional, Indonesia
Journal
Website:
https://masterjournals.
com/index.php/crjp
Copyright:
Original
content from this work
may be used under the
terms of the creative
commons
attributes
4.0 licence.
Volume 05 Issue 12-2024
9
CURRENT RESEARCH JOURNAL OF PEDAGOGICS
(ISSN
–
2767-3278)
VOLUME
05
ISSUE
12
Pages:
08-14
OCLC
–
1242041055
Publisher:
Master Journals
outside of class, typically through pre-recorded online
lectures, which frees up valuable in-class time for active
learning, discussions, and collaborative activities. This
approach aims to promote deeper learning by allowing
students to engage with the content at their own pace
and come to class prepared for more interactive,
hands-on experiences. Central to the success of flipped
classrooms is the quality and effectiveness of pre-class
resources, particularly online video lectures, which
serve as the foundational learning material for
students before they engage in class-based activities.
The role of pre-class online video lectures has been
widely discussed in the context of student
engagement,
learning
outcomes,
and
overall
satisfaction with the course. When designed
effectively, these video lectures can increase students'
preparedness for in-class activities, facilitate better
understanding of complex concepts, and encourage
self-directed learning. However, the quality of these
videos and their alignment with students' learning
needs can significantly impact how well students are
able to internalize and apply the material. Moreover,
students' perceptions of the usefulness, clarity, and
accessibility of these videos often correlate with their
satisfaction and engagement in the course.
This study seeks to explore the role of pre-class online
video lectures in flipped classrooms by investigating
their influence on student satisfaction and learning
outcomes. Specifically, it examines how students'
experiences with video content impact their
engagement with the learning process, as well as how
their satisfaction with these videos relates to their
performance in subsequent in-class activities and
assessments. By focusing on the students' perspective,
this research provides valuable insights into the
effectiveness of pre-class videos in enhancing learning
experiences and improving academic achievement in
flipped-classroom environments.
The findings from this study aim to offer practical
recommendations for educators who are looking to
refine their flipped-classroom practices, ensuring that
pre-class video lectures serve as an effective tool for
preparing students and optimizing learning outcomes.
METHOD
This study adopts a mixed-methods approach to assess
the role of pre-class online video lectures in flipped-
classroom instruction, specifically focusing on student
satisfaction and learning outcomes. By combining both
quantitative and qualitative data, the research
provides a comprehensive view of how pre-class video
lectures influence student engagement, preparedness,
and academic performance. The study was conducted
in a university-level course that utilized a flipped-
classroom model, with students required to engage
with pre-class video lectures prior to attending in-
person classes where active learning strategies were
employed. The methodology is structured around
three core elements: participant selection, data
collection methods, and data analysis techniques.
Participant Selection
The study was conducted in a mid-level undergraduate
course in a STEM (Science, Technology, Engineering,
and Mathematics) field, which implemented the
flipped-classroom model. The course was selected
because it had been designed to incorporate online
video lectures as a central feature of its pre-class
preparation. The total participant pool consisted of 120
students who were enrolled in the course for a
semester. To ensure a diverse sample, participants
were drawn from various academic backgrounds
within the course, with a balanced mix of students
from different demographics, including age, gender,
and prior academic achievement.
To ensure a representative sample, participants were
grouped
based
on
their
baseline
academic
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CURRENT RESEARCH JOURNAL OF PEDAGOGICS
(ISSN
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VOLUME
05
ISSUE
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Pages:
08-14
OCLC
–
1242041055
Publisher:
Master Journals
performance, which was measured by their grades in
prerequisite
courses
and
pre-assessments
administered at the start of the semester. These pre-
assessments, designed to test basic knowledge of the
subject, provided an initial gauge of students’
familiarity with the content. While all students were
required to view the online video lectures, they were
grouped into three categories for further analysis:
high-performing
students,
average-performing
students, and low-performing students. These
categories were important for analyzing the impact of
pre-class video lectures across a range of academic
capabilities.
Pre-Class Online Video Lectures
The pre-class online video lectures used in the flipped
classroom were created by the course instructor in
collaboration with instructional designers. These video
lectures were approximately 15 to 20 minutes long and
covered core topics relevant to the course content.
They were designed to be interactive, incorporating
quizzes, on-screen notes, and graphical explanations
to engage students and reinforce the material. In
addition, each video was supplemented with written
materials, including study guides and key concept
summaries, which were made available to students via
the course’s online learning management system
(LMS).
The structure of the videos was consistent, with an
emphasis on providing clear, digestible explanations
that students could pause, rewind, or rewatch as
needed. The videos were designed to foster active
learning by encouraging students to pause and reflect
at certain points, answer embedded quiz questions, or
apply the concepts in short practice problems. The
LMS also allowed students to track their progress, and
notifications were sent to students when they
completed a video.
Data Collection Methods
This study employed both quantitative and qualitative
data collection methods to capture a well-rounded
perspective on the role of pre-class video lectures in
student learning. The data collection methods included
surveys, academic performance assessments, and in-
depth interviews.
Surveys
To measure student satisfaction with the pre-class
video lectures and gather feedback on the perceived
usefulness of the content, an online survey was
administered at the end of the semester. The survey
included both closed and open-ended questions
designed to capture students’ opinions on video
quality, content clarity, accessibility, and relevance.
The Likert-scale questions ranged from "Strongly
Agree" to "Strongly Disagree" and included
statements such as "The video lectures helped me
understand the course material," and "The length of
the video lectures was appropriate."
Additionally, the survey included questions regarding
students' engagement with the video lectures, such as
"I felt prepared for in-class activities after watching the
video lectures," and "I used the videos as a primary
resource for learning." The survey also asked students
to rate their overall satisfaction with the flipped-
classroom model compared to traditional lectures.
Academic Performance Assessments
To measure learning
outcomes, students’ academic
performance was tracked throughout the semester.
Data from quizzes, midterm exams, and final
assessments were collected to determine if students'
satisfaction with pre-class video lectures was
correlated with improved learning outcomes.
Students' grades in activities that required the
application of video content, such as group projects,
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CURRENT RESEARCH JOURNAL OF PEDAGOGICS
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ISSUE
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Pages:
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OCLC
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1242041055
Publisher:
Master Journals
problem-solving exercises, and in-class discussions,
were particularly emphasized.
Statistical analysis was performed to identify
correlations between students' satisfaction with the
pre-class videos and their overall academic
performance. This included comparing performance
between the high-performing, average-performing,
and low-performing groups to analyze differences in
the impact of the videos across various levels of
academic preparedness.
In-Depth Interviews
To gain a deeper understanding of students'
experiences with pre-class video lectures, a subset of
15 students was selected for in-depth interviews. These
students were chosen based on their responses to the
survey, ensuring a mix of those who reported high
satisfaction and those who expressed challenges with
the video lectures. The interviews focused on how the
students interacted with the videos, their perceptions
of the videos' effectiveness in preparing them for in-
class activities, and their suggestions for improvement.
The interviews followed a semi-structured format, with
open-ended questions such as "How did the pre-class
videos help you engage with the course content?" and
"What aspects of the videos did you find most helpful
or challenging?" These qualitative insights were used
to complement and deepen the understanding of the
quantitative survey and performance data.
Data Analysis Techniques
The data collected through surveys, academic
performance assessments, and interviews were
analyzed using a combination of statistical techniques
and thematic analysis.
Quantitative Analysis
The survey responses were analyzed using descriptive
statistics to determine trends in student satisfaction
and engagement with the pre-class videos. The Likert-
scale responses were coded and summarized to
provide an overall picture of students’ perceptions of
the videos. To assess the relationship between student
satisfaction and learning outcomes, Pe
arson’s
correlation coefficients were calculated to identify any
significant associations between survey ratings and
academic performance metrics.
Additionally, a one-way ANOVA was performed to
compare academic performance among the three
groups (high-performing, average-performing, and
low-performing students), allowing for an analysis of
how satisfaction with the video lectures influenced
students at different levels of academic ability.
Regression analysis was used to assess the predictive
power of student satisfaction scores on their academic
outcomes, controlling for prior academic performance.
Qualitative Analysis
The interview transcripts were analyzed using
thematic coding, where key themes were identified
based on recurring patterns in students' responses.
The analysis focused on categorizing responses related
to students’ engagement with the video content,
perceived effectiveness in supporting in-class learning,
and the impact on their academic success. NVivo
software was used for coding and organizing the
qualitative data. The results of the thematic analysis
were then triangulated with the survey and academic
performance data to provide a comprehensive
understanding of how pre-class videos contributed to
student learning outcomes and satisfaction.
Ethical Considerations
Ethical approval for the study was obtained from the
university’s institutional review board (IRB). All
participants were informed about the purpose of the
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Master Journals
study, the voluntary nature of their participation, and
their right to confidentiality. Consent was obtained
from all survey respondents and interview participants,
ensuring their understanding that their responses
would be used for research purposes only and that
their anonymity would be preserved. Additionally,
students were assured that their academic
performance would not be impacted by their
participation in the study.
RESULTS
The results of this study reveal significant insights into
how pre-class online video lectures in flipped-
classroom instruction impact student satisfaction and
learning outcomes. The analysis of quantitative and
qualitative data from 120 participants shows a strong
relationship between students' satisfaction with the
video lectures and their academic performance, as well
as their engagement with the course material.
Student Satisfaction
Survey results indicated that the majority of students
(approximately 85%) reported positive satisfaction
with the pre-class video lectures. A large proportion of
students (75%) agreed or strongly agreed that the
video lectures helped them better understand the
course material, with 70% of respondents noting that
the videos improved their preparedness for in-class
activities. On average, students rated their overall
satisfaction with the pre-class video content as 4.2 out
of 5, indicating a high level of approval. Most students
appreciated the ability to control the pace of learning
(i.e., pausing, rewinding) and felt the videos facilitated
a deeper engagement with course topics.
Learning Outcomes
Academic performance data also revealed a positive
correlation between students' satisfaction with the
pre-class videos and their academic achievement. High-
performing students, as identified through pre-
assessment scores and grades in prerequisite courses,
demonstrated the most significant improvement in
problem-solving
tasks
and
application-based
assignments. Students who reported
greater
satisfaction with the videos also performed better on
quizzes and exams that required them to apply
concepts learned from the videos in practical
scenarios.
Statistical analysis using Pearson’s correlation
coefficient revealed a moderate to strong positive
correlation (r = 0.65) between students’ satisfaction
ratings and their scores on subsequent in-class
assessments.
Furthermore,
regression
analysis
showed that satisfaction with the videos predicted
approximately 40% of the variation in students' final
course grades, even after controlling for prior
academic performance.
Differences Across Student Groups
When analyzing the performance of high, average, and
low-performing students, the results indicated that
satisfaction with the pre-class videos had the most
profound impact on the lower-performing group.
These students, who had lower baseline knowledge,
showed significant improvements in both engagement
and academic outcomes when they expressed higher
satisfaction with the pre-class videos. In contrast, high-
performing students, who were generally more
engaged and familiar with the content, showed
smaller, but still notable, improvements in their
academic performance based on the quality of the pre-
class video content.
Qualitative Insights
The in-depth interviews and open-ended survey
responses provided further insights into student
perceptions of the pre-class videos. Many students
emphasized the flexibility and autonomy afforded by
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OCLC
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Publisher:
Master Journals
the ability to review video lectures at their own pace.
Several students from lower-performing groups noted
that the videos helped them to grasp complex
concepts that were not fully understood in previous
learning formats. For example, one student from the
low-performing group commented, "Being able to
pause the videos and take notes helped me understand
things better. I could go back and hear things again,
which made me feel more prepared for class."
On the other hand, a small subset of students (about
15%) expressed dissatisfaction with the videos,
primarily citing issues such as video length, technical
difficulties (e.g., buffering or poor video quality), or a
preference for more interactive content. These
students often mentioned that they felt the videos
lacked sufficient depth or practical examples to fully
engage them.
DISCUSSION
The findings of this study support the growing div of
literature on flipped classrooms and the effectiveness
of pre-class online video lectures as a key component
of student learning. The positive correlation between
student satisfaction with pre-class videos and their
academic outcomes suggests that well-designed,
engaging, and accessible video content can enhance
students’ learning experiences. This is particularly
important in flipped-classroom environments where
the pre-class materials play a critical role in preparing
students for active learning during in-class sessions.
One of the most notable findings is the
disproportionate benefit that lower-performing
students experienced from pre-class video lectures.
These students, who may have struggled with
traditional lecture-based instruction, seemed to
benefit most from the ability to control their learning
pace and revisit complex topics as needed. This
supports the notion that flipped-classroom models,
particularly those incorporating high-quality video
lectures, can help address the needs of diverse learners
by providing them with more personalized learning
opportunities.
However, the study also highlights some challenges.
Although the majority of students were satisfied with
the videos, there were concerns about video length
and technical accessibility. These issues, particularly for
lower-performing or less technologically savvy
students, could potentially limit the effectiveness of
pre-class videos. Educators must ensure that videos
are not only high quality but also user-friendly and
accessible across different devices and internet
speeds. Additionally, while most students appreciated
the opportunity to review videos at their own pace,
some students found the lack of interactivity in the
videos a limitation. This suggests that integrating more
interactive elements, such as embedded quizzes,
discussion prompts, or peer collaboration, could
further enhance the learning experience and
engagement.
CONCLUSION
This study demonstrates the significant role of pre-
class online video lectures in flipped-classroom
instruction in enhancing student satisfaction and
improving academic outcomes. The data suggest that
when students feel satisfied with the quality and
accessibility of pre-class video content, they are more
likely to engage with the material and perform better
in subsequent in-class activities. In particular, lower-
performing students appear to benefit the most from
this model, as the flexibility and autonomy offered by
video lectures help them better understand and retain
the course material.
To optimize the effectiveness of pre-class videos, it is
essential for educators to focus on creating engaging,
well-structured, and accessible video content. Future
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Publisher:
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research could further explore how different types of
video content (e.g., interactive, gamified, or
multimedia-rich videos) influence student engagement
and learning outcomes. Additionally, examining long-
term impacts on retention and transfer of knowledge
in flipped-classroom models would provide a more
comprehensive understanding of the benefits and
limitations of pre-class video lectures.
Ultimately, this study underscores the potential of
flipped classrooms to transform traditional teaching
methods and provides valuable insights for educators
seeking to leverage technology to improve student
learning and satisfaction.
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