P-ISSN: 2808-5957
E-ISSN: 2808-6724
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DEVELOPMENT OF DISCOVERY LEARNING-BASED E-MODULES TO
IMPROVE CONCEPT UNDERSTANDING ABILITY IN FLAT
BUILDING MATERIALS
Ramli
Program Studi Pendidikan Matematika Fakultas Keguruan dan Ilmu Pendidikan Universitas
Muhammadiyah Sukabumi, Indonesia
Email : ramli@gmail.com
ARTICLE INFO
ABSTRACT
Date received : 03 July 2022
Revision date : 15 July 2022
Date approved : 25 July 2022
This study uses reseach and development methods wuth the
ADDIE development model consisting of five stages which
include analysis, design, development, implementation, and
evaluation. The reseach aims to produce electronic-based
teaching materials (E-Modul) on the ability to understand
student’s mathematical concepts on flat-shaped materials.
The quality of the teaching materials developed is reviewed
from three aspect, namely validity, practicality, and
effectiveness. Assessment of the validity of this e-module
teaching material is carried out by media experts and material
experts, the result show that the teaching materials
developed are valid with a value of 85,9% and meet the
criteria for use. The results of the questionnaire analysis of
theacher responses and student responses show that the
teaching materials used are practical with the ideal
percentages of 90,6% and 89,4% resvectively, and scores of
4,53 and 4,47 which indicate practical e-mudule teaching
materials to be thaught use. As well as the use of e- module
teaching materials in effective learning to improve student’s
ability to understand mathematical concepts with the result of
the analysis of the mean T- count 12,135 greater than T-table
1,697 and 76,47% of students being able to achieve the KKM
score.
Keywords: E-Module
Teaching Materials;
Understanding Mathematical
Concepts
This work is licensed under CC BY-SA 4.0
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INTRODUCTION
Mathematics is a subject that is required to be studied and taught at every level
of education in Indonesia from elementary school (SD) to high school (SMA). In
learning mathematics, understanding the concept is one of the most important aspects.
This is because mathematical material is structured and interconnected between one
material and another. Students are required to be able to understand the relationship
between mathematical concepts. In other words, incomplete understanding of the
prerequisite concepts will cause difficulties for students in learning further concepts
which will have an impact on student learning outcomes.
As stated in the Regulation of the Minister of National Education of the Republic
of Indonesia Number 59 of 2014 explains that one of the goals of learning mathematics
in schools is so that students have the ability to understand mathematical concepts,
explain the relationship between concepts and apply concepts or algorithms, in a
flexible, accurate, efficient, and precise manner. solution to problem.
Based on the stated objectives of learning mathematics, it can be seen that the
ability to understand concepts is one of the fundamental goals in learning mathematics.
In this case, Nasution stated that if students understand a concept, then he will be able
to generalize it in various other situations (Nasution, 2000). According to (Mas’ud Zein
& Darto, 2017), understanding is the ability to capture the meaning of subject matter
which can be in the form of words, numbers, explaining cause and effect. According to
(Muhlisrarini, 2014), the concept is an abstract idea that allows people to classify
objects or events and determine whether the object or event is an example or not an
example of the abstract idea.
The indicators for understanding mathematical concepts in the 2013 curriculum
quoted from (Hendriana, Rohaeti, & Sumarmo, 2017), are: a) Restate the concepts that
have been studied, b) Classify objects based on whether or not the requirements that
make up the concept are met, c) Identify the properties of operations or concepts, d)
Apply concepts logically, e) provide examples or counter-examples of the concepts
being studied, f) Present concepts in various forms of mathematical representation
(tables, graphs, diagrams, sketches, mathematical models or methods). others), g)
Linking various concepts in mathematics and outside mathematics, h) Developing
necessary and or not sufficient conditions for a concept.
Based on the results of interviews with seventh grade teachers of SMP Islam
Nurul Huda Karadenan, most students cannot give good results in their learning, this
can be seen from the enthusiasm during learning in the classroom and from the
number of students who have not been able to find out what is the problem. In a
question, some students cannot solve a problem if the question is different from the
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example given, some students just copy the answers of their friends without
understanding the questions that have been given, and some students have not been
able to re-explain the concept of the learning material they have learned. The low
ability of understanding concepts in class VII students of SMP Islam Nurul Huda
Karadenan can also be seen from the data on the results of students' daily test scores.
Of the several questions that contain questions about understanding concepts with the
number of students in one class, only a handful of students are able to get scores
above the KKM.
In an effort to improve the ability to understand concepts, teachers need to
prepare and manage strategies for delivering mathematics material to students. The
strategy can be in the form of choosing teaching materials that are combined with
appropriate learning models where students are actively involved in the learning
process so that they can improve students' ability to understand concepts and achieve
the expected student learning outcomes. The teacher's role in teaching and learning
activities is as a facilitator and motivator to optimize student learning.
Based on the problems that have been described, the teacher must be smart in
choosing a learning model that is in accordance with the objectives and learning
materials. The application of the guided discovery learning model in the mathematics
learning process is an alternative to selecting a model that can increase the ability to
understand concepts and can get a good response from students, because according to
several previous studies, such as the research conducted by Syaifudin (2008), it was
shown that learning based on Discovery learning can reduce students' geometric
misconceptions about similarity and congruence as indicated by an increase in
conceptual mastery and a decrease in students' error rates in working on problems
related to the concepts of congruence and congruence, as well as the results of their
research (Karim & Maulida, 2014) which concluded that learning by applying the guided
discovery model it has an effect on students' understanding of concepts which is shown
that students' activities during the learning process with the guided discovery model are
in very good criteria. (Karim & Maulida, 2014) which concluded that learning by
applying the guided discovery model it has an effect on students' understanding of
concepts which is shown that students' activities during the learning process with the
guided discovery model are in very good criteria.
Guided discovery model (discovery learning) is a learning model that puts the
teacher as a facilitator, where students find their own knowledge that they do not know
by being guided by the teacher's questions, modules, worksheets, and worksheets. New
knowledge will stick longer if students are directly involved in the process of
understanding and constructing the concepts and knowledge themselves. The guided
discovery learning model ends with the process of students finding the concept of the
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material being studied and concluding their own findings based on their own
understanding ability.
In addition to the use of learning models, the presence of media can also have
an effect on increasing understanding of mathematical concepts. According to Henick et
al, (in Suherman, E. et al. 2003:237) in his book, Instructional Media and Technology
for Learning, suggest that the whole history, media and technology have influenced
education. In this case the media that will be used is kvisoft flipbook maker, kvisoft
flipbook maker is a software that has a function to open each page into a book, and can
also add several alternative explanations of material such as inserting animated videos,
images, and audio. So it can be concluded that with this software when we read an
ebook it is no longer monotonous and becomes more interesting, so students will be
more fun for reading activities, and make it easier for students to study activities with
this discovery learning method.
The material used in this study is a rectangle and a triangle because the
discovery learning model is very suitable and makes it easier for students to learn to
find their own concepts or solve problems related to the material. The mathematical
module based on the discovery learning model assisted by the kvisoft flipbook maker
media is expected to maximize students' potential, especially in the ability to
understand concepts.
The discovery learning method according to Jerome Bruner cited by (Hosnan,
2014) is "a learning method that encourages students to ask questions and draw
conclusions from general principles of practical experience. The discovery learning
system developed by Jerome Bruner uses the premise of a teaching and learning
approach. The results of learning in this way are easier to memorize and remember,
easy to transfer to solve problems. The knowledge and skills of the students concerned
can further foster intrinsic motivation, because students feel satisfied or use them
themselves.
This study aims to describe the level of validity of the development of discovery
learning-based mathematics learning e-modules assisted by the kvisoft flipbook maker
application to improve the ability to understand concepts in flat shape material. Benefits
of research To be able to develop knowledge and insight about the development of
discovery learning-based mathematics modules with the help of a flipbook maker, it can
also be used as a provision to later become a professional mathematics teacher who is
innovative and creative and can motivate students to increase enthusiasm and
understanding of mathematics subjects.
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METHOD
This research belongs to the type of research and development or another name
is Research and Development (RnD). The research and development method is a
research method which is a research method used to produce a particular product and
test the effectiveness of the product (Sugiyono, 2012). In RnD research methods are
the steps used or taken to carry out research in achieving the objectives of the
research. The product resulting from this research is an e-module of mathematics
learning based on discovery learning on flat-shaped material.
RESULT AND DISCUSSION
Research result
1. Analysis
The analysis stage carried out in this research is to conduct field studies and literature
studies which aim to develop the module to be developed.
a. Field study
Field studies were conducted by analyzing the needs obtained from
documentation, interviews, and observations. The results of the documentation show
that the learning media used in schools are modules or textbooks.
The results of interviews conducted with a resource person, one of the teachers
at SMP Islam Nurul Huda who is considered capable of providing the data needed in
this study. The informant revealed that:
"During the learning activity, the teacher must write on the whiteboard then the
students take notes and continue with the explanation of the material using the lecture
method, because many learning media or textbooks that are commonly used are
damaged, borrowed are not returned, so the number of books available not in
accordance with the number of students, as well as media-based teaching materials are
not owned by schools and also teachers do not have the ability to create E-Modules and
in the end teaching and learning activities only rely on notes on the whiteboard and
continued with lecture or demonstration methods. The results of the evaluation of the
class average value below the KKM. The KKM that has been determined is 75, but 60%
of students are able to achieve the KKM score. Many students do not understand the
concept of the material that has been taught. We really hope that the media is able to
facilitate students to learn to be enthusiastic, active, and able to understand the
concepts of the material being taught. Complete interview results can be seen in
appendix C.
In the implementation of observations, problems occurred during the learning
process, including the teacher using conventional methods in the learning process, the
teacher only assigned students to work on the practice questions in the textbook, some
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students looking silent and even some students looked sleepy, students confusion in
doing the questions, and the lack of interactive students with the teacher. From the
results of these observations get an overview of the preparation of learning media,
including the media developed must be able to attract students' interest to learn it, and
facilitate interactive learning activities. The complete observation results can be seen in
the appendix.
The data obtained from documentation, interviews, and observations are then
shown in the table below:
Table 1. Topics of common problems found
Problems Found
Common
Problem
Topic
Documentati
on
Interview
Media using
package
books
Using the
package
book
Media that
are often
used by
teachers
is a package
book
Questions
Exercises
Questions
From the presentation of the problems above, it is necessary to find a solution to
solve them. An alternative solution is to arrange learning media based on teaching
materials.
a. Literature study
The literature study step is the first step in media preparation. In this step,
curriculum analysis is carried out. The curriculum used by the school is the 2013
curriculum (K-13). Curriculum analysis is carried out by examining the KI, KD and the
indicators set at the school. The results of the study found KI, KD and indicators in the
flat material that requires learning media, in the form of electronic books, along with KI,
KD and their indicators.
1. Design
In making the design of teaching and learning materials, the researchers made it
as shown in the following table:
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Table 2. Product Design to be produced
Name
Picture
Information
Volume
Pages
E-learning modules start
with volumes
Basic competence and
learning experience
Conce
pt
maps
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Material
page
Display one of the
learning material
pages
1. Development
At this stage the researchers realized the design of teaching materials that had
been designed previously, and then validated by media experts and material experts to
be tested for the validity of the teaching materials developed. The validator team is
tasked with validating and providing corrections and instructive suggestions for the
improvement of product designs and test instruments. Corrections and suggestions
from the validator become a reference for product design revisions and test
instruments. The scope of the assessment by the validator includes the media and the
quality of the test instrument. The following table is the result of the validator's
assessment:
Table 3. Product Design Validation Results
Aspect
Percentage
Criteria
1
85,9%
Very Worthy
2
3
Table 4. Pretest Instrument Validation Results
No. Question
Percentage
Criteria
1
96 %
Very Worthy
2
90%
Very Worthy
3
90,5%
Very Worthy
4
96%
Very Worthy
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5
96%
Very Worthy
(Arikunto, 2014)
Table 5. Results of Posttest Instrument Validation
No. Question
Percentage
Criteria
1
96 %
Very Worthy
2
90%
Very Worthy
3
90,5%
Very Worthy
4
96%
Very Worthy
5
96%
Very Worthy
(Arikunto, 2014)
Based on the table of product design validation results obtained a percentage
value of 85.9% which states that learning teaching materials include criteria suitable for
use and validation of the content of Pretest and Posttest instruments with percentages
and criteria of 89.2% each very good. The validation sheet can be seen in full in
Appendix D, the design of this media and instrument product is then revised in several
parts according to the recommendations of the validator. The following is a list of
product design revision tables and test instruments:
Table 6. List of Product Revisions
No
Revision Suggestion
Specificati
on
1
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After receiving input and suggestions from the validator, further improvements
were made to the developed learning teaching materials. The following is a list of the
revised results of the developed teaching materials:
Table 7. Product Revision Results
No
Revision Suggestion
Specificati
on
1
1. Implementation
The implementation stage is the stage where the teaching materials developed
are used in classroom learning. The use of teaching materials is carried out in class VII
with 34 students. The use of these teaching materials aims to determine the practicality
of teaching materials, shortcomings, errors and weaknesses of these developed
teaching materials. In practicality, the assessment product is taken from the data from
the responses of teachers and students after the use of learning teaching materials.
The results of the calculation of the practicality of teaching materials based on the
teacher's response are as follows: :
Table 8. Calculation of Practicality of Learning Teaching Materials from
teacher responses
Total Score
68
Average Score
4,53
Classification
Layak
Ideal Percentage
90,6%
Widyoko (2012) (Arikunto, 2014)
Table 9. Results of Calculation of Practicality of Learning Teaching Materials
from Student Responses
Total Score of All Validators
2280
152
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Average Score
4.47
Total Ideal Score of All Validators
2550
Classification
Praktis
Percentage
89,4%
Category
Layak
The results of the calculation of the practicality of learning teaching materials by
students are 4.47 and are included in the practical category. As well as meeting the
ideal criteria for use with a percentage gain of 89.4%, the complete calculation can be
seen in appendix D.
1. Evaluation
The last stage is the evaluation is done by testing the effectiveness of the
learning teaching materials developed. The effectiveness of learning teaching materials
can be seen from the understanding of students' mathematical concepts. Students were
given a pretest before using the developed learning teaching materials and a posttest
after using the teaching materials. The results of the pretest and posttest were then
analyzed using the t-test which was previously tested for normality and homogeneity
first. The following are the stages of the results of the pretest and posttest analysis.
a. liliefors Uji Test
Normality test is used to determine whether the research sample comes from a
population with a normal distribution or not. This normality test uses the Liliefors test,
while the results of the calculations are as follows :
Table 10. Liliefors Test Results Pretest and Posttest
N
Sample
Mean
Deviation
Raw
Liliefors
Count
Lilief
ors
Tabel
Pretes
t
Postte
st
Pretes
t
Postt
est
Pretes
t
Postte
st
34
4.6470
59
12.558
82
1.2280
15
1.460
41
0.1810
18
0.1618
63
0.149
7
(Budiyono, 2009)
The calculation results show that i𝑡𝑢𝑛g is greater than 0.1497 with a pretest
i𝑡𝑢𝑛g of 0.181 and a Posttest ig of 0.162. So it can be concluded that the research
sample comes from a sample that is normally distributed. The complete calculation
results can be seen in appendix D.
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b. Uji Homogenitas
This test is used to determine whether the study population has the same
variation or not. The results of the homogeneity test calculation can be seen in the
following table :
Table 11. Analysis of Homogeneity Test Results of Pretest and Posttest
Variance of Each
Variable
1.51
2,13
F count
1,41
F table
1,84
Conclusion
Homogen
Sudjana (2005:205)
The calculation results show that i𝑡𝑢𝑛g is greater than 1.84 with i𝑡𝑢𝑛g of 1.41 so
it can be concluded that the research sample comes from a population that has the
same variance. The complete calculation results can be seen in appendix D.
c. Uji T sampel berpasangan dengan satu arah
Paired sample t-test with two different treatments was used to determine if the sample
experienced an increase in students' understanding of mathematical concepts. The
calculation results are as follows :
Table 12. T Test Analysis Results
𝑇
𝑡𝑎𝑏𝑒𝑙
𝑇
i𝑡𝑢𝑛𝑔
Kesimpulan
1,697
12,135
𝑇
i𝑡𝑢𝑛𝑔
> 𝑇
𝑡𝑎𝑏𝑒𝑙
From the results of the calculation of the mean between the pretest and
posttest, it can be seen that i𝑡𝑢𝑛g with a value of 12.135 is greater than , which is
1.697 and this indicates that the posttest score of students has a greater mean than the
pretest value. So learning teaching materials are said to be effective in increasing
students' ability to understand mathematical concepts. The complete calculation results
can be seen in appendix D.
A. Discussion
a. Development of learning teaching materials
The research method used in this study is research and development (RnD) with
the EDDIE development model consisting of five stages which include analysis, design,
development, implementation and evaluation. The product is made using the kvisoft
flipbook maker.
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Before the product is used, it must be validated by the validator. It aims to see
the validity of the developed product. There are four aspects that are seen by media
expert validators to provide an assessment, namely navigation, convenience, writing,
and appearance. Meanwhile, for material experts there are three aspects that are used,
namely, learning, material, and curriculum. The average validation result obtained is
85.9% for the developed media and includes the criteria for use.
b. Product practicality
In addition to looking at the validity of the product developed in this study, an
analysis of the practicality of the product was also carried out by giving questionnaires
to teachers and students. The questionnaire given to the teacher aims to see the
teacher's response when using teaching materials in learning. The assessment is carried
out looking at three aspects, namely learning, material, and curriculum. While the
questionnaire given to students aims to see student responses after learning using the
developed teaching materials, the assessment is carried out using three aspects,
namely convenience, motivation, and usefulness. The results obtained from the
teacher's response were 4.63, the ideal percentage of 90.6% and the results of the
student responses the score obtained was 4.47 and the ideal percentage of the student
responses was 89.4%.
Thus, based on the results obtained, it is said that the teaching materials
developed are in the appropriate and ideal category to be used in helping students
learn mathematics. According to students, the developed media is feasible to use
because it is easy to use, can motivate learning, is interesting, and is useful in helping
students learn.
c. Product effectiveness
In this study the effectiveness of the product can be seen from the results of the
pretest and posttest, pretest is given to students before learning using electronic-based
teaching materials (E-Modules) in learning, while posttest is given to students after
using e-modules. The results of the pretest before using the e-module showed that the
average number of pretest results for 34 students was 4.6 and none of the students
met the KKM score, while the average posttest result was 12.5 and the percentage was
89.3% or 76.5% students meet the KKM score. And the results of the analysis of the
mean of the pretest and posttest results obtained a value of i𝑡𝑢𝑛g 12,135 greater than
1,697. This result indicates that the e-module is effectively used because it has a
positive impact on students' ability to understand mathematical concepts..
B. The final product
The final product in this research is in the form of an electronic module (e-
module).
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Its use can be done or opened on a computer, laptop, and smartphone. The e-module
contains several things that distinguish it from the media in general, namely:
a. Title
In this section, the title or material to be studied is written on the media.
b. Theory
The material is presented with the discovery learning method, so students are more
involved in playing an active role in learning.
c. The practice questions are in the form of descriptions to measure and strengthen
the concepts they have found
The complete display of the final product of this e-module can be seen in appendix A
C. Relevant research
The following are relevant research or related to e-module teaching materials as
follows:
Research conducted by, (Putra, Wirawan, & Pradnyana, 2017) states that "based
on the results of research and discussion on simulation-assisted e-module research
oriented to problem solving on data communication subjects, the authors can draw the
following conclusions: a) the results the design and implementation of simulation-
assisted e-module development oriented to problem solving in data communication
subjects for class XI Computer and Network Engineering at SMK Negeri 3 Singaraja
using the stages of the problem based learning model has been declared successful.
This can be seen from the average percentage of the test results that have been carried
out. In general, students look enthusiastic and more active during the learning process,
b) the teacher's response to the development of e-modules assisted by simulations is
problem solving oriented in data communication subjects for class XI Computer
Network Engineering at SMK Negeri 3 Singaraja, the average is 47. If converted into a
response classification criteria table, the results are included in the very positive
category. Meanwhile, students' responses to the development of the data
communication e-module obtained an average of 67.80. If it is converted into a
response classification criteria table, the results are included in the very positive
category.
CONCLUSION
a. The development of this e-module goes through five stages, namely the stages of
analysis, design, development, implementation, and evaluation. At the analysis
stage, field studies were carried out by means of the documentation method, the
interview method, and the observation method. The documentation method aims
to determine the forms of media commonly used and the expected variations of
media. The interview method aims to determine the use of existing media, the
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advantages and disadvantages of existing media, and the wishes of the school
community to a variety of media to support learning. The method of observation
was carried out to determine directly the use of media and the impact of using the
media. The next stage is the media design and development stage which aims to
get a product design. The product design in this study is an electronic-based
module (e-module). At this stage, it includes curriculum analysis and literature
review to find solutions to existing problems, and continues with the preparation
of e-module product designs. The results of the media product are then validated
by experts and after the product design revision is based on constructive
suggestions from the new validator, the media is used in learning. Before using
the media students were given a pretest first, at the end after using the media
students were given a posttest to evaluate learning outcomes using e-modules.
b. The validity of the e-module teaching materials was analyzed from the results of
expert validation and obtained the criteria for use with an ideal percentage of
85.9%
c. The practicality of the developed e-module teaching materials was assessed from
the responses of teachers and students. The results of the analysis of teacher and
student responses showed a mean score of 4.53 and 4.47. Including practical
classification. And the ideal percentage of teacher response is 90.6% and student
response is 89.4% so that e-module teaching materials are included in the ideal
category to use.
d. And the product of this e-module teaching material is effectively able to improve
students' understanding of mathematical concepts in building materials with an
average posttest score of 12.5 students greater than the pretest score of 4.64 and
.76.7% of students fulfilling the score. KKM. And the results of the calculation of
the mean analysis with i𝑡𝑢𝑛g 12,135 greater than 1,697.
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