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Implementing Constructivist Web-Based Learning and Determining its Effectiveness on a Teacher Preparation Course

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This paper describes the design of an online course to reflect a constructivist approach to teaching and learning, and how students are able to identify the constructivist elements of the course. Key to this study is to determine how effectively the student participants believe the course prepares them to become K-8 teachers, and which elements of the course are most beneficial and which are not. Ninety-four percent of the students who took the course over two semesters were able to identify at least four of the constructivist elements of the course. Furthermore, 100% of the student participants found the course to be effective. The data stem from pre- and post-questionnaires and instructor course evaluations.
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Implementing Constructivist Web-Based Learning and Determining its
Effectiveness on a Teacher Preparation Course
Martha Casas, University of Texas at El Paso.
Abstract
This paper describes the design of an online course to reflect a constructivist approach to
teaching and learning, and how students are able to identify the constructivist elements of the
course. Key to this study is to determine how effectively the student participants believe the
course prepares them to become K-8 teachers, and which elements of the course are most
beneficial and which are not. Ninety-four percent of the students who took the course over two
semesters were able to identify at least four of the constructivist elements of the course.
Furthermore, 100% of the student participants found the course to be effective. The data stem
from pre- and post-questionnaires and instructor course evaluations.
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Introduction
Teacher education programs play an important role in our society because they serve the public
interest. One of the primary responsibilities of teacher education programs is to produce effective
classroom teachers. Pedagogical research has demonstrated that constructivism can help
teachers become successful in the classroom (Emmer & Gerwels, 2002; Vaughan, 2002; Deeds
& Allen, 2000; Carlin & Ciaccio, 1997). Therefore, it is in the best interest of preservice
teachers that they become familiar with a constructivist philosophy of teaching and learning.
Constructivism is an approach to teaching and learning that acknowledges that information can
be conveyed but understanding is dependent upon the learner.
The need for adopting a constructivist approach to Web-based learning is not new. Researchers
have been advocating the need for applying constructivism to online learning for over a decade
(Bostock, S. J., 1998; Richardson, 1997; Yang, 1996; Spiro, Jacobson, & Coulson, 1995;
Jonassen, 1994). In general, a constructivist approach to learning focuses on the development of
problem solving and thinking skills (Eisner, 2004; Fosnot, 1996). Additionally, constructivism
emphasizes the learner’s ability to solve real-life problems and practical problems (Richardson,
2003; Caine et al., 2002). Implementing a constructivist approach to learning requires that
students be exposed to complex activities, such as engaging and reflecting, annotating,
questioning, answering, pacing, elaborating, discussing, inquiring, problem solving, linking,
constructing, analyzing, evaluating, and synthesizing (Oberlander & Talbert-Johnson, 2004;
Gueldenzoph, 2003; Berge, 1999).
This paper describes how a constructivist Web-based course was designed and how students at
the completion of the semester were able to identify the constructivist elements of the course.
Three research questions were used to design the online course:
1. How can constructivism be built into the design and delivery of an online course?
2. Will the students be able to identify the constructivist elements of the course at the
completion of the semester?
3. How effective do students believe the course prepares them to become K-8 teachers?
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Background
In the year 2003, the author was asked by the director of the Alternative Certification Program
and the Chair of the Teacher Education Department to transform a face-to-face teacher
preparation course into an online course. The initial reaction was reluctance, for three reasons.
1. The course requires a large amount of group work which online students might face
significant hurdles to complete successfully.
2. The thought of students working online from different cities throughout the state made
her feel uncomfortable as a teacher educator because it seemed such an impersonal way
for students to learn.
3. A concern that an online course could not be taught constructively.
In essence, there was concern that teaching on line would come with a price, namely, the
sacrifice of philosophical beliefs regarding how students learn, and the need to model a
constructivist approach to teaching and learning to preservice teachers. However, despite
these reservations, the author began reading about online instruction, and within two months
began designing an online format of the face-to-face teacher preparation course.
Developing the Online Course
The design of the course took one full year to complete. After reading an extensive amount of the
literature, adoption preference was for Egbert and Thomas’s (2001) condensation of Dick and
Carey’s nine components listed in their model for instructional design (1985). In short, Egbert
and Thomas have distilled the Dick and Carey model into three stages: Design, Development,
and Evaluation/Revision.
Sample
The student participants taking this online course are enrolled in the Alternative Certification
Program, are post-baccalaureate, and have earned undergraduate degrees in disciplines outside
the field of education. The course is Curriculum Development and Design (K-8) and serves as an
introduction to contemporary conceptions of curriculum and instruction as related to teaching in
elementary and middle schools. Also, the course content includes instruction on constructivism,
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national standards, classroom management, authentic learning and assessment, cooperative
learning, and state testing initiatives. In short, this course aims to prepare preservice teachers for
entering the classroom, and to help them pass the Texas Examinations of Educator Standards
(TExES) (Texas State Board of Education, 2002).
The data collected in this qualitative study stem over two course semesters. The course was first
taught in the fall of 2004 and later in the summer of 2005. This online course is rotated with the
face-to-face format of the course. The fall class consisted of 15 students, while the summer class
was composed of 25 students. The total number of students from both semesters was 40.
Design
At first, the instructional goals were identified, an instructional analysis completed, and
characteristics of the learners was determined as suggested by Egbert and Thomas. Colleagues
were asked to help with the instructional analysis and to gather data from the Alternative
Certification Program to determine the needs and characteristics of the students who would be
enrolled in the course.
Embedded into the design of the course is the requirement that all students during the first week
of instruction must complete a Course Introduction Questionnaire in which they are asked to
provide:
1. A definition of constructivist learning,
2. Information regarding any previous work experience with children,
3. What they would like to learn in this course,
4. If they have taken online courses before, and
5. Describe any concerns they might have regarding working online (see Figure 1).
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Figure 1: Course (Introduction) Pre-Questionnaire
1. Please provide a definition of constructivist learning.
2. Have you worked with children at any age level in the past? If so, please provide some
background information regarding your involvement with children? (This may include the
providing of religious instruction).
3. What would you like to learn in this course? Please be as specific as possible.
4. Have you taken online courses in the past? If so, please list these courses and provide a brief
description of each.
5.
Do you have any concerns about working online? If so, please describe.
At the end of the course, students are given a post-questionnaire to determine if there has been a
change regarding the criteria specified in numbers (1) (3) and (5). Numbers (2) and (4) are
omitted from the post-questionnaire (see Figure 2). Also, students are asked to list and describe
on the post-questionnaire the factors that were instrumental in bringing about a change, if any.
Figure 2: Post-Questionnaire
1. Please provide a definition of constructivist learning. If your definition has changed from the first
definition you provided on the Course Introduction Questionnaire please list and describe the
reasons for this change?
2. Do you believe that you learned the content that you wanted from this course? Please explain.
3. Do you still have the same concerns about working online as you did at the beginning of the
course? If yes, please describe. If no, please tell me what helped to diminish your anxieties
regarding these concerns?
Development
Constructivism is an approach to teaching and learning that acknowledges that information can
be conveyed but understanding is dependent upon the learner. In short, learners develop their
own understanding of the topics they study instead of having it delivered by others. Since
constructivism places the learner in the center of the learning process, the course curriculum was
developed to give students a hands-on approach to learning. Simply stated, students would be
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learning by doing. The major project students do in the course is to design an interdisciplinary
thematic unit. This assignment requires group work consisting of three or four students. Each
student selects a grade level (K-8) to design a thematic unit and then emails his/her choice to the
instructor. Students are encouraged to select grade levels in which they are currently teaching via
emergency permits or grade levels that they hope to teach in the future so that the unit will have
a practical use. Once the students have sent their preferred grade levels to the instructor, they are
grouped with other students who have selected the same grade level. If a student selects a grade
level in which no other students have expressed an interest, the student is asked to select a grade
level higher or lower in order to be able to work with fellow classmates. Then the instructor
assigns the groups and gives out the email addresses to the students in the group so that they can
contact their group members. Students have online access to the email addresses of all class
members.
To facilitate the students’ learning, a steady stream of online discussions via the Discussion
Board helped develop a positive instructor/student relationship designed to enable students to
feel comfortable about asking questions regardless of the simplicity or complexity of the
question.
There are eight lessons in the course: Intellectual Development of Children, Constructivism,
Integrating Curriculum, Cooperative Learning, Classroom Management, Assessment, Concept
Mapping and Curriculum Mapping, and the Texas Assessment of Knowledge and Skills (TAKS).
Lessons and activities have been designed to help the students gain knowledge in each of these
topics. Each lesson is divided into four sections: Instructions and Assignments, Thematic Unit
Preparation, Lecture Notes, and TExES practice questions.
The goals and objectives of each lesson are learner-centered. Content delivery is sequential and
linked in that each lesson builds upon the previous one. University colleagues were asked to read
the lessons to provide important feedback. All instructions for completing assignments are
succinctly stated. Also, lecture notes are provided to supplement textbook and online readings.
Some of the lessons require students to observe children in classrooms, take notes and share their
observations via the Discussion Board. Students must teach two of the lessons that they have
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designed for their thematic units to actual children in school classrooms or daycare centers. The
preservice teachers are asked to describe how they believe the lesson went (i.e., what worked
well and what did not). In addition, students are emailed a teaching assessment form that is given
to the teacher/director in charge of the classroom or daycare center to complete and send back to
the instructor (see Figure 3).
Figure 3: Teaching/Director Assessment Form
Delivery of the Lesson:
1. Describe how the lesson went as a whole.
2. Did the teacher follow the lesson plan?
3. Was the preservice teacher well-prepared for teaching the lesson by having all the necessary
resources and materials needed to teach the lesson?
4. Did the teacher state the objectives of the lesson to the children?
5. What instructional strategies did the preservice teacher implement with the children (i.e.
cooperative learning, choral reading, concept mapping, etc.)?
6. Describe the classroom management strategies implemented by the preservice teacher.
Student Engagement:
1. Were the students engaged in the lesson? If so, please describe the students’ behavior.
2. Were all students given opportunities to respond to questions and participate in the activities?
3. Were the students given opportunities to select the type of topics they wanted to study? (If
applicable)
Assessment:
1. What type of assessment(s) of student work did the preservice teacher implement?
2. At the end of the lesson, did the teacher ask the children what they learned from the lesson? Did
he/she validate the students’ comments?
In every lesson there is some activity or assignment that helps the students work toward
completing the thematic unit. For example, once students have been assigned to a group, each
group has 14 days to determine the topic of their thematic unit and then design a concept map to
submit to the instructor for evaluation via email or the Digital Drop Box. Students are
encouraged to post their concept maps on the Discussion Board for their colleagues to view and
to provide feedback. Early in the semester, an announcement is sent advising students to issue
their comments in a positive and constructive manner.
Establishing dialogue between the groups is essential for helping students feel that they belong to
a close-knit class even though they may be working hundreds of miles away. The Discussion
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Board plays an integral part in the course. In the beginning, the instructor presents a question or
comment for students to respond to; however, as students become more comfortable with the
online course, they present the questions and topics for discussion. Students are encouraged to
add new threads to the discussion if they choose.
Handouts describing and listing all the requirements of the thematic unit are provided at a link
site entitled “Important Handouts.” To help students with understanding what a thematic unit is,
a link was developed so that students could view a sample unit. One of the major requirements
is that all lessons in the unit must be original and not photocopied or downloaded from the
Internet. Students must design their lessons according to the criteria specified on a checklist
handout (see Figure 4, page 15 and 16). All students can view this checklist at any time by
simply clicking on the designated link. The instructor uses this same checklist to evaluate the
thematic units. Also, students have been given technical access to conduct their group work
activities via discussion board, email, and file exchange. The students have the entire semester to
work on their units.
In order to ensure that all students are contributing to the thematic unit, each student must
evaluate his/her performance and that of each group member via a rubric in which 1 is the lowest
and 5 is the highest (see Figure 5, page 17). This tool has been helpful in reducing the number of
complaints from students who claim that particular members of the group are not completing
their share of the work. Moreover, the use of rubrics reflects authentic assessment which is an
integral part of constructivist teaching.
Evaluation/Revision
The goals for this course are for students to recognize the constructivist elements of the content
and its design; and to evaluate the effectiveness of the course. The assessment tools used to
determine student success at identifying the constructivist elements consist of the author’s pre-
and post-questionnaires and the instructor’s end of course evaluation. The end of course
evaluation requires students to explain how effective they believe the course was in preparing
them to become K-8 teachers; and which elements of the course were most beneficial and which
were not (Figure 6).
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Figure 6: Instructor’s End of Course Evaluation
1. Do you believe that TED 5319 follows a constructivist approach to teaching and learning? If yes,
please list the constructivist elements of the course and describe how each is embedded into the
instructional design of the course? If no, please state why.
2. Please explain how effective you believe this course is in preparing K-8 classroom teachers. What
elements of the course were beneficial to you?
3. What elements of the course were not beneficial to you?
Course revisions are based on student comments. In order for students to feel comfortable in
evaluating the course without any fear that their grades may be adversely affected by comments
they make on their evaluations, students are asked to email or send via regular mail their
evaluations to the instructor after they have received their course grades. Unlike students in a
face-to-face format of the course who are asked to submit anonymous evaluations placed lying
on the back table as they exit the classroom, online students do not have that same luxury of
anonymity. They are encouraged to send their course evaluations to the instructor after the
course is officially over.
Results
Although this online course has been taught for only two semesters, the results are promising. Of
the 40 students taking this course, 35 sent in their final course evaluations reflecting an 87%
response rate. The data reveal that all 35 students believed that the course is grounded in
constructivism. Also, 94% of the 35 students were able to identify at least four of the
constructivist elements of the course. The four elements identified most often were:
1. Designing an interdisciplinary thematic unit,
2. Applying knowledge learned from the course to teaching children in actual classrooms,
3. Increasing their understanding of the course content by participating in discussions via
the Discussion Board, and
4. The use of rubrics to assess each group member’s participation and performance.
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Comments on the pre-questionnaire from both semesters establish that some students had no
knowledge of constructivism, while others had some familiarity with the concept. At the
beginning of the semester, one student wrote,
“I have to admit that I have no idea what constructivist learning is.” However, at the
end of the semester this same student wrote “Constructivist learning is when children
are actively involved in learning experiences. They build their own knowledge. They
interact with their environment or community in which new experiences are
connected with past experiences.”
Regarding how effective the course was to preparing them to become K-8 teachers, 100% of the
students found the course to be effective. As one student wrote on the course evaluation form;
“I have definitely been introduced to the interesting field of teaching. Coming from
a business background, this course gave me a step towards my career in teaching. To
begin with, the mere knowledge of how children are different, and how they each
learn differently was an interesting aspect. . .
The thematic unit was the most interesting activity. By following and identifying
the required Texas Essential Knowledge and Skills, I learned that lesson plans are
not the nightmare that I once thought they could be. It was a GREAT and FUN
experience taking this course. I felt this course introduced me to areas which will
assist me in my future career. I’m ready for the TExES exam.”
Moreover, 35 of the students stated that the content they learned most effectively in the course
was designing good lesson plans, learning about classroom management, and studying different
instructional strategies. As one student wrote on the post- questionnaire:
“The course has opened my eyes and given me ideas for my classroom. The
importance of classroom management, the importance of well-designed and well
thought out lesson plans, different learning techniques, etc. is all useful information
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to help in the teaching profession. The thematic unit is a great practice tool along
with the other assignments that make you think. This assignment (thematic unit), for
example, makes you dig deeper for answers. Once you think about it and reflect on
your answers, you feel good knowing that you understand. Constructivist learning is
great. . .”
The summer course, however, was problematic for one student. She stated that time was a
negative factor to her online experience because her group had only eight weeks to complete the
thematic unit while students who took the course in the fall had more time to complete their
projects. As she wrote:
“I enjoyed talking on the Discussion Board, and I thoroughly enjoyed working in
groups. I have to be honest with you though, this class was extremely fast-paced
because I took it in the summer. I might have had more time to enjoy it even more
and learn more had I taken it in the fall or spring.”
Implementing a constructivist approach to designing an online teacher preparation course is
doable. Giving students a Course Introduction Questionnaire to determine their knowledge of
constructivism and their levels of experience working on line helped the author gain important
background knowledge about her students. She was able to assess their strengths and
weaknesses. Moreover, adopting and weaving constructivism into the course design afforded
students the opportunities to construct their own knowledge by using their different cognitive
abilities to learn and interact with peers, teachers, and children. In addition, the interdisciplinary
thematic unit allowed students to capitalize on their interests, working styles, and learning styles.
Each group selected the topic for the thematic unit and negotiated the roles and assignments that
each member would perform. Also, giving students opportunities to evaluate each other and
themselves via a rubric is a key example of authentic assessment which falls under the
constructivist approach to teaching and learning.
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Conclusion
Initially, the author had strong misgivings about teaching online, but soon realized that teaching
a Web-based course via the Internet is an effective medium for preparing preservice teachers to
enter the classroom. A direct result of this experience is the belief that online instruction is not
an impersonal way to learn. The experience of teaching on line has illuminated that instructors
can come to know their online students as well as they do their face-to-face students. More
importantly, however, being able to maintain a constructivist approach to teaching and learning
has made the author’s online teaching experience a positive one.
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References
Berge, Z.L. (1999). Interaction in post-secondary web-based learning. Educational
Technology, 39 (1), 5-11.
Bostock, S.J. (1998). Constructivism in mass higher education: A case study. British
Journal of Educational Technology, 29 (3), 225-240.
Caine, G., Caine, R.N., & McClintic, C. (2002). Guiding the innate constructivist.
Educational Leadership, 60 (1), 70-73.
Carlin, M.B., & Ciaccio, L. (1997). Improving high school students’ performance via
discovery learning, collaboration and technology. T H E Journal, 24(10), 62-66.
Deeds, D., & Allen, C.S. (2000). A new paradigm in integrated math and science courses.
Journal of College Science Teaching, 30 (3), 178-184.
Dick, W., & Carey, L. (1985). The systematic design of instruction. (2
nd
ed.). Glenview, IL:
Scott Foresman.
Egbert, J., & Thomas, Michael. (2001). The new frontier: A case study in applying
instructional design for distance teacher education. Journal of Technology and
Teacher Education 9 (3), 391-405.
Eisner, E.W. (1994). Cognition and curriculum reconsidered. New York, New York:
Teachers College Press.
Emmer, E.T., & Gerwels, M.C. (2002). Cooperative learning in elementary classrooms:
Teaching practices and lesson characteristics. The Elementary School Journal, 103
(1), 75-92.
Fosnot, C.T. (1996). Constructivism: theory, perspectives, and practice. Fosnot, (Ed.).
New York, New York: Teachers College Press.
Gueldenzoph, L.E. (2003). The integration of constructivist theory and socialization to distance
(online). Delta Pi Epsilon Journal, 45 (3), 173-182.
Jonassen, D.H. (1992). Cognitive flexibility theory and its implications for designing CBI. In S.
Dijkstra, H.P.M. Krammer & J.J. C-T. Van Menienber (Eds). Instructional Models in
Computer-Based Learning Environments, 385-403. Berlin: Springer-Verlag.
Oberlander, J. & Talbert-Johnson, C. (2004). Using technology to support problem-based
learning. Action in Teacher Education, 25 (4), 48-57.
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Richardson, V. (2003). Constructivist Pedagogy. Teachers College Record, 105 (9),
1623-1640.
___________. (1997). Constructivist teacher education: building new understandings.
Richardson (Ed). London, England: Falmer Press.
Spiro, R.J., Feltovich, P.J., Jacobson, M.J., & Coulson, D.K. (1995). Cognitive flexibility,
constructivism, and hypertext: Random access instruction for advanced knowledge
acquisition in ill-structure domains. Educational Technology, 31 (5), 24-33.
Texas State Board of Education. (2002). Texas Examinations of Educator Standards.
Austin: Texas State Board of Education.
Vaughan, W. (2002). Effects of cooperative learning on achievement and attitude among
students of color. The Journal of Educational Research, 95 (6), 359-364.
Yang, S.C. (1996). Designing instructional applications using constructive hypermedia.
Educational Technology, 36 (6), 45-50.
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Figure 4: Thematic Unit Checklist
Requirements
Yes No
1. Planning approach or concept map; web ____ _____
2. Narrative reflects on the planning process ____ _____
3. Grade level or age level is clearly identified ____ _____
4. Rationale ____ _____
5. Project duration of the unit is indicated ____ _____
6. Central theme of the unit is clearly identified ____ _____
7. Unit outline or overview accurately describes
the unit ____ _____
8. List of goals ____ _____
9. Instructional objectives are congruent with
the goals ____ _____
10. Instructional activities will help meet the
objectives _____ _____
11. Instructional activities are appropriate to the
grade level _____ _____
12. Procedures are clearly spelled out for all
lessons _____ _____
13. Lesson introductions provide bridging
and focus _____ _____
14. Lesson closures provide reinforcement
and synthesis _____ _____
15. Lesson activities provide for different
learning styles _____ _____
16. Assessment strategies are appropriate and
and sufficient _____ _____
17. Lesson plans are written in a consistent,
proper format (photocopied lessons from
guides or teacher manuals are not accepted)
font size must be the same size and style
of print must be the same _____ _____
18. At least 2 content areas are included in each
lesson _____ _____
19. The introductory lesson/activity introduces
the topic, assesses prior knowledge, and arouses
student interest _____ _____
20. The culminating lesson/activity will
synthesize what has been learned and bring
together “loose ends.” _____ _____
21. Supplemental materials are sufficient and
appropriate _____ _____
----letter to parents ---possible field trip(s)
---list of resource speakers ---plans for 1 bulletin board
---plans for 1 learning center ---annotated list of 5 internet sites
---annotated list of 10 trade books ---technology project (may be one of the lessons)
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A brief description of each requirement follows:
1. The title page includes topic/theme title, names of the preservice teachers, grade level, and
projected duration of unit.
2. A rationale offers a justification for why children need to learn the content contained in the unit.
3. A table of contents demonstrates a chronological arrangement of the unit, headings, and page
numbers.
4. A web or concept map is used to help generate, organize, and make connections between ideas in
the unit.
5. A clearly written list of goals and objectives for the unit that are age or grade appropriate provide
the framework of the lesson plans.
6. A narrative of the planning process allows students to reflect on how they worked on the project.
They state what worked well for the group and what did not.
7. Five lesson plans are written to cover a five day period. Each lesson integrates at least two
content areas. Each of the content areas must be represented at least once in the unit.
8. The resource packet includes: a letter to parents about a field trip; list of resource speakers; a
letter to parents explaining the thematic unit; plans for one bulletin board; plans for one learning
center; a technology project, an annotated list of at least four Internet sites appropriate to the unit;
and an annotated list of at least eight trade books appropriate to the unit.
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Figure 5: Student Rubric for Group Evaluation
Please evaluate yourself and the members of your group according to the following criteria. Rate
yourselves 1 to 5 with 1 being the lowest and 5 being highest. Email this evaluation form to the
instructor.
Name____________________________
______responded to email messages promptly
______responded via the Discussion Board
______completed work according to set deadlines issued by the group
______worked cooperatively with group members
______was easy to contact
Name____________________________
______responded to email messages promptly
______responded via the Discussion Board
______completed work according to set deadlines issued by the group
______worked cooperatively with group members
______was easy to contact
Name____________________________
______responded to email messages promptly
______responded via the Discussion Board
______completed work according to set deadlines issued by the group
______worked cooperatively with group members
______was easy to contact
Name____________________________
______responded to email messages promptly
______responded via the Discussion Board
______completed work according to set deadlines issued by the group
______worked cooperatively with group members
______was easy to contact
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... According to Woodard (2004), weaker students feel anxiety towards mathematics and this anxiety affects their performance in mathematics. The quality of education that teachers provide to students is dependent upon what teacher do in their classroom (Zakaria & Iksan, 2007) Research has proved that constructivism helps the teacher to be successful in their classrooms (Casas, 2006). Cooperative Learning refers to a family of instructional strategies/models in which students work together to enhance the learning of each other. ...
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Cooperative Learning strategy is being used at all grade levels and in all subject areas across the world but its potential as an alternative to traditional teaching strategy has not been fully explored in most schools in Pakistan. Thus, this experimental study was conducted to explore the effects of Cooperative Learning on academic achievements of 9th grade maths students studying in private schools of Lahore. Further, the students‟ academic achievement was compared on the basis of high and low level of achievement in mathematics. The students (50 students) were randomly assigned to both (x25 to each) experimental and control group. The instrument to measure the students‟ achievement in math consisted of maths achievement tests which have 30 items. The results showed that the students taught by the cooperative learning showed higher achievement in math than those students taught by the traditional method. As it is proved through the results that cooperative learning enhances the students‟ academic achievement in mathematics. So it should be deployed while teaching mathematics so the students‟ achievement in math could be maximized.
... This theory involves the suppression of student activities. According to Martha (2006), the application of this approach will expose students to complex activities such as creating relationships, reflecting, asking and answering questions, describing the content of the lesson, discussing, solving problems, constructing ideas, analyzing and synthesizing ideas. According to Brainer (1999), students build their knowledge by testing ideas and approaches based on existing knowledge and experience, and then apply it in new situations as well as integrate new knowledge acquired by existing intellectual construction. ...
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... Their effectiveness in engaging different learners, sparking class discussions and pushing the learning focus back on the students themselves was affirmed by Baralt, Pennestri and Selvandin (2011) in their action research project exploring the effect of introducing the use of Wordles in the teaching of Spanish. In this sense, text visualization tools provide a scaffold that can support "objective thinking" (deNoyelles & Reyes-Foster, 2015, p. 18) and the important learning students engage in as they investigate a topic and shape their own understandings of the themes in question (Casas, 2006;Wilson & Lowry, 2000). Practically speaking, visualization tools are often used on students work, either grouped together (Baralt, Pennestri & Selvandin, 2011;Kitchens, 2014) or individually to analyse understandings of topics (pre and post intervention), breadth and appropriateness of vocabulary, student feedback, reflective papers and to provide formative feedback (DaPaolo & Wilkinson, 2014). ...
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