This study investigated the ways through which pre-service science and mathematics teachers at Dar es Salaam University College of Education (DUCE) can acquire competencies for integrating technology pedagogy and content in teaching. Specifically the study investigated the preservice teachers’ ICT integration competencies; practices that can be effective in enhancing pre-service science and mathematics teachers’ competency in integrating technology, pedagogy and content; as well as the impact of those practices in the development of preservice teachers’ technological pedagogical content knowledge.
An action research approach was employed in the study, employing the pre and post-intervention assessment of preservice teachers’ knowledge on technology, pedagogy and content. Planed interventions were carried out during the study, to enable preservice teachers to identify areas of weaknesses in their technology integration competencies, and propose alternative approaches for addressing the identified weaknesses. Student questionnaire, instructor interview and observation checklist were used to collect date before, during and after intervention. Researcher’s log book, digital camera and audio recorder were used in recording events and activities taking place during the study.
Findings revealed that when preservice teachers engage in hands on activities such as microteaching, lesson design and the opportunity to share their ideas with peers, they easily developed their technological pedagogical content knowledge. An analysis of knowledge change after the intervention, showed a significant difference between pre-intervention and post intervention preservice
teachers’ knowledge of TPACK. It is therefore concluded that, the adoption of hands on activities that uses technology and involve teachers in planning of what to teach, how to teach and with what technology to teach, and provision of an opportunity to share this plan with colleagues, can make a significant change in the development of TPACK among preservice teachers.
Table of Contents
Chapter One
Background of the Study
1.1 Introduction
1.2 Statement of the Problem
1.3 Research Questions
1.4 Contribution of the Study
1.5 Overview of the Study
Chapter Two
The Context of Tanzania
2.1 Teaching and Learning in Science and Mathematics
2.2 ICT Policy in Tanzania
2.3 ICT in Schools
2.4 ICT in Teacher Training Colleges
2.4.1 General Situation
2.4.2 The Situation at DUCE
2.5 Implementing ICT in Education in Tanzania: What Helps and What Hinders
Chapter Three
Theoretical Framework
3.1 ICT Integration in Education
3.2 TPACK in Science and Mathematics Teaching
3.3 TPACK Competencies for Pre-service Science and Mathematics Teachers
3.4 TPACK Training Package for Preservice Teachers
3.5 Summary and Way Forward
Chapter Four
Research Methodology
4.1 Research Design
4.2 Participants
4.3 Instruments
4.3.1 Student Questionnaire
4.3.2 Instructors’ Interview
4.3.3 Observation checklist
4.3.4 Researcher’s Log Book
4.4 Intervention
4.4.1 Microteaching
4.4.2 Training about TPACK
4.4.3 Peers’ Appraisal
4.4.4 Design of the Lesson
4.4.5 Presentation of the Lesson
4.4.6 Reflection
4.5 Data Collection Procedures
4.6 Data Analysis
4.6.1 Instruments’ Validity
4.6.2 Reliability Analysis
Chapter Five
Findings
5.1 Preservice teachers Competency in the Use of ICT in Teaching
5.2 Practices that are Effective in Enhancing Technology Integration Competencies
5.2.1 Microteaching (one)
5.2.2 Training (Introducing the Concept of TPACK)
5.2.3 Design of the Lesson
5.2.4 Lesson Presentation (Microteaching two)
5.2.5 Reflection on the Project (post intervention)
5.3 The Impact of the Intervention on TPACK Competency
Chapter Six
Summary, Discussion, Conclusions and Recommendation
6.1 Summary of the Findings
6.2 Discussion
6.2.1 Developing TPACK among Preservice Teachers: Effective Practices
6.2.2 The Impact of Interventions
6.3 Conclusion
6.4 Recommendations
Research Objectives & Topics
This study aims to investigate how pre-service science and mathematics teachers at the Dar es Salaam University College of Education (DUCE) can develop the necessary competencies to integrate technology, pedagogy, and content in their teaching. The primary research question explores the effectiveness of hands-on intervention activities in fostering Technological Pedagogical Content Knowledge (TPACK) among these teachers.
- Analysis of current ICT integration competencies among pre-service teachers.
- Identification of effective pedagogical practices for technology integration.
- The impact of action research interventions (e.g., microteaching, lesson design) on TPACK development.
- The relationship between instructor influence, resource availability, and student competency.
- Development of strategies to bridge the gap between theoretical training and practical classroom application.
Excerpt from the Book
4.4.1 Microteaching
In a group of seven, preservice teachers designed and presented a technology integrated lesson to their colleagues (microteaching). The microteaching was conducted in computer lab, to allow preservice teachers who prepared a computer based instruction to have access to computers. Data were collected by using an observation checklist which was rated by peer students and the researcher. During observation, attention was paid on how preservice teachers were using technology to facilitate learning. Each presentation was video taped to ease the reflection during the peer discussion which followed after microteaching. The discussion was aimed to assess the preservice teachers’ knowledge of integrating technology, pedagogy and content to form TPACK. At this moment the discussion was not successful because most of the preservice teachers had no idea about TPACK. Thus, training was conducted to introduce the concept of TPACK.
Chapter Summaries
Chapter One: Provides the introduction to the study, defining the research problem regarding the low uptake of ICT in Tanzanian schools and outlining the research questions and objectives.
Chapter Two: Describes the educational context in Tanzania, focusing on challenges in science and mathematics education and the current state of ICT policy and infrastructure in teacher training colleges.
Chapter Three: Establishes the theoretical framework by reviewing literature on ICT integration, the TPACK model, and the requirements for pre-service science and mathematics teachers.
Chapter Four: Details the action research methodology, including the participants, data collection instruments (questionnaires, interviews, observations), and the planned intervention phases.
Chapter Five: Presents the study findings, analyzing the initial competencies of teachers and the results of the intervention activities in improving their technological pedagogical content knowledge.
Chapter Six: Offers a summary of the findings, discussion of the results, conclusions drawn from the study, and recommendations for future improvements in teacher education programs.
Keywords
ICT integration, TPACK, Science and Mathematics Education, Pre-service teachers, Teacher training, DUCE, Action research, Technology, Pedagogy, Content knowledge, Microteaching, Lesson design, Educational technology, Tanzania, Pedagogical content knowledge
Frequently Asked Questions
What is the core focus of this research study?
The study focuses on how pre-service science and mathematics teachers at the Dar es Salaam University College of Education (DUCE) can acquire the competencies to effectively integrate technology, pedagogy, and content into their teaching practices.
What are the central themes addressed in the work?
The work addresses themes such as ICT integration challenges in developing countries, the TPACK framework, teacher preparation programs, and the efficacy of hands-on instructional strategies.
What is the primary research goal?
The primary goal is to determine which intervention practices are effective in promoting pre-service teachers' ability to integrate technology with subject matter and pedagogical methods, ultimately leading to improved TPACK.
Which scientific method was applied in this research?
The study employed an action research approach, which involved pre- and post-intervention assessments, surveys, instructor interviews, and practical cycles of lesson planning, microteaching, and peer appraisal.
What is covered in the main section of the book?
The main sections cover the background of the study, the Tanzanian educational context, theoretical underpinnings of TPACK, the research design and methodology, empirical findings, and a final discussion with actionable recommendations.
What specific keywords characterize this academic work?
Key terms include ICT integration, TPACK, pre-service teacher training, action research, and science and mathematics education, reflecting the study's focus on bridging theory and practice.
How does the lack of infrastructure impact teacher competency at DUCE?
The study found that a limited supply of technological tools and low internet bandwidth at the college significantly hindered the pre-service teachers' ability to practice and develop their technology integration skills.
What role did microteaching play in the intervention process?
Microteaching served as an authentic learning activity where students designed and presented lessons to peers. It allowed participants to reflect on their teaching performance and identify gaps in their integration of technology, pedagogy, and content.
Why did the researchers introduce the TPACK framework after the first microteaching session?
Initial microteaching sessions revealed that most pre-service teachers had no knowledge of TPACK. Formal training was introduced to provide them with the theoretical foundation needed to better integrate technology into their teaching.
What is the cyclic process of TPACK training mentioned in the study?
The process involves a continuous cycle of planning, teaching, critiquing, re-planning, and re-teaching, allowing pre-service teachers to refine their lessons based on peer feedback until technology is effectively integrated.
- Quote paper
- Ayoub Kafyulilo (Author), 2011, Practical Use of ICT in Science and Mathematics Teachers’ Training at DUCE, Munich, GRIN Verlag, https://www.grin.com/document/179521
