About Course
The Master of Arts in Education and Technology program is designed to equip educators with advanced skills and knowledge to effectively integrate technology into teaching practices. This program provides a comprehensive overview of educational technology, instructional design, and emerging trends in the field. Graduates gain a deep understanding of how technology can enhance learning experiences and improve academic outcomes. Through a combination of theoretical coursework and hands-on practical experiences, students develop the expertise needed to thrive in today’s digitally driven educational environments.
What Will You Learn?
- - Design Instructional Content
- - Understand Educational
- - Development of Learning Technologies
- - Implementation of Community-based Learning Technologies,
- - Research of Learning Technologies
- - Educational Technologies
- - AI Technologies
- - Ideas and data from Learning Sciences
- - Creation and assessment of Technologies
- - New and Modern Technological skills.
- Topics like learning design, design thinking, artificial intelligence, and learning analytics are among those offered as optional modules.
Course Content
Welcome to the Master of Arts in Education and Technology
This master's level course explores the dynamic intersection of teaching and technology in the contemporary educational landscape. Through a blend of theoretical frameworks, practical applications, and case studies, students will delve into innovative methods, tools, and strategies that enhance the teaching and learning process. Participants will critically analyze the impact of technology on pedagogy, curriculum design, and student engagement, and develop skills to integrate various technological resources effectively. This course aims to empower educators to harness the power of technology for creating engaging and effective learning environments.
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Programme Introductory
02:59
Module One: Introduction to Education and Technology
Nowadays, education policy and practice are heavily reliant on the application of digital technologies. Participants will learn about some of the most important issues in the field and get answers to some fundamental, often unanswered questions about the growing use of digital technologies in education.
The use of digital technologies in compulsory and post-compulsory educational settings, as well as the following important questions about education and technology, will be covered in this module: Does digital technology alter the educational process and its purpose? Are the advantages of using digital technology in education supported by solid evidence? What can we learn from history about how educational theory and practice have been influenced by technology?
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Introduction: Education and Technology
04:12 -
Interpretation of Education Technology
04:19 -
Two Major Components of Education Technology
05:53 -
Psychological Basis of Education Technology
06:06 -
Dimensions of Education Technology
10:39 -
Introduction to Education and Technology
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Type of Technology: Teaching Technology
03:58 -
Types of Technology: Instructional Technology
04:30 -
Instructional Technology: Teaching
04:17 -
Instructional Technology: Learning
03:58 -
Instructional Technology: Instruction
04:21 -
Types of Educational Technology
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Introduction: Historical Development of Educational Technology
05:56 -
Historical Development of Educational Technology: Mass Communication Age
10:46 -
Historical Development of Educational Technology: Age of Book and Chalkboard
09:05 -
Historical Development of Educational Technology
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Introduction: Historical Development of Educational Technology in Zambia
04:15 -
Historical Development of Educational Technology in Zambia: Pre Missionary Era
04:38 -
Historical Development of Educational Technology in Zambia: Era of Missionary Activities
08:12 -
Historical Development of Educational Technology in Zambia: Government Support for Educational Technology
10:09 -
Historical Development of Educational Technology in Zambia: Foreign Intervention
03:21 -
Historical Development of Educational Technology in Zambia: Educational Technology in Zambia’s Higher Institutions
03:21 -
Historical Development of Educational Technology in Zambia
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Introduction: Information and Communication Technology in Distance Education
04:05 -
Meaning of Distance Education Learning
07:20 -
Meaning of Distance Education Learning: Open Learning
06:02 -
Meaning of Distance Education Learning: Flexible Learning
05:00 -
Meaning of Distance Education Learning: E-Learning
03:42 -
ICT and Teacher Education in Zambia
03:42 -
Common Media in Distance Learning: Radio
14:11 -
Common Media in Distance Learning: Radio & Audio Teleconferencing
06:11 -
Common Media in Distance Learning: Television
04:24 -
Common Media in Distance Learning: Video Tapes
03:54 -
Common Media in Distance Learning: Computer Assisted Learning
09:09 -
Information and Communication Technology in Distance Education
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Introduction: Education Resource Centres
10:56 -
Overview of Educational Resource Centres
03:53 -
Educational Resource Centres
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Introduction: The Communication Process
02:59 -
Communication
07:53 -
The Process of Communication
23:24 -
The Noise Factor
08:19 -
The Communication Process
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Introduction: Instructional System Design
07:47 -
Types of Systems
04:06 -
Components of the Instructional System
01:28 -
Instructional System Design
04:48 -
Basic Factors in Instructional System Design and Development
07:11 -
Instructional System Design
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Introduction and Objectives: System Approach to Education Technology
03:13 -
System and Systems Approach
05:29 -
Principles of Systems Approach
09:29 -
Systems Approach to Educational Technology
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Types of Production of Instructional Media
01:37 -
Factors of Method
24:28 -
Factors of Methods
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Types of Production of Instructional Media: Imitative
02:51 -
Types of Production of Instructional Media: Adaptive
03:38 -
Types of Production of Instructional Media: Creative
04:19 -
Production Techniques
07:22 -
Techniques Of Instructional Media Production
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Master Class – Module one – Academic Demo Test – Semester one
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END OF SEMESTER TEST ONE – Introduction to Education and Technology – EDTE 0230
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GIDEON ROBERT UNIVERSITY – SEMESTER FINAL EXAMINATION
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Module One: 2024 Intake: Introduction to Education and Technology – One
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2024 Intake: Introduction to Education and Technology – Two
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Master class Assessment: End of Semester One Exam – Module One
Module Two: Emerging Technologies in Modern Times
In this module for evolution of technology in modern times, the role of data for emerging technology, enabling devices and
networks for technologies (programmable devices), Human to Machine Interaction (HCI) and future
trends of technologies are discussed.
After completing this chapter, the students will be able to:
Develop knowledge about the era of industrial evolutions
Identify the technological advances that made the industrial revolution possible
Analyze the changing conditions created by the industrial revolution in both Europe and the
united states
Understand the causes of the Industrial Revolution in Great Britain, continental Europe, and the
United States.
Describe the technological innovations that spurred industrialization
Identifies and understand the programmable device
Understand concepts relating to the design of human-computer interfaces in ways making
computer-based systems comprehensive, friendly and usable.
Develop general knowledge about emerging technologies
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Introduction to Emerging Technologies
05:52 -
Enabling Devices and Network Programmable Devices
03:31 -
Human to Machine Interaction
03:15 -
Emerging Technologies in the Modern Times
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Introduction: Data Science in Emerging Technology
01:59 -
Data Type
03:05 -
Data Processing Cycle
04:51 -
Data Value Chain
04:36 -
Data Science in Emerging Technology
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Introduction: Artificial Intelligence
03:00 -
Need for Artificial Intelligence
01:51 -
The goal of Artificial Intelligence
01:09 -
Advantages of Artificial Intelligence
09:34 -
Disadvantages of Artificial Intelligence
04:24 -
Levels of Artificial Intelligence
08:58 -
Application of Artificial Intelligence
03:34 -
Artificial Intelligence
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Introduction: Internet of Things
02:57 -
History of Internet of Things
09:25 -
Advantage and Disadvantages of Internet of Things
03:58 -
Internet of Things
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Introduction: Augmented Reality
03:24 -
What is Virtual Reality?
02:35 -
Mixed Reality
06:55 -
Augmented Reality
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Ethics and Professionalism of Emerging Technologies
32:33 -
Ethics and Professionalism of Emerging Technologies
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Introduction: Other Emerging Technologies
07:58 -
Cloud Computing
03:10 -
Quantum Computing
06:11 -
Biotechnology
01:10 -
Cybersecurity
07:02 -
Nanotechnology
03:19 -
Other Emerging Technologies
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Emerging Technologies in Modern Times 1
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Emerging Technologies in Modern Times 2
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GIDEON ROBERT UNIVERSITY – SEMESTER FINAL EXAMINATION
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2024 Intake: Emerging Technology in Modern Times – One
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2024 Intake: Emerging Technologies in Modern Tines – Two
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End of Semester one Examination: Emerging Technologies in Modern Times
Module Three: Technology Enabled Support for Teachers
The Technology Enabled Support for Teachers (TEST 0035) module forms part of the Masters of Arts in Education and Technology degree curriculum of the Digital and Technology Literacy Skills (DTLS) programme. TEST 00035 is a 4-credit core module. The rationale of this module is that educator professionals must commit to improving the
technology tools in their toolbox in order to accommodate the inherent variability of all learners, including those with disabilities. This course aims to teach the student teacher how to use technology to teach well and to know where to get the required technology to make sure it is available. Technology has the potential to improve classroom access, participation, engagement, and the continued application of new skills when used appropriately. Investing in practical strategies to continuously support and improve Teacher Professional
Development (TPD) is essential as education systems emerge from the COVID-19 crisis. Policymakers are becoming increasingly interested in offering teachers remote and alternative support options.
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Importance of Education in Technology
06:46 -
Importance of Education in Technology
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Learning Management Systems (LMSs)
05:17 -
Educational Mobile Apps (EMAs)
03:26 -
Virtual Reality (VR) and Augmented Reality (AR)
04:20 -
Online Collaboration and Communication Tools
04:05 -
Open Educational Resources (OER)
04:06 -
Professional Development and On-line Learning Platforms
05:11 -
Online Assessment and Feedback Systems (OAFS)
05:03 -
Data Analytics and Learning Analytics
06:59 -
Assistive Technologies
06:04 -
Adaptive Learning
06:08 -
Gamification and Game-Based Learning
05:47 -
Artificial Intelligence (AI) in Education
04:28 -
Types of Technology in Education and Platforms
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Technology and Learners with Disability
07:18 -
Technology and Learners with Disability
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Challenges in the use of technology in education
05:24 -
Opportunities for use of technology in education
06:29 -
Challenges in the use of Technology in Education
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Technology Enabled Support for Teachers 1
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Technology Enabled Support for Teachers 2
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Master Class – Module Three – Demo Academic Test
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GIDEON ROBERT UNIVERSITY – SEMESTER FINAL EXAMINATION
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2024 Intake: Technology Enabled Support for Teachers – One
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2024 Intake: Technology enable Support for Teachers – Two
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End of Semester Examination: 2024 Intake – Technology-Enabled Support for Teachers
Module Four: The Teaching and Learning Process with Technology
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Introduction to Teaching and Learning Process with Technology
06:16 -
The Definition and Overview of Teaching
05:19 -
Teaching and Technology
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The Overview of Learning With Digital Tools
05:11 -
Digital Learning Tools
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Theoretical Perspectives on Learning
05:03 -
Technology for Learning
03:27 -
Technology and Learning Process
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Technologies for the Digital Classroom
05:23 -
Networking: Connecting Digital Classrooms
06:07 -
Technologies for Enriching the Digital Classroom
04:59 -
Wireless Classroom Technologies
05:26 -
Technology in the Digital Classroom: Opportunities and Challenges
04:51 -
Technologies in the Digital Classroom
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Software in the Digital Classroom
00:00 -
Software Teaching and Learning Process
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Technology Solutions for Students with Special Needs
00:00 -
Technology For Diverse Learners
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GIDEON ROBERT UNIVERSITY – SEMESTER FINAL EXAMINATION
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2024 Intake: The Teaching and Learning Process with technology – One
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2024 Intake: The Teaching and Learning Process with Technology – Two
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End Of Semester Examination 2024: The Teaching and Learning Process with Technology
Module Five: Computational Thinking
Computational thinking encompasses the cognitive processes involved in framing problems in such a way that their solutions can be presented as a series of computational steps and algorithms. Within the realm of education, CT encompasses a repertoire of problem-solving approaches that entail articulating problems and their solutions in a manner that could be executed by a computer.
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What is Computational Thinking
00:00 -
How Is Computational Thinking Used?
00:00 -
What is Computational Thinking
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What is CT?
00:00 -
The Core Concepts of CT
00:00 -
How is CT Used
00:00 -
Examples of CT In Action
00:00 -
Current Shortcomings
00:00 -
Defining Computational Thinking
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Algorithmic Genealogy
00:00 -
Efficiency of Automation
00:00 -
Algorithmic Genealogy of Computational Thinking
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Approach
00:00 -
Logical Thinking
00:00 -
Inductive vs Deductive Arguments
00:00 -
Boolean Logic
00:00 -
Logical Operators
00:00 -
Symbolic logic
00:00 -
Logic
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Intuition vs Precision
00:00 -
Defining Algorithms
00:00 -
Controlling Algorithm Execution
00:00 -
Example Algorithm
00:00 -
Gotchas
00:00 -
Algorithmic Thinking
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A Systematic Approach
00:00 -
Defining The Problem
00:00 -
Devising A Solution: Something To Keep In Mind
00:00 -
Decomposition
00:00 -
Other Effective Strategies
00:00 -
Patterns and Generalization
00:00 -
Loops
00:00 -
Problem Solving and Decomposition
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The Importance of Abstractions
00:00 -
Examples of Abstractions
00:00 -
Context and Layers
00:00 -
Exercising Caution
00:00 -
Leaking Details
00:00 -
Modelling
00:00 -
Abstraction And Modelling
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Coming to Terms with Bugs
00:00 -
Designing Out the Bugs
00:00 -
Reacting to Problems
00:00 -
Checking User Input
00:00 -
Testing
00:00 -
Debugging
00:00 -
Logging
00:00 -
Tracing
00:00 -
Computational Thinking
00:00 -
Anticipating And Dealing With Errors
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Solution Evaluation
00:00 -
Is It Correct?
00:00 -
Is It Efficient?
00:00 -
Is It Elegant?
00:00 -
Trade-Offs
00:00 -
Evaluating A Solution
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Introduction
00:00 -
The Importance of Our History
00:00 -
Programming and Machines Are Essential
00:00 -
Basic CT Is Not Unique to Computing
00:00 -
Domain Knowledge is Essential to Computational Thinking
00:00 -
Basic CT is not Computer Science
00:00 -
Computational Thinking And Science
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CT: Automation and Machine Control
00:00 -
The Machine Counts
00:00 -
Origins of Tools for Computational Problem Solving
00:00 -
Software Systems Thinking for Professionals
00:00 -
Conclusions
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Computational Thinking 1
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Computational Thinking 2
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GIDEON ROBERT UNIVERSITY – SEMESTER FINAL EXAMINATION
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2024 Intake: Computational Thinking – One
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2024 Intake: Computational Thinking – Two
Module Six: Digital Systems and Technology in Education – ESTE0131
This course explores the integration of digital systems and technology in educational settings. Students will examine the theoretical foundations, practical applications, and emerging trends in educational technology, with a focus on enhancing teaching, learning, and administrative processes. Topics include digital learning environments, instructional design principles, assessment strategies, and ethical considerations.
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Welcome to the Module
01:47 -
Theories of technology integration
05:00 -
Digital literacy and competency development
00:00 -
Introduction to Digital Systems in Education
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Learning Management Systems (LMS)
00:00 -
Multimedia tools and interactive content creation
00:00 -
Mobile learning and apps for education
00:00 -
Educational Technology Tools and Platforms
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Blended learning and flipped classrooms
00:00 -
Gamification and game-based learning
00:00 -
Collaborative and social learning online
00:00 -
Pedagogical Strategies for Digital Learning
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Formative and summative assessment using technology
00:00 -
Data-driven decision-making in education
00:00 -
Providing effective feedback in digital environments
00:00 -
Assessment and Feedback in Digital Education
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Digital citizenship and online safety
00:00 -
Diversity, equity, and inclusion in digital learning
00:00 -
Intellectual property, copyright, and fair use in educational contexts
00:00 -
Ethical and Cultural Considerations
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Qualitative and quantitative research approaches
00:00 -
Data collection and analysis techniques
00:00 -
Ethical considerations in educational research
00:00 -
Research Methods in Digital Education
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Overview of educational technology
03:47 -
2024 Intake: Digital Systems and Technology in Education – One
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2024 Intake: Digital Systems and Technology in Education – Two
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End of Semester Two – Module Six Tests – MA ET Class 2023/2024
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Master Class Final Examination – Digital Systems and Technology in Education
Module Seven: Education Technology Product Management – ETPM0235
Education Technology Product Management is a critical role within the field of educational technology that requires a unique combination of knowledge and skills. Professionals in this role are tasked with overseeing the development, implementation, and improvement of technology products specifically designed for the education sector. By understanding the needs of educators, students, and administrators, product managers can effectively strategize and lead the design and creation of innovative solutions that enhance teaching and learning experiences. To excel in Education Technology Product Management, individuals must possess a deep understanding of both educational practices and technological advancements. This includes staying up-to-date with the latest trends in educational technology, engaging with stakeholders to gather feedback and requirements, and collaborating with cross-functional teams to bring products to market successfully. By leveraging their expertise and leveraging data-driven insights, product managers play a crucial role in driving the continued evolution and effectiveness of educational technology products, ultimately making a positive impact on the future of education.
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Overview of the education technology landscape
00:00 -
Role and responsibilities of a product manager in the education sector
00:00 -
3. Key challenges and opportunities in education technology product management
00:00 -
Introduction to Education Technology Product Management
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Analysis of stakeholders in educational institutions (teachers, administrators, students, parents, etc.)
00:00 -
Identifying and prioritizing stakeholder needs and pain points
00:00 -
Techniques for stakeholder engagement and feedback collection
00:00 -
Understanding Educational Stakeholders
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Generating and evaluating ideas for educational technology products
00:00 -
Conducting market research specific to education technology
00:00 -
Validating product ideas through user research and prototyping
00:00 -
Ideation and Market Research
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Principles of user-centered design in educational technology
00:00 -
Agile and lean methodologies for product development
00:00 -
Building and managing cross-functional product teams
00:00 -
Product Design and Development
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Continuous improvement through iterative development cycles
00:00 -
Collecting and analyzing user feedback
00:00 -
Techniques for prioritizing and implementing product enhancements
00:00 -
Iteration and Feedback
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Strategies for successful product launch in educational settings
00:00 -
Creating effective go-to-market plans
00:00 -
Overcoming adoption barriers and driving user engagement
00:00 -
Product Launch and Adoption
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Scaling product infrastructure and operations
00:00 -
Expanding product reach to new markets or user segments
00:00 -
Managing growth while maintaining product quality and user experience
00:00 -
Scaling Education Technology Products
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Importance of data in education technology product management
00:00 -
Key metrics and performance indicators for measuring product success
00:00 -
Using data to inform product strategy and decision-making
00:00 -
Data-Driven Decision Making
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Ethical issues and challenges in education technology
00:00 -
Principles for designing and managing ethically sound products
00:00 -
Regulatory compliance and privacy considerations
00:00 -
Ethical Considerations in Education Technology
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End of Semester Two Examination – Education Technology Product Management (ETPM 0235)
Module Eight: Researching Digital Learning in Africa – REDL0637
Researching Digital Learning in Africa is pivotal in understanding and enhancing educational practices on the continent. The integration of technology in education has the potential to bridge gaps in access to quality education, revolutionize teaching methods, and empower learners with relevant skills for the digital age. By delving into the nuances of digital learning in Africa, researchers can uncover challenges such as limited internet connectivity, lack of digital infrastructure, and varying levels of digital literacy among teachers and students. Through systematic data collection and rigorous analysis, researchers can identify effective strategies and best practices that can be tailored to meet the specific needs and contexts of African educational settings. As the landscape of education evolves with rapid technological advancements, conducting comprehensive research on digital learning in Africa is essential for driving innovation, promoting inclusivity, and fostering sustainable development in the region.
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Overview of Digital Learning
00:00 -
Importance of Research in Digital Learning in Africa
00:00 -
Scope and Objectives of the Module
00:00 -
Introduction to Digital Learning in Africa
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Historical Background of Education in Africa
00:00 -
Current Status of Education Infrastructure
00:00 -
Challenges and Opportunities in Implementing Digital Learning
00:00 -
Understanding the Context of Digital Learning in Africa
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Qualitative Research Methods
00:00 -
Quantitative Research Methods
00:00 -
Mixed-Methods Approaches
00:00 -
Research Methodologies for Studying Digital Learning in Africa
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Access to Digital Learning Resources
00:00 -
Digital Literacy and Skills Development
00:00 -
Impact of Digital Learning on Education Outcomes
00:00 -
Adoption and Integration of Technology in Education Systems
00:00 -
Policy and Regulatory Frameworks for Digital Learning
00:00 -
Key Areas of Research in Digital Learning in Africa
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Successful Digital Learning Initiatives in Africa
00:00 -
Lessons Learned from Failed Projects
00:00 -
Strategies for Effective Implementation of Digital Learning
00:00 -
Case Studies and Best Practices in Digital Learning Research
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Informed Consent and Data Privacy
00:00 -
Cultural Sensitivity and Respect for Local Practices
00:00 -
Ensuring Equity and Inclusivity in Research
00:00 -
Ethical Considerations in Researching Digital Learning in Africa
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Data Collection Techniques
00:00 -
Data Cleaning and Preparation
00:00 -
Data Analysis Methods
00:00 -
Drawing Conclusions and Making Recommendations
00:00 -
Data Analysis and Interpretation
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Structuring Research Reports
00:00 -
Communicating Findings Effectively
00:00 -
Engaging Stakeholders through Presentations and Workshops
00:00 -
Writing and Presenting Research Findings
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Emerging Technologies and Trends
00:00 -
Areas for Further Exploration and Study
00:00 -
Implications for Policy and Practice
00:00 -
Future Directions in Researching Digital Learning in Africa
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End of Semester Examinations – Researching Digital Learning in Africa (REDL 0637)
Module Nine: Time Management and Strategies of Educators – TMSE0232
Efficient time management is crucial for educators to successfully navigate their responsibilities in the dynamic field of education. Educators can implement several strategies to optimize their time utilization. Prioritizing tasks based on importance and deadlines helps educators focus on critical assignments first. Breaking down big projects into smaller, manageable tasks promotes steady progress while reducing feelings of overwhelm. Setting specific goals and timelines creates a roadmap for productivity and ensures educators stay on track with their schedules. Utilizing technology tools like calendars, scheduling apps, and task management systems can streamline organization and facilitate effective time management. Additionally, establishing boundaries for work and personal time fosters work-life balance, preventing burnout and enhancing overall well-being. By employing these time management strategies, educators can enhance their productivity, deliver quality education, and achieve professional success in their careers.
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Definition and importance of time management in education
00:00 -
Theories and models of time management (e.g., Eisenhower Matrix, Pomodoro Technique)
00:00 -
Theories and models of time management (e.g., Eisenhower Matrix, Pomodoro Technique)
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Goal setting and prioritization
00:00 -
Task delegation and scheduling
00:00 -
Procrastination management
00:00 -
Principles of Effective Time Management
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Classroom time management techniques
00:00 -
Balancing teaching, research, and administrative duties
00:00 -
Managing interruptions and distractions
00:00 -
Strategies for Educators
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End of Semester Two Examination: Time Management and Strategies for Educators TMSE0232
Module Ten: Learning design and Technology – LLDET0234
Learning design and technology is a dynamic field that combines pedagogy and technology to create innovative learning experiences. To excel in this domain, professionals must stay up-to-date with the latest educational trends and technological advancements to design effective learning solutions. By leveraging instructional design principles, educators can create engaging and interactive content that caters to diverse learning styles. Moreover, integrating technology tools such as virtual reality, interactive simulations, and learning management systems can enhance the learning process and foster a collaborative learning environment. Professionals in learning design and technology play a crucial role in shaping the future of education by leveraging technology to make learning more accessible, engaging, and effective. It is essential for individuals in this field to continually refine their skills, stay informed about emerging technologies, and adapt to the evolving needs of learners to deliver high-quality educational experiences.
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Understanding the role of technology in education
00:00 -
Historical overview of learning design methodologies
00:00 -
Key concepts in learning design and technology
00:00 -
Introduction to Learning Design and Technology
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Behaviorism, cognitivism, constructivism, and connectivism
00:00 -
Applying learning theories to instructional design
00:00 -
Pedagogical considerations in technology-enhanced learning
00:00 -
Learning Theories and Pedagogical Foundations
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ADDIE (Analysis, Design, Development, Implementation, Evaluation)
00:00 -
SAM (Successive Approximation Model)
00:00 -
Design thinking approaches in instructional design D. Agile and iterative design methodologies
00:00 -
. Instructional Design Models and Frameworks
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Learning Management Systems (LMS) and Virtual Learning Environments (VLE)
00:00 -
Multimedia and interactive learning resources
00:00 -
Adaptive learning systems and personalized learning technologies D. Gamification and game based learning
00:00 -
Digital Tools and Technologies for Learning Design
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Formative and summative assessment strategies
00:00 -
Authentic assessment methods
00:00 -
. Evaluation of learning design effectiveness D. Data-driven decision-making in learning design
00:00 -
Instructional Design Models and Frameworks
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Learning Management Systems (LMS) and Virtual Learning Environments (VLE)
00:00 -
Multimedia and interactive learning resources
00:00 -
Adaptive learning systems and personalized learning technologies D. Gamification and game based learning
00:00 -
Digital Tools and Technologies for Learning Design
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End of Semester examination: Learning Design And Technology
Module Eleven: The Teacher and The School Curriculum – TTSC0231
Teachers play a vital role in implementing the school curriculum, as they are the primary facilitators of education within the classroom setting. A skilled teacher understands the importance of aligning their teaching methods with the goals and objectives of the curriculum to ensure that students receive a comprehensive education. By critically analyzing the curriculum, teachers can identify areas for improvement and make necessary adjustments to enhance the learning experience for their students. Additionally, teachers must possess the ability to adapt their teaching styles to meet the diverse needs of their students, ensuring that all learners have the opportunity to succeed. Collaboration between teachers and curriculum developers is essential for continuously refining and updating the curriculum to reflect advancements in education and best practices. Ultimately, the relationship between the teacher and the school curriculum is foundational to the success of both educators and students in achieving academic excellence.
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End of Semester Two Examination: The Teacher and The School Curriculum – TTSC0231
Module Twelve: Management of Technology: Education and & Development – MTED0232
Module Thirteen: Artificial Intelligence and Data Analysis in Pedagogy – ADAP0233
Module Fourteen: Mentoring for Teacher Professional Development – MTPD0234
Module Fifteen: Design and use of Technologies for Education – DUTE0235
Module Sixteen: Assessment Using Technology
Module Seventeen: Thesis Research Dissertation
Module Eighteen: Project Report / Capstone
Module Ninetteen : Seminar / Workshop
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