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Yarının Eğitimi

Singapore Miracle - Teachers, Education, Development and Future Vision

This course was created with the theme of Miracle of Singapore. Distinguished educators from Singapore describe Singapore's education model and their current work. In addition, distinguished names from Finland, Australia, America, England and Turkey convey the future of education.

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Singapore Miracle - Teachers, Education, Development and Future Vision

This course was created with the theme of Miracle of Singapore. Distinguished educators from Singapore describe Singapore's education model and their current work. In addition, distinguished names from Finland, Australia, America, England and Turkey convey the future of education.

Singapore is a country that gained its independence in the 1960s and now has a per capita income of 60,000 dollars. It ranks 2nd in the world in the PISA ranking. However, it is not only academically ahead, but also contributes to its students and citizens in terms of skills and competence.

It trains its teachers specially and positions education in the first place for the development of the country.

In this course Singaporean educators and scholars talk about the Singapore Miracle. Also, the Arkki Schools model from Finland is included in this course.

World-renowned mathematicians from Australia and futurists from Turkey invite you to a feast of mind by taking part in this course.

Yap Meen Sheng - Social Sciences University of Singapore

Sow Chorng Haur - Singapore Education Institute

Kwek Leong Chuan - Singapore Education Institute

Wee Tiong Seah - Melbourne Education Institute

Kenneth Lim - Singapore Education Institute

Soo Yin Tang - Singapore Polytechnic University

Pihla Meskanen - Founder of Arkki Schools in Finland

Akan Abdula - FutureBright CEO

Yunus Cengel - University of Nevada

Mustafa Aykut - President of the Futurists Association

Cem Balçıkanlı - English Language Education

Adem Bayirli - Bilkent University

Every year, we bring together countries that have been successful in education and outstanding educators at the Education of Tomorrow Summit. We continue to work to inspire educators, discover good practices and design the future of education. This year, we are here with the main theme of "Singapore Miracle". You can follow the distinguished names from many countries with excitement in this course. We would like to share our excitement with you.

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What's inside

Learning objectives

  • Singapore education model
  • Singapore miracle
  • What does singapore do differently in education?
  • The future of education
  • Teacher education
  • Education of tomorrow
  • Stem education
  • Design in education
  • Imagination workshop
  • Gamification

Syllabus

The Singapore Miracle and the Education of Tomorrow
Course Promotion Film

Yap Meen Sheng - Singapore University of Social Sciences, Singapore

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Sow Chorng Haur - National University of Singapore

Cem Balçıkanlı - Gazi University, Turkey

Pihla Meskanen - Arkki Schools CEO, Finland

Soo Yin Tang - Media, Arts & Design School, Singapore Polytechnic

Adem Bayırlı - Bilkent University, Turkey

Yunus Çengel - University of Nevada, USA

Kenneth Lim - National Institute of Education (NIE), Singapore

Akan Abdula - Future Bright Group CEO, Turkey

Kwek Leong Chuan - National Institute of Education (NIE), Singapore

Mustafa Aykut - President of The Futurists Association, Turkey

Wee Tiong Seah - Melbourne Graduate School of Education, Australia

Traffic lights

Read about what's good
what should give you pause
and possible dealbreakers
Features educators from Singapore, Finland, Australia, America, England, and Turkey, offering a diverse range of perspectives on the future of education
Explores the Singapore education model, which is known for its success in PISA rankings and its focus on skills and competence development
Includes the Arkki Schools model from Finland, which may offer unique insights into design and innovation in education
Presents insights from world-renowned mathematicians and futurists, potentially offering a broader perspective on education's role in society
Examines STEM education, design in education, and gamification, which are all contemporary topics in education
Features speakers from various universities and educational institutions, which may provide academic rigor and research-based insights

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Reviews summary

Insights on singapore education model

According to learners, this course offers valuable insights into the Singapore education system's success, often referred to as the "Singapore Miracle." Students appreciate hearing from a diverse group of expert speakers from various countries, providing a broad perspective on the future of education. While many find the content theoretically rich and useful for understanding macro-level educational strategies, some reviewers noted a lack of practical, classroom-level applications, suggesting it's more suited for those interested in policy or system design rather than individual teaching techniques. The course is seen as a strong overview but may require additional study for deep dives.
Insights specific to the Singapore educational system.
"While fascinating, the specific insights are very tied to the unique context of Singapore."
"Understanding the Singapore model is great, but direct application elsewhere is challenging."
"The focus is heavily on Singapore, which is expected, but keep in mind its unique cultural and political context."
Gain insights from distinguished educators and experts.
"The diverse range of speakers provided really valuable insights from different parts of the world."
"Hearing directly from Singaporean educators about their system's success was particularly insightful."
"The course brought together distinguished names in education, offering unique perspectives I hadn't considered before."
Course focuses more on theory and systemic views.
"The course is quite theoretical, which is good for understanding the big picture, but less helpful for day-to-day teaching."
"I was hoping for more practical examples or strategies I could implement, but it remained largely conceptual."
"It's a strong theoretical overview, but don't expect a how-to guide for the classroom."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Singapore Model in Education with these activities:
Review 'The Singapore System of Education'
Gain a deeper understanding of the Singapore education system by reading a comprehensive overview.
Show steps
  • Obtain a copy of 'The Singapore System of Education'.
  • Read the book, taking notes on key concepts and policies.
  • Reflect on how the book's content relates to the course material.
Review Educational Psychology Concepts
Strengthen your understanding of foundational educational psychology concepts to better grasp the course's advanced topics.
Browse courses on Educational Psychology
Show steps
  • Identify key concepts in educational psychology.
  • Review relevant textbooks or online resources.
  • Test your knowledge with practice questions.
Create a Presentation on STEM Education in Singapore
Deepen your understanding of STEM education in Singapore by researching and presenting your findings.
Show steps
  • Research STEM education initiatives in Singapore.
  • Develop a presentation outlining key findings.
  • Practice your presentation for clarity and conciseness.
Four other activities
Expand to see all activities and additional details
Show all seven activities
Design a Gamified Lesson Plan
Apply your knowledge of gamification to create an engaging lesson plan that incorporates game mechanics.
Show steps
  • Choose a subject and learning objective.
  • Incorporate game mechanics into the lesson plan.
  • Test the lesson plan with a small group of students.
Review 'Teaching as a Subversive Activity'
Explore alternative teaching philosophies to broaden your understanding of educational approaches.
Show steps
  • Obtain a copy of 'Teaching as a Subversive Activity'.
  • Read the book, focusing on the authors' critiques of traditional education.
  • Reflect on how the book's ideas can be applied to your own teaching practice.
Develop a Comparative Analysis of Education Systems
Compare and contrast the Singapore education system with another country's system to identify strengths and weaknesses.
Show steps
  • Select a country to compare with Singapore.
  • Research the education system of the chosen country.
  • Write a report comparing the two systems.
Mentor Other Students
Reinforce your understanding of the course material by mentoring other students and answering their questions.
Show steps
  • Volunteer to mentor other students in the course.
  • Answer questions and provide guidance on course topics.
  • Share your insights and experiences with other learners.

Career center

Learners who complete Singapore Model in Education will develop knowledge and skills that may be useful to these careers:
Teacher Trainer
Teacher trainers educate and mentor new and experienced teachers. This course directly addresses teacher education within the context of the Singapore model. The course's speakers, distinguished educators from Singapore, share their expertise on teacher training methodologies, which you can then adapt and implement in your own training programs. Moreover, the course explores the future of education, ensuring that teacher trainers stay abreast of emerging trends and prepare teachers for the evolving needs of students. The course's focus on STEM education helps build a foundation for effective training in science, technology, engineering, and mathematics.
Curriculum Developer
As a curriculum developer, you would design and create educational materials and programs. This involves a deep understanding of educational models and future trends, aligning with the course's focus on the Singapore education model. The course's emphasis on teacher training, STEM education, and design incorporates the principles that would directly inform curriculum development. Furthermore, the course may provide insights into the integration of gamification and imagination workshops into curricula, adding a creative and engaging dimension to your work as a curriculum developer.
Education Consultant
An education consultant analyzes educational systems, identifies areas for improvement, and recommends solutions. The 'Singapore Model in Education' course provides a comprehensive overview of a successful education system, allowing you to compare and contrast it with other models. Understanding the factors behind Singapore's success, as discussed in the course, can help you develop informed and effective recommendations for schools and educational organizations. The course's exploration of the future of education equips you with insights into emerging trends and best practices, making you a valuable asset as an education consultant advising on forward-thinking strategies.
Educational Researcher
Educational researchers conduct studies to understand and improve teaching and learning processes. This course introduces you to the Singapore education model, a system that has achieved remarkable success. As an educational researcher, you can use the course's content to inform your research questions and methodologies. The course's presentation of Singapore's unique approach to education may provide a framework for comparative studies. You can also leverage the course's insights into the future of education and STEM education to guide your research on emerging trends and innovative practices, which can be presented worldwide.
Education Program Manager
An education program manager oversees the development, implementation, and evaluation of educational programs. The 'Singapore Model in Education' course provides a framework for understanding effective education systems. The course's coverage of STEM education, teacher training, and design can help you develop programs that are aligned with best practices. Discussions on the future of education help you anticipate and adapt to emerging trends. By applying the insights from this course, your effectiveness in designing and managing impactful educational programs will improve.
Education Policy Analyst
Education policy analysts research and evaluate education policies and their impact on students and society. This course provides insights into the Singapore education system, which ranks highly in international assessments. By studying the Singapore model, as presented in this course, you can gain valuable understanding of the policy choices that contribute to educational success. Discussions on the future of education and STEM education within the course inform your analysis of current and proposed policies. You can compare education system of Singapore in detail as an education policy analyst.
School Administrator
School administrators manage the daily operations of schools, including curriculum implementation, teacher supervision, and student support. The insights from the 'Singapore Model in Education' course inform your leadership and decision-making as a school administrator. Understanding the teacher training practices and STEM education initiatives employed in Singapore equip you with strategies to improve your own school's performance. Discussions on the future of education help you anticipate and prepare for emerging trends and changing student needs. The course will help you incorporate these principles into your administrative practices.
Professor of Education
Professors of education teach courses on educational theory and practice, which this is core to learning about the Singapore model. The course's content on STEM education, teacher education, and the future of education provides valuable material for lectures and discussions. This course introduces you to educators, scholars, and education experts from Singapore. You can incorporate their insights and perspectives into your own teaching, providing students with a well-rounded and up-to-date understanding of education. This course may enrich your knowledge base and enhance your effectiveness as a professor.
Instructional Designer
Instructional designers create learning experiences, often using technology, to help people learn more effectively. This course may inform your approach to designing engaging and effective learning materials. The course's insights into gamification and design education give insights into how to create interactive and visually appealing instruction. By applying those aspects to your projects, you can develop learning solutions that are both informative and enjoyable. As an instructional designer, this course may contribute to a deeper understanding of educational principles and best practices.
Corporate Trainer
Corporate trainers design and deliver training programs for employees in various organizations. This course explores educational and training methodologies that may be adapted for the corporate setting. The course's insights into STEM education, design education, and imagination workshops help infuse creativity and innovation into employee training programs. By integrating the key concepts of the 'Singapore Model in Education' course, a corporate trainer can create engaging and effective learning experiences that enhance employee skills and improve organizational performance. It makes a better corporate trainer.
Education Technology Specialist
Education technology specialists integrate technology into education to improve teaching and learning. While this course doesn't specifically focus on technology, it explores various pedagogical approaches, an understanding of which helps inform your technology implementations. Insights from the Singapore education model, as well as discussions on the future of education, may give you a framework for assessing the effectiveness of different technologies. This helps ensure that technology is used strategically to enhance educational outcomes. An education technology specialist should take opportunities to better understand education from the ground up.
Training and Development Manager
Training and development managers oversee employee training programs within an organization. The course touches upon effective educational methodologies, including STEM education. The course's insights into teacher training and design may inform your approach to creating engaging and effective training programs for employees. By adapting the key concepts of Singapore's model, a training and development manager can create learning experiences that enhance employee skills and improve organizational performance. Overall, this maximizes employee potential and helps create value.
Educational Psychologist
Educational psychologists study how people learn and apply their knowledge to improve teaching methods and learning environments. The 'Singapore Model in Education' course may provide valuable context for understanding the factors that contribute to student achievement. The course's focus on teacher training and curriculum development may give you a framework for analyzing the learning process. Discussions on the future of education may inform your approach to creating learning environments that foster student engagement and well-being. To gain practical experience as an educational psychologist, a master's degree is typically required.
Youth Development Specialist
Youth development specialists work with young people to promote their personal, social, and academic growth. By taking this course, you may discover insights into the educational philosophies and practices that contribute to student success. The course's emphasis on STEM education and imagination workshops may guide incorporating project-based learning and creative activities. This helps foster critical thinking and problem-solving skills in the youth you work with. As a youth development specialist, the 'Singapore Model in Education' course may inform your strategies for supporting and empowering young people.
Librarian
Librarians assist people in finding information and learning new things. While this course does not directly relate to library science, understanding educational trends may help you better serve the needs of students and educators. The course's insights into STEM education and the future of education give insights into emerging topics. This helps you curate collections and develop programs that meet the evolving needs of library users. Being aware of education research can help librarians make a greater positive impact.

Reading list

We've selected 50 books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in Singapore Model in Education.
This comprehensive handbook synthesizes research and policy in STEM education, with a focus on the integration of the disciplines. It covers a wide range of topics, including STEM learning, pedagogy, curriculum, assessment, critical issues, teacher education, and policy. It's a valuable reference tool for researchers, graduate students, and policymakers seeking an in-depth understanding of the field. is best suited for those with a strong interest in the research and theoretical underpinnings of STEM education.
Delves into the psychological drives behind human motivation and introduces the Octalysis Framework, a widely recognized model for designing engaging experiences. It moves beyond superficial game mechanics and provides a deeper understanding of how to create truly engaging systems. This valuable resource for anyone looking to design effective gamified solutions and is often referenced by practitioners.
Offers a practical guide for instructors in STEM fields, covering essential topics like course design, effective instruction, and active learning. It's highly relevant for those seeking to improve their teaching practices in STEM, particularly at the secondary and postsecondary levels. The strategies presented are intended for gradual integration and can significantly enhance student learning outcomes. It's a valuable reference for both new and experienced educators.
This consensus study report examines equity in K-12 STEM education and provides a framework for addressing existing inequities. It highlights the uneven distribution of STEM learning opportunities and offers guidance for decision-makers at all levels of the education system. This critical resource for policymakers, administrators, and educators committed to creating more just and equitable STEM learning experiences for all students.
Critically examines how racialization in STEM education negatively impacts innovation. It sheds light on the experiences of Black and Brown students in STEM and argues for the need for more equitable and inclusive practices. This crucial read for anyone involved in STEM education who is committed to addressing systemic inequalities and fostering a more diverse and innovative STEM workforce.
Defines a framework for understanding 'success' in K-12 STEM education and identifies effective approaches. It examines different school models and highlights research on effective practices. This valuable guide for policymakers, administrators, and educators seeking to identify and implement successful STEM programs. It provides a research-based perspective on what constitutes effective STEM education.
A key resource for applying gamification principles to educational and training contexts. provides theoretical background and practical strategies for designing engaging learning experiences. It's a valuable reference for educators and instructional designers looking to incorporate game elements effectively.
Explores the intersection of language, culture, and STEM education, providing strategies for making STEM learning relevant to students' backgrounds and identities. It connects theory and practice, offering educators guidance on creating culturally responsive STEM classrooms. This book is particularly valuable for teachers working with diverse student populations and is relevant for all levels of education.
The book provides a comprehensive guide to the theory and practice of reflective teaching, helping teachers develop the skills and dispositions necessary for effective teaching and student learning.
Considered a foundational text in the business application of gamification, this book provides a solid overview of how game mechanics and design can be used to solve business problems and drive engagement in the workplace and with customers. It offers a practical framework and real-world examples, making it highly relevant for those interested in the business aspects of gamification. This is often used as a reference for professionals.
Explores equity, diversity, and inclusion efforts in science fields within higher education. It examines how field-specific cultures can perpetuate exclusion and offers recommendations for creating systemic change. While focused on science, its insights are highly relevant to the broader STEM context and are valuable for fostering more equitable environments in universities and research institutions.
This powerful book examines achievement gaps and challenges conventional reform efforts. It provides a framework for raising expectations for all students, particularly those from marginalized backgrounds. While not solely focused on STEM, its themes of equity and culturally relevant pedagogy are crucial for effective STEM education. This must-read for all educators and policymakers committed to creating inclusive and equitable learning environments.
Provides a comprehensive guide to integrating engineering into elementary STEM education. It covers curriculum design, instruction, learning, and assessment, offering practical strategies and examples. Based on extensive experience, it's a valuable resource for elementary teachers and educators looking to incorporate hands-on engineering activities into their classrooms. This book is particularly relevant for those working with younger students.
A companion to 'The Gamification of Learning and Instruction,' this fieldbook offers practical exercises, worksheets, and examples to help readers implement gamification strategies in learning contexts. It's a hands-on resource for instructional designers and educators. is more of a practical guide than a theoretical text.
Explores the maker movement and its application in educational settings, focusing on hands-on learning, tinkering, and engineering. It provides practical ideas and best practices for incorporating making into STEM lessons. This is particularly useful for educators looking to create engaging and project-based learning experiences. It serves as both an introductory guide and a source of ongoing inspiration for integrating maker education into the curriculum.
Specifically addresses the application of gamification within the enterprise. It provides a framework for designing engaging business software and discusses the unique challenges and opportunities of gamification in a work context. It's a practical guide for those focused on internal applications of gamification.
Written by a Gartner analyst, this book provides a business-oriented perspective on gamification. It focuses on how gamification can be used to motivate people and achieve organizational goals. This good resource for understanding the strategic implications of gamification in a business setting.
This volume explores the application of inquiry-based learning (IBL) in STEM programs. It serves as a resource for educators interested in implementing IBL strategies, offering practical examples and diverse approaches. is suitable for pre-service and in-service teachers looking to incorporate more student-led inquiry into their STEM teaching.
Likely focuses on designing effective STEM learning experiences that open up possibilities for students. It may cover frameworks and strategies for creating engaging and impactful STEM projects. This would be a valuable resource for educators interested in curriculum design and developing innovative STEM lessons.
Explores gender equity in STEM within higher education, offering international perspectives on policy, institutional culture, and individual choices. It examines the barriers and enablers for women in STEM fields and provides insights for promoting gender equity. This relevant resource for researchers, administrators, and faculty in higher education interested in addressing gender disparities in STEM.
Focuses on shifting educational practices towards a more integrated STEM approach. It likely offers practical strategies and a vision for transforming classrooms and schools to embrace STEM education effectively. This would be a useful resource for educators and administrators looking to implement school-wide changes and foster a STEM culture.
Argues that our current education system is not preparing students for the 21st century workforce. It identifies the skills that students need to succeed in the global economy, and it offers recommendations for how we can reform our schools to meet the needs of our students.
Delves into how teachers' understanding of science education evolves, particularly in the context of promoting equity. Through case studies, it explores the challenges and transformations teachers experience in their practice. It valuable resource for pre-service and in-service science teachers seeking to deepen their pedagogical content knowledge and address issues of equity in their classrooms. This book is more suitable for those with some foundational knowledge of teaching practices.
Focusing on the strategic use of games and game-based design in a business context, this book explores how gamification can address organizational challenges and improve performance. It includes case studies and practical guidance for business leaders. is particularly relevant for professionals looking to implement gamification for organizational change.
Offers practical ideas and support for integrating STEM into the primary school curriculum. It explores the nature of STEM education at an early age and provides guidance on designing engaging learning experiences. This is an excellent resource for primary school teachers and teacher educators focused on foundational STEM learning.
Explores the use of educational robotics in STEM education, drawing on research and practical examples. It discusses how robotics can enhance student learning and understanding in STEM disciplines. This relevant resource for educators interested in incorporating robotics into their teaching and leveraging technology for STEM learning.
Explores the theoretical foundations and practical applications of gamification in learning and education. It delves into how gamification can enhance student motivation and engagement. This relevant text for educators and researchers interested in the pedagogical aspects of gamification.
Explores the psychology behind habit-forming products and provides a framework for building engaging user experiences. Understanding these principles is highly relevant to gamification design, particularly for creating systems that encourage repeated engagement. It's a valuable resource for product designers and marketers.
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A seminal work in psychology that explores the concept of 'flow,' a state of deep immersion and enjoyment. Understanding flow is essential for designing engaging gamified experiences that promote intrinsic motivation. While not directly about gamification, its principles are highly relevant to the field.
Another edited volume focusing on the intersection of game-based learning, gamification, and serious games in education. It showcases recent advances and applications in using gameful approaches for learning and training. is suitable for researchers and practitioners in educational game design.
Profiles a number of schools that are innovating in the way they teach and learn. It argues that we need to move away from traditional, factory-model schools and create more creative and engaging learning environments.
Provides a futurist's perspective on the future of education. It discusses the impact of artificial intelligence, virtual reality, and other new technologies on the way we learn.
Focuses on the impact of technology on higher education. It discusses the potential of online learning, open educational resources, and other new technologies to transform the way we teach and learn.
Provides a vision for the future of humanity. It discusses the challenges and opportunities facing the world today and offers recommendations for how we can create a more sustainable and equitable future. It is relevant to the future of education because it can help us understand how to prepare students for the challenges and opportunities of the 21st century.
Provides a comprehensive overview of the future of work. It discusses the impact of automation, artificial intelligence, and other new technologies on the workplace. It is relevant to the future of education because it can help us understand how to prepare students for the changing world of work.
Argues that the creative class is the driving force behind the new economy. It discusses the characteristics of the creative class and the factors that attract them to certain cities and regions. It is relevant to the future of education because it can help us understand how to create educational environments that foster creativity and innovation.
Provides a global perspective on the future of the world. It discusses the impact of globalization, technology, and other factors on the way we live and work. It is relevant to the future of education because it can help us understand how to prepare students for the globalized world of the 21st century.
Provides a futurist's perspective on the future of technology and society. It discusses the impact of artificial intelligence, genetic engineering, and other new technologies on the way we live and work. It is relevant to the future of education because it can help us understand how to prepare students for the rapidly changing world of the 21st century.
Explores how technology can be designed to influence behavior. While not solely focused on gamification, it provides valuable insights into the principles of persuasion and behavior change that are fundamental to gamified design. It's a useful resource for understanding the ethical considerations and potential impact of persuasive technologies.
An earlier but still relevant book that focuses on the practical aspects of implementing game mechanics in digital products. It provides a good overview of common game mechanics and how they can be applied to web and mobile interfaces. While some technical details may be dated, the core design principles remain valuable.
Provides a practical guide to effective science teaching, covering topics such as lesson planning, classroom management, and assessment.
Examines the development of young innovators and identifies patterns that contribute to their success. It highlights the importance of skills like critical thinking, problem-solving, and collaboration in fostering innovation. While not a direct how-to guide for teaching, it provides valuable context on the goals of STEM education in preparing students for future challenges. It's recommended as supplementary reading for educators and policymakers interested in the broader impact of STEM education.
Provides an accessible introduction to applying gamification concepts in a business context. It covers the basics of using game principles to improve customer loyalty, engagement, and retention across different business functions. This good starting point for business professionals new to gamification.
Explores the changing landscape of teacher education, focusing on the need to prepare teachers to work with increasingly diverse student populations.

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