Design Your Research

Meaning of Research Design

Research design is the very first job for the researcher to have a clear mind on the overall research. 

1. Sampling design in research

Sampling design in research is a crucial aspect of study design, impacting the validity and generalizability of findings. It involves defining the target population, determining the sampling frame, selecting a sampling technique, and determining the sample size. Here's a breakdown of common sampling designs:

1.1 Probability Sampling

Probability sampling methods ensure every member of the population has a known, non-zero chance of being selected. This allows for generalizations from the sample to the population.

●       Simple Random Sampling: Every member has an equal chance of selection. Think of drawing names from a hat.

●       Stratified Random Sampling: The population is divided into subgroups (strata) based on shared characteristics, and then simple random sampling is performed within each stratum. This ensures representation from all subgroups.

●       Cluster Sampling: The population is divided into clusters, and a random sample of clusters is selected. All members within the selected clusters are included in the sample.

●       Systematic Sampling: After a random starting point, every kth member of the population is selected, for example, every 10th person on a list.

1.2 Non-Probability Sampling

Non-probability sampling methods do not guarantee every member of the population has a chance of selection. Generalizations to the broader population are weaker, but these methods are often more practical or appropriate for specific research questions.

●       Convenience Sampling: Selecting readily available participants. This is easy but may not be representative.

●       Purposive Sampling: Researchers handpick participants based on specific criteria relevant to the study.

●       Quota Sampling: Similar to stratified sampling, but selection within strata is non-random. Researchers aim for a certain number of participants from each subgroup.

●       Snowball Sampling: Existing participants refer new participants, which is helpful for hard-to-reach populations.

Would you like to explore a specific sampling method in more detail? Perhaps you have a particular research context in mind? I can also help you determine which sampling method might be most appropriate for your research.

 

2. Measurement Design in Research

Measurement design in research focuses on how variables are measured. It bridges the conceptual world of ideas and the empirical world of observation. A strong measurement design ensures that the data collected accurately reflects the studied concepts. Here's a breakdown of key considerations:

2.1 Conceptualization:

●       Clearly define the concept you want to measure. What exactly do you mean by "customer satisfaction," "academic performance," or "environmental sustainability"?

●       Identify the dimensions or facets of the concept. For example, customer satisfaction might include product quality, service quality, and price.

2.2 Operationalization:

●       Specify how the concept will be measured. What indicators or variables will you use? Will you use a survey, an experiment, observations, or existing data?

●       Choose the appropriate level of measurement:

○       Nominal: Categories with no inherent order (e.g., gender, colors).

○       Ordinal: Categories with a meaningful order but unequal intervals (e.g., education level, Likert scales).

○       Interval: Equal intervals between values but no true zero point (e.g., temperature in Celsius).

○       Ratio: Equal intervals and a true zero point (e.g., height, weight, income).

2.3 Reliability:

●       Assess the consistency of your measurement. If you repeated the measurement, would you get similar results?

●       Common methods for assessing reliability include test-retest reliability, internal consistency (e.g., Cronbach's alpha), and inter-rater reliability.

2.4 Validity:

●       Evaluate whether your measurement captures the intended concept. Are you measuring what you think you're measuring?

●       Validity types include face validity, content validity, criterion validity (concurrent and predictive), and construct validity (convergent and discriminant).

2.5 Measurement Error:

●       Acknowledge that all measurements contain some degree of error. Strive to minimize both systematic error (bias) and random error.

A well-designed measurement process is essential for drawing valid conclusions from your research. Do you have a specific measurement concept you'd like to discuss? Knowing your research context can help me provide more tailored guidance.

 

3. Statistical Design in Research

Statistical design in research refers to the framework that guides data collection and analysis. It ensures that statistical methods can answer the research questions reliably and validly. A well-planned statistical design is crucial for drawing meaningful conclusions from the research. Here's a breakdown of key aspects:

3.1 Defining the Research Question and Hypotheses:

●       Clearly articulate the research question(s) the study aims to answer. These questions should be specific and measurable.

●       Formulate testable hypotheses based on the research questions. Hypotheses are predictions about the relationships between variables.

3.2 Identifying Variables:

●       Determine the independent and dependent variables. The independent variable is manipulated or observed, while the dependent variable is the measured outcome.

●       Consider potential confounding variables that could influence the relationship between the independent and dependent variables. Control or account for these variables in the design.

3.3 Selecting a Statistical Test:

●       The choice of statistical test depends on the research question, the type of data collected (nominal, ordinal, interval, ratio), and the number of groups being compared.

●       Common statistical tests include t-tests, ANOVA, chi-square tests, correlations, and regressions.

3.4 Determining Sample Size:

●       Calculate the appropriate sample size needed to detect a statistically significant effect. A larger sample size generally increases the study's power.

●       Power analysis can help determine the minimum sample size required.

3.5 Data Analysis and Interpretation:

●       Analyze the collected data using the chosen statistical test.

●       Interpret the results in the context of the research question and hypotheses. Consider the limitations of the study and the generalizability of the findings.

Common Statistical Designs:

●       Experimental Designs: Researchers manipulate the independent variable to observe its effect on the dependent variable. These designs allow for causal inferences.

●       Quasi-Experimental Designs: Similar to experimental designs, but without random group assignment.

●       Correlational Designs: Examine the relationship between two or more variables without manipulating them.

●       Descriptive Designs: Focus on describing the characteristics of a population or sample.

A well-chosen statistical design strengthens the validity and reliability of research findings. Do you have a specific research project in mind? Knowing your research context can help me provide more tailored guidance on statistical design.

 

 

Try to Create a Research Title

 Try to Create a Research Title

1. Survey:

A survey on general parent suggestions for the future of St. George Anusorn School, Bang Bo, Samut Prakan. 

2. Assessment

A research on the emotional effect (EQ) of students through music classes in St. George Anusorn School. 

3. RD

Research on further development of including special needs students within regular students in St. George Anusorn School. 

4. Feasibility 

A research on the need for preschool children in Bang Bo, Samut Prakan area. 

5. Progressive

An evaluation of St. George Anusorn School progress by using a balanced scorecard model   

6. Others: follow up, high effectiveness of… 

All of these factors lead to the school's decision-making process.

Assignment Nov. 2, 2024

1. What Information does the administrator need for any step of the decision-making Process?

The school administrator makes decisions on both macro and micro levels regarding the school's businesses. 

On the macro level, the administrator makes decisions on the following

• Vision-mission and Policy of the school
• Budget and Finance 
• Making appointments and job descriptions for teachers and staff
• Development for teachers and staff
• etc. 

On the micro level, the administrator might involve with the micro level, for examples.

• Being chairman or establishing a committee of important matters, for example, during crisis and emergency arising issues

"What kind of information does the administrator need for decision-making?", because of the roles above-mentioned the administrator needs accurate data or facts to help him for better discernment and consideration. Doing the "research" is a key to this achievement. However, the research has to be done on scientific method and specific framework unless he cannot acquire sufficient and accurate data.  

The Evolution of Education: A Historical Perspective

The book, “The Oxford Handbook of The History of Education” (Cunningham, 2020) presented new historical approaches to our understanding of how global education developed through centuries and throughout the regions as follows: 

8.1 The Character of the Digital Era

 

by Worawut Saraphan

8.1.1 General Aspects of the Digital Era

Today’s world is dominated by telecommunications, information networks, and electronic devices, altering how information is disseminated and consumed. We have called our time the Digital Era.

However, the Digital Era is not understood simply as being surrounded by new technologies and gadgets. It has shaped the human context to reflect the newness of a new era.

Philosophically speaking, the Digital Era was an extension of Neo-Enlightenment, when people held strong beliefs and convictions in science and logic. Likewise, the Industrial Revolution changed every aspect of people’s lives.

In the book "Memory Bytes: History, Technology, and Digital Culture,” the authors suggest some general aspects of the Digital Era as follows (“Memory Bytes: History, Technology, and Digital Culture,” 2004):

8.1.1.1 Technological Revolution and Continuity

The digital era can be identified with the widespread use of computers. Today, everything is computerized or digitalized, which is called digital culture. This digital revolution has its own legacy, even though computer use is not the first technical revolution in human history.

For example, the introduction of the personal computer (PC) in the 1970s marked a turning point in the Digital Era. From a Supercomputer to a PC, this new cutting-edge technology has become more accessible and available. However, Computerization and digitalization paved the way for the emergence of the internet and mobile technologies that characterize our modern Digital world.

8.1.1.2 Economic Development

The Digital Era is driven by capitalist industrialization. To illustrate this point, digital gadgets became mass-produced and consumed in the 20th century.

For example, the invention of telegrams, radio, TV, cell phones, and other forms of communication changed how people talked to each other even more, leading to new cultural norms and shared experiences beyond physical borders.

8.1.1.3 Digital Culture

Even though we have described our technological advancements and modern lifestyle as "digital culture," its definition is still unclear. The simplest explanation was that digital culture refers to a society saturated by telecommunications, information networks, and computerization.  

For example, DOT COM was used to refer to the Digital Era and the widespread access to the World Wide Web.

8.1.1.4 Impact on Society

By the 1990s, digital technologies had become essential, integrating various aspects of life, including leisure, education, and healthcare. We have had a clearer vision of the digital era for the past decades thanks to scientific research, technological progress, globalization, and world economic forces.

For example, digital literacy has become compulsory for all professions. People use mobile phones, Internet access, and iPads for various purposes.

8.1.1.5 Cultural and Political Dimensions

The development and application of digital technologies are deeply intertwined with cultural and political topics for discussion. The commodification of digital products reflects broader societal trends and the politics of production and consumption.

For example, Fintech, or "financial technology," refers to the innovative use of technology to improve and automate the delivery and use of financial services. Fintech impacts every aspect of people’s lives, culturally, economically, politically, and academically.

8.1.1.6 Philosophical and Historical Framework

The Digital Era has had a philosophical and historical impact on humanity. The convergence of technological advancement, national development, and corporate interests significantly shapes today’s digital culture.

For example, Digital leadership is both a skill and a characteristic of leaders who can lead the organization through rapid technological change and transformation during this decisive moment of embracing the Digital Era.

 

The book Memory Bytes: History, Technology, and Digital Culture highlights these aspects, highlighting the complexity and multifaceted nature of the Digital Era. To understand its exact characteristics, we need to deepen the historical context of our time and digital transformation and acceptance. This is not just identifying the Digital Era as the rise of new technological advancements and gadgets but also as a way of life, how people interact with each other, and how we interact with machines.

In the line of truth: Education in My Context

 Background

As a Catholic priest, I was ordained in 2005, and right after that, I was involved with the educational field as part of my ministry and assignment.

• 2006-2010: Administrator  at Redemptorist School for People with Disability, Pattaya, Thailand

• 2015-2022: Borad Committee at Pramatai Suksa, Bangkok, Thailand.

• 2023-now: Assistant Director of Saint George Anusorn School, Bang Bo, Bangkok

The definition of education is broader, encompassing not only academic knowledge but also the development of character, values, and skills necessary for individuals to lead fulfilling lives and contribute positively to society. Through my experiences in various educational institutions, I have witnessed the transformative power of education in empowering individuals, especially those with disabilities, to reach their full potential and lead meaningful lives.

The Overall Trends of Education in the Digital Era

I. Personalized Learning

Personalized Learning is an educational approach that recognizes the uniqueness of each student and tailors the learning experience to their individual needs, skills, interests, and aspirations. It moves away from a "one-size-fits-all" model to create a more flexible, engaging, and effective learning environment for every student.

In the book "Beyond Reform: Systemic Shifts toward Personalized Learning," (Rooney et al., 2017), the authors advocate for this topic, an approach that tailors education to each student's unique needs and preferences. This goes beyond simply adjusting the pace of learning; it's about creating a flexible and responsive learning environment. Here are some examples of how Personalized Learning might look in practice:

Professional Development in the Digital Age

I. The Meaning and Importance of  Professional Development.

Based on the two books, “Rethinking Teacher Professional Development: Designing and Researching How Teacher Learn” by Donal Freeman (Freeman, 2024) and “Teachers’ Professional Development in Global Contexts” by Juanjo Mena, Ana García-Valcárel and Francisco García Peñalvo (Mena et al., 2019), there are key takeaways why we need teacher’s development in their carrier:

Teaching and Learning in the Digital Era

I. The Main Characteristics of Teachers in the Digital Era

The digital era has brought about a significant shift in the roles and characteristics of effective teachers. While traditional teaching skills remain important, educators must now possess a new set of competencies to thrive in technologically driven learning environments. Here are some key characteristics of teachers in the digital era:

Administration Technology in the Digital Era

I. The Meaning of "Technology" and "Innovation"

Technology

While often associated with gadgets and machines, the term "technology" has a broader meaning. It encompasses the application of knowledge and ingenuity to develop practical solutions and extend human capabilities.

●        Origin: The word "technology" originates from the Greek words "techne" (art, skill, craft) and "logos" (word, discourse).

●        Essentially: Technology refers to the ways we apply knowledge and skills to achieve specific goals or solve problems. This can involve tools, techniques, processes, and systems.

Innovation

Innovation is the process of introducing something new and improved to the world. It's not just about having a novel idea; it's about implementing it to create value.

●        Key Characteristics: Innovation often involves creativity, problem-solving, and risk-taking. It leads to the creation of new products, services, processes, or business models that disrupt existing norms and drive progress. (Ribeiro & McMartin, 2019)

●        Relationship with Technology: Technology plays a crucial role in innovation, providing tools and enabling advancements. However, innovation is not limited to the technological realm; it can occur in any field or industry.

In summary: Technology provides us with the means, while innovation is the process of using those means to create something new and valuable.

 

System Approach in Educational Management

I. Definition of System Approach

The systems approach to educational management, as discussed in "Educational Management: Redefining Theory, Policy and Practice" (Bush et al., 1999), offers a comprehensive framework for understanding the complexities of educational institutions. This approach moves beyond analyzing individual components in isolation and instead emphasizes the interconnectedness of various elements and their relationship with the external environment.

The Concepts of Authentic Learning

 

I. Definition

Authentic learning, as discussed by Bozalek, Ng’ambi, Wood, et al. in "Activity Theory, Authentic Learning and Emerging Technologies: Towards a Transformative Higher Education Pedagogy" (Bozalek et al., 2015), is a pedagogical approach that distinguishes itself from traditional educational methods. It emphasizes aligning learning conditions with real-world contexts, shifting the focus from rote memorization and abstract concepts to engaging students in tasks reflecting real-life scenarios.

Unlike traditional approaches, where teachers primarily deliver information, authentic learning positions students as active participants in their learning journey. They collaborate, solve problems, and create meaningful artifacts, mirroring the complexities of real-world situations. This approach bridges the gap between theory and practice, allowing students to apply knowledge in practical settings.

Bozalek, Ng’ambi, Wood, et al. highlight authentic learning's potential to transform higher education by fostering deeper understanding, critical thinking, and relevant skill development. By connecting learning to real-world applications, authentic learning empowers students to become active and engaged learners equipped for challenges beyond the classroom.

Integrated Learning

I. Definition

Integrated learning is an approach where two or more subjects are combined in a lesson, project, classroom, or curriculum. This helps students develop a deeper understanding of the interconnectedness of knowledge and apply it to real-world situations. For instance, science and language arts teachers might collaborate on a project where students read about a scientific issue, evaluate evidence from various texts, discuss their findings, and write persuasive essays. (Integrated Learning, 2023)

Outcome-Based Education: Enhancing Student Learning and Achievements

I. The nature of Outcome-Based Education

Chapter Four of (Wilson, 1994) "Pavlov's Children: A Study of Performance / Outcome-Based Education" highlights a few key characteristics of Outcome-Based Education, notably focusing on what the student is rather than what they know. It emphasizes that OBE aims for every child to "feel successful" and prioritizes this feeling of success over traditional knowledge acquisition.

The Child-Centered Approach to Education

I. The Meaning and Nature of the Child-Centered in Education

The child-centered approach in education prioritizes the child's individual needs, interests, and learning styles.

Here's a breakdown based on Krishan Lal (Lal, 2014); the approach can be defined as below:

●        Focus on the Child: Children are seen as active participants in their learning journey instead of a teacher-led, standardized approach. Their interests, curiosities, and individual pace are central to the curriculum and activities.

●        Active Learning: Learning by doing is emphasized. This could involve hands-on activities, exploration, and play-based learning, allowing children to discover and learn at their own pace.

●        Teacher as Facilitator: The teacher shifts from dispensing information to guiding, supporting, and encouraging children's exploration and learning.

●        Importance of Play: Play is considered crucial for learning and development. It allows children to experiment, problem-solve, and develop social-emotional skills naturally.

●        Individualized Learning: The approach recognizes that each child is unique and learns differently. It encourages providing individualized attention and adapting teaching methods to suit different learning styles.

Think of it like this: Imagine a garden where each plant is unique and requires different care to flourish. The child-centered approach is like being a gardener who nurtures each plant according to its specific needs, helping it reach its full potential.

Practical Use of Balanced Scorecards in Schools

 

What is a Balanced Scorecard (BSC)?

The Balanced Scorecard is a strategic management tool that helps organizations track and monitor key performance indicators across different areas of their operations. Initially developed by Robert Kaplan and David Norton in the early 1990s, the Balanced Scorecard has since been widely adopted by businesses, non-profits, and educational institutions to measure and improve performance. In the context of schools, the Balanced Scorecard can align strategic objectives with daily operations and measure progress toward achieving academic excellence. By focusing on a balanced set of indicators that encompass both financial and non-financial aspects of performance, schools can better understand their strengths and weaknesses and make informed decisions to drive continuous improvement.

simple Balanced Scorecard

source: The Balanced Scorecard Explained with Examples

https://www.youtube.com/watch?app=desktop&v=C0JZdyb6hZE&ab_channel=EPM

Thai Educational System for Dummy

 The Thai educational system is structured to provide education to all citizens and is strictly overseen by the government, specifically the Ministry of Education. The system has four key stages: pre-primary, primary, secondary, and higher education.

The Importance of Effective Educational Management

1. Strategic Management

Strategic management in a school context is a continuous, cyclical process of setting and achieving goals to improve student learning and overall school effectiveness (The Implementation of Strategic Management in Developing Schools, 2019). It involves analyzing the internal and external environments to identify strengths, weaknesses, opportunities, and threats. Based on this analysis, schools define a clear vision and mission, set measurable goals, and develop actionable strategies. These strategies might involve curriculum enhancements, teacher professional development, or community involvement. Importantly, strategic management requires ongoing monitoring, evaluation, and adjustments to ensure alignment with the school's vision and the ever-changing educational landscape.

Theories and Concepts in Education

Modern education's theories and concepts significantly impact teaching practices, curriculum development, and student learning outcomes. We will discuss the three major theories of learning, educational philosophies, and modern education concepts.

What is the education system?

 

Historical background of Education System

The history and evolution of education systems in different countries worldwide have varied greatly throughout history and across different cultures. In ancient civilizations, education was often reserved for the elite ruling class. In more modern times, education has become increasingly accessible to people of all backgrounds. The evolution of education systems has been shaped by political, social, and economic factors, leading to the diverse array of educational models seen worldwide today. Despite these differences, the ultimate goal of education remains the same: to equip individuals with the knowledge and skills needed to succeed in their personal and professional lives.

In the Western world, education often focuses on critical thinking, problem-solving, and creativity. In contrast, Eastern cultures may emphasize memorization, discipline, and respect for authority. Regardless of the approach, the importance of education in shaping individuals and societies cannot be understated. As technology advances and the global economy becomes more interconnected, the need for a well-rounded education that prepares individuals for a rapidly changing world becomes increasingly vital. Ultimately, education is a powerful tool that has the potential to transform lives and drive progress on a global scale.

“ภาวะผู้นำด้านดิจิทัล” กับ “การศึกษาในยุค 4.0” - Digital Leadership and Education 4.0

การศึกษาได้ผ่านการเปลี่ยนแปลงอย่างยิ่งยวดตลอดหลายศตวรรษ โดยพัฒนาไปตามการปฏิรูปของเศรษฐกิจ สังคมและเทคโนโลยี (4^th Industrial Revolution หรือ IR4.0) จากรูปแบบการเรียนการสอนในอดีตที่มีครูเป็นศูนย์กลาง สู่การศึกษาที่เน้นผู้เรียนเป็นสำคัญเทคโนโลยีในปัจจุบันก็เป็นตัวจักรสำคัญในการขับแคลื่อนการศึกษาแบบสมัยใหม่ ตามประวัติศาสตร์แล้ว การศึกษาได้ผ่านช่วงเวลาที่แตกต่างกัน ได้แก่ การศึกษาในยุค 1.0, 2.0, 3.0 และปัจจุบันคือ การศึกษาในยุค 4.0