Relevant Thinking and Learner Success

In today's rapidly changing world, where new challenges and technologies emerge at an unprecedented pace, students need to be relevant thinkers to successfully navigate the complex social, economic, and environmental issues they will face. The ability to think relevantly enables them to connect classroom learning with real-world applications, fostering deeper learning and cultivating critical life competencies such as problem-solving, adaptability, and creativity. I shared the following in Disruptive Thinking in Our Classrooms:

In a disruptive world, learners need to be able to replace conventional ideas with innovative solutions to authentic problems.

As the future workforce will demand individuals who can apply knowledge in diverse and evolving contexts, relevant thinking empowers students to become effective problem solvers, innovators, and disruptive thinkers. It also ensures that education remains dynamic and meaningful, preparing students to make informed decisions and contribute positively to society. Hence, nurturing relevant thinking is essential for equipping young minds with the competence to transform knowledge into action and meet the demands of the future head-on.

Relevant thinking in an educational context refers to connecting new knowledge and skills to real-world situations, making learning applicable to students' lives and future careers. It involves critical thinking directly related to personal experiences, societal issues, or practical applications.

Relevant thinking is essential in schools for several reasons:

1. Enhanced Engagement: When students see the relevance of what they are learning to their own lives and the world around them, they are more likely to be engaged and motivated.
2. Improved Retention: Information connected to personal experiences or real-world examples is often retained more effectively because it becomes meaningful and is processed at a deeper cognitive level.
3. Practical Application: Relevant thinking helps students understand how they can apply what they learn in school to solve real-world problems, a critical skill for their future careers and personal lives.
4. Preparation for the Future: Schools are tasked with preparing students for the future. Relevant thinking ensures that the skills and knowledge they acquire are theoretical, practical, and applicable to future challenges. It also sets the stage for effective personalized learning. 
5. Encourages Lifelong Learning: When students practice relevant thinking, they develop a mindset that education is a continuous process that extends beyond the classroom, fostering lifelong learning.
6. Development of Critical Competencies: Relevant thinking involves critical analysis, problem-solving, and decision-making skills, which are essential competencies for success in a disruptive world. These are all elements associated with deeper learning. 
7. Cultural and Social Awareness: Integrating relevant social and cultural issues into the curriculum can promote empathy, respect for diversity, and an understanding of global interconnectivity.

In essence, relevant thinking helps bridge the gap between academic concepts and the real world, ensuring that education is not an isolated endeavor but a foundation for students to become effective, responsible, and active members of society.

The Relevant Thinking Framework is a powerful tool that educators can use to enhance learning outcomes by aligning teaching methods with how students learn most effectively. I changed the name as many educators, including myself, are not very fond of the word rigor in an educational context. However, the premise remains the same. This framework is structured around two dimensions: the Knowledge Taxonomy (vertical axis) and the Application Model (horizontal axis), each comprising four quadrants labeled A, B, C, and D. 

Here's how educators can leverage each quadrant to elevate student achievement:

Quadrant A - Acquisition: This quadrant focuses on foundational knowledge acquisition, where students recall and understand facts and principles. Educators should ensure students have a firm grasp of essential information in the classroom before progressing. Techniques such as repetition, mnemonic devices, and direct instruction are effective. However, moving beyond this quadrant is vital to applying knowledge in more complex ways.

Quadrant B - Application: Application refers to putting knowledge into action within familiar contexts. Educators can design activities where students apply what they've learned to solve problems or complete tasks. This might involve practical exercises, experiments, or real-life scenarios that require students to use their knowledge practically. For instance, math concepts can be reinforced through budgeting exercises or measuring ingredients in a cooking project.

Quadrant C - Assimilation: Here, students extend their thinking to analyze, evaluate, and create based on their knowledge. It encourages deeper cognitive processes and critical thinking. Educators can facilitate debates, research projects, or simulations that challenge students to synthesize information and form new understandings. It’s about making connections between different pieces of knowledge and seeing the larger picture.

Quadrant D - Adaptation: Adaptation represents the highest level of application, where students autonomously use their knowledge to tackle complex, real-world problems that may not have clear solutions. Educators should encourage project-based learning, interdisciplinary approaches, and creative problem-solving. In this quadrant, the role of the educator shifts from instructor to facilitator, providing guidance as students explore and innovate.

Educators should use the framework as a dynamic tool to scaffold instruction and assessment while moving to more personalized pedagogies. It can also be leveraged to ensure technology is used purposefully. Starting with Quadrant A, students can build a solid knowledge base, which serves as a springboard into higher-level thinking and application. Teachers should lead students through each quadrant, not necessarily linearly, but by providing opportunities to apply their learning in new and challenging ways. Moreover, the framework recognizes the importance of relevance in learning. For example, students are more likely to be engaged and motivated when they see the connection between standards and concepts to real-world applications. This engagement is critical for meaningful learning and retention.

Assessment is integral to the Relevant Thinking Framework. Educators should design assessments that not only measure recall of information (Quadrant A) but also the ability to apply knowledge in new contexts (Quadrants B and D) and the ability to think critically and create new ideas (Quadrant C). This means utilizing a mix of traditional tests, performance tasks, technology, portfolios, student reflections, and feedback.

The Relevant Thinking Framework is not a prescription but rather a guide for educators to design curriculum and instruction that meet students where they are and push them to where they need to be. It’s about recognizing that the ultimate goal of education is to prepare students to be thinkers, problem-solvers, and lifelong learners in an increasingly complex world. By using the framework thoughtfully, educators can create learning environments that raise standards and make learning relevant and exciting for their students.

Moving Beyond SAMR with the Relevant Thinking Framework

While there are many different frameworks to choose from when it comes to the effective integration of technology, SAMR is typically the one that most people and schools leverage. At face value, it is relatively straightforward while conveying how the use of technology can move from enhancement to transformation. The SAMR Model has provided us with a good lens to observe firsthand the need for proper planning prior to investing large amounts of money in technology. This is by no means a perfect framework to guide the effective implementation of technology initiatives, but it does give us a good idea of what should not be taking place.

Substitution – tech acts as a direct tool substitute with no functional change

Augmentation – tech acts as a direct tool substitute with functional improvement

Modification – tech allows for significant task redesign

Redefinition – tech allows for the creation of new tasks previously inconceivable 

While I don’t outright discount the value of SAMR, it does, in my opinion, have a dramatic shortcoming. I shared the following in Uncommon Learning:

For many educators, SAMR is the preferred model often associated with technology integration. It’s a catchy model and does have some value, mainly in the form of what we shouldn’t be doing (substitution). Take a close look at the tech-centric language used in each category and ask yourself what does the SAMR model really tell you about the level of student learning? This is why I love the Relevant Thinking Framework as a means to ensure that technology is integrated effectively. It provides a common language, constitutes the lens through which to examine all aspects of a learning culture (curriculum, instruction, assessment), and helps create a culture around a shared vision. 

The value of SAMR is that it can inform you what NOT to do with technology. However, the rub, though, is that it is a bit vague when it comes to the pedagogical shifts that need to occur to improve student learning. Here is where the Relevant Thinking Framework comes into play, as there is an emphasis on what the learner is doing as opposed to the technology. It is broken down into four (4) quads:

Quadrant A (Acquisition) -  Students gather and store bits of knowledge and information. Students are primarily expected to remember or understand this acquired knowledge. The teacher does most of the work by instructing. 

Quadrant B (Application) -  Students use acquired knowledge to solve problems, design solutions, and complete work. The highest level of application is to apply appropriate knowledge to new and unpredictable situations. 

Quadrant C (Assimilation) -  Students extend and refine their acquired knowledge to automatically and routinely analyze and solve problems as well as create unique solutions. They are doing most of the work. 

Quadrant D (Adaptation) Students have the competence to think in complex ways and apply knowledge and skills they have acquired. Even when confronted with perplexing unknowns, students are able to use extensive knowledge and skill to create solutions and take action that further develops their skills and knowledge. They work and think. 

While there isn’t a seamless alignment, I have made an attempt to connect them both. 

(S) Substituted acquisition (A) Teachers use tech to make tasks digital or elicit low-level student responses 

(A) Applied augmentation (B) Students apply learning in relevant ways

(M) Modified assimilation (C) Students demonstrate high levels of thinking through the purposeful use of technology

(R) Adapted redefinition (D) – Students work and think to innovatively redefine what is possible

The overall goal, both with and without technology, should be to empower students to work and think. Another critical strategy is to focus on the purposeful use of technology when appropriate. Just because it is available doesn’t mean it can or will improve every lesson or project. Thus a focus on pedagogy first, technology second, if appropriate, will help ensure success, something that I emphasize extensively in Disruptive Thinking in Our Classrooms. While SAMR is a solid starting point, it is not the end all or be all. The multi-dimensional aspects of the Relevant Thinking Framework can be used to guide you in developing better questions and tasks as part of good pedagogy. In the end, this will lead to developing critical competencies to thrive in a disruptive world.