Cognitive Learning Process Theory Explained
In today's rapidly evolving world, we are constantly bombarded with information. But how much of it do we actually retain and use? When a new piece of knowledge resonates with us, it's like a spark igniting within our minds. That's the essence of cognitive learning.
This approach focuses on how we think, process, and apply information. With e-learning, hybrid learning, and AI-powered modules becoming increasingly popular, the need for deeper cognitive engagement has only grown. Today’s learners need more than just surface-level knowledge. Cognitive learning is less about what you know and more about how you come to know it. It focuses on the mental steps we take to make sense of new information, including questioning, analyzing, connecting it to prior knowledge, and testing it in practice.
The Foundations of Cognitive Learning
Cognitive theory isn’t a new idea. In the 1930s, Swiss psychologist Jean Piaget laid the foundation with his theory of cognitive development, which explored how people build knowledge through experiences and mental structures. The field of cognitive psychology later expanded on these ideas, showing that learning isn’t just input and output but a more dynamic process of interpreting and organizing information.
What sets cognitive learning apart is its emphasis on thinking skills rather than surface-level recall. While rote memorization can quickly fade and behaviorist approaches often stop at repetition and reward, cognitive learning pushes learners to engage more deeply.
Key Principles of Cognitive Learning
Effective learners don’t cram information. They don’t push information into their brains hoping it sticks. Instead, they engage in an active style of learning and understanding concepts. For cognitivists, the way we think influences the way we learn, so if we train our brains to think more effectively, we’ll end up learning more effectively. As a result, we become better at connecting new and existing information in our heads, and we recall new concepts for a longer time. Cognitivists claim that cognition brings a deeper understanding of learned topics and better leadership development.
Read also: Causes and Treatment of Cognitive Learning Delay
Here's a closer look at the core principles:
1. Comprehension
True comprehension is about grasping the meaning behind information. That means seeing the bigger picture and understanding how concepts fit together.
2. Memory
In cognitive learning, memory doesn’t just mean stockpiling isolated facts. The goal is to create lasting connections. By linking new material with what learners already know and building on existing knowledge, the brain establishes stronger pathways that make recall easier and more reliable. To better illustrate this, imagine a sales rep learning about a new product line.
3. Application
Application is precisely where cognitive learning shows its value. Learners take what they’ve understood and remembered and put it into practice. This could include solving a specific problem, making a key decision, or using what they learned in a new situation.
Diverse Cognitive Theories
Cognitive learning isn’t a single, unified idea. Rather, it’s a collection of theories that help explain how people think, learn, and grow.
Read also: Navigating the UCLA CogSci Minor
Social Cognitive Theory
Social cognitive theory, developed by American psychologist Albert Bandura, emphasizes learning by observing others. Employees don’t just pick up skills by direct instruction. They learn by watching peers, mentors, and leaders in action.
In social cognitive theory it is suggested that there are several factors that impact a person’s ability to perform and learn. Their internal thoughts, and external forces around them can both play an important role in their cognitive process. Social interactions, things they see around them, observed behavior, and how they interpret these things all impact behavior and learning. For example, a teacher can help students see the outcome of a certain behavior. They can show students that when they listen to instructions and follow quickly, there is more time at the end of the day for a reward.
Cognitive Behavioral Theory (CBT)
Cognitive behavioral theory (CBT) highlights the connection between thoughts, emotions, and behaviors. In the workplace, this can help employees recognize how negative self-talk or unproductive assumptions might negatively affect performance.
Behavioral cognitive theory is the idea that how we think, how we feel, and how we behave are all directly connected together. Simply put, this means that our thoughts determine our feelings and behavior. All of these cognitive elements can directly impact how students learn in a classroom setting. If a student believes they aren’t good at math, that it doesn’t come naturally to them for some reason, that they are dumb and won’t understand, they are likely to feel frustration and anger during a math lesson and perform poorly. The cognitive behavioral theory is closely connected to social cognitive theory-social cognitive theory identifies how external forces AND internal forces, your thoughts, impact your learning.
The Cognitive Triad, a key element of CBT, delves deeper into how negative thoughts specifically impact human behavior. It involves:
Read also: Understanding Cognitive and Social Learning
- The Self
- The World/Environment
- The Future
Schema Theory
Schema theory explains how people organize and interpret information by grouping related concepts into mental frameworks called “schemas.” These structures help learners integrate new material with what they already know, making it easier to understand and apply new ideas. For example, when employees learn a new workflow, they’re more likely to retain it if it relates to processes they’ve used before.
According to some cognitivists, schemata form the basis of those and all other concepts. Assimilation is the cognitive process of associating new information to what is already known. Disequilibrium refers to a state of discomfort that occurs when an individual encounters new information that does not fit into their existing schemata, or ways of understanding the world.
Cognitive Load Theory
Cognitive load theory relates to how much information the brain can process at one time. When learners are overwhelmed by dense slides or lengthy handbooks, for instance, they’re less likely to remember important information. Effective learning design reduces overload by breaking content down into manageable chunks. Think of a customer service team tasked with learning a complex new CRM.
Cognitive Learning in the Workplace
Cognitive learning in the workplace matters more than ever.
- Cognitive learning gives employees the skills to keep learning independently.
- When learning is cognitive-focused, employees gain a deeper understanding of what they need to know. A marketing analyst doesn’t just need to know how to read campaign metrics.
- When employees know how and why things work, confidence skyrockets.
- Cognitive learning encourages critical thinking and problem-solving.
- Finally, cognitive learning develops the ability to think conceptually and start to see patterns beyond the task that’s in front of them.
Types of Cognitive Learning
According to cognitive learning theory, there’s a flavor of learning for every brain.
- Implicit learning. This is a kind of learning that requires no conscious effort or intention. For instance, when you pick up social cues or decipher sarcasm because you’ve been repeatedly involved in social interactions, that’s a sign you’ve learned something implicitly.
- Explicit learning. Instead of learning without a conscious effort or intention, explicit learning requires a structure and a more focused goal, such as passing an exam or being able to speak a new language.
- Meaningful learning. The meaning in this type of learning comes from connecting new information to what you already know by associating the new concepts with your feelings and personal interests. That’s a strategy widely used by teachers and instructors who use analogies to explain new things.
- Cooperative learning. This is a form of group learning. It consists of having students or team members working in groups and collaborating with each other to achieve a common goal.
- Discovery learning. In this type of learning, the teacher or instructor encourages learners to discover new concepts independently by exploring solutions and drawing conclusions on their own. It’s a hands-on kind of learning, heavily based on human curiosity and a willingness to explore. Managers, for example, may challenge new hires to solve hypothetical problems with company tools without a procedure to follow.
- Experiential learning. This is when you learn by doing, from experience, not from theory alone.
- Emotional learning. Rather than learning in a specific way, this is about learning a certain topic-dealing with emotions. That involves learning to read the room, self-regulate, empathize with others, and communicate effectively.
- Problem-based learning. Students or employees work in groups to solve hypothetical, open-ended problems based on real-world issues. The teacher or instructor doesn’t teach classes before assigning problems. Instead, the learning process starts when they assign problems to learners. Then, learners search for the information they need to solve the problems, analyze it, and come up with optimal solutions (often by innovating).
- Game-based learning. In this type of learning, whether in school or at companies, games are used to learn new concepts in a fun, engaging way. The learning content, activities, and assessments are incorporated into the game, which can be digital or not.
- Habituation and sensitization. This involves learning through repeated exposure to stimuli to either reduce or increase the learners’ response to those stimuli. In other words, the goal is either to habituate learners to the stimuli, so they don’t react to it, or to sensitize them to the stimuli, so they act on it.
- Metacognitive strategies. Thinking about how you think, what you learned, and how you learned is not only a skill in itself, but it also helps you learn better. Journaling, for instance, is a metacognitive strategy you can use to assess your knowledge, plan further learning, identify improvements, and track growth (in your personal and professional lives).
- Concept mapping. Using visual tools or just a pen and a piece of paper, you can break down complex concepts into smaller ones that you represent hierarchically and connect with each other (for better understanding).
- Scenario-based learning. With online, automated dialogue simulations, learners practice decision-making in hypothetical situations and controlled environments where they can’t lose deals, make customers angry, or damage workplace relationships. That’s the case when HR professionals engage in role-playing exercises to learn to handle difficult conversations or ethical dilemmas.
- Self-directed learning. This is what happens when highly motivated employees study topics independently, usually beyond office hours. That’s self-directed learning, and the purpose is career development. They’re self-starters and take the initiative to outline their own learning goals and evaluate progress.
- Collaborative learning. Whenever a pair of coworkers or a small team work together to solve problems, share perspectives, and discuss topics, collaborative learning takes place. For example, scrum retrospectives are collaborative learning moments during which agile teams learn to improve their processes.
Practical Applications of Cognitive Learning
The cognitive learning examples we compiled change the way people learn and grow in their personal and professional lives. Discovery learning is widely used by STEM teachers, who ask their students to run experiments and explore solutions as a way to discover new concepts independently. But any student can apply cognitive learning techniques, such as drawing concept maps to organize ideas before writing essays. At companies, scenario-based learning challenges current and aspiring leaders in training with real-world situations they must handle in risk-free environments, allowing them to safely practice tough conversation management. Game-based learning-a form of edutainment that’s not the same as gamification-makes sales training and compliance training more exciting, engaging, and effective. Self-directed learning allows everyone to learn a new hobby or a new skill independently. Emotional learning teaches you to be more aware of yourself and others, self-regulate, empathize, and communicate more effectively.
Cognitive Learning Strategies
Cognitive learning strategies are all about helping learners dive deep into the information they encounter. By really grasping the concepts, learners become more adept at transferring and applying that knowledge to new and different scenarios. It goes beyond just skimming the surface and relying on short-term memory. Instead, cognitive learning strategies foster a deeper understanding that sticks around in a learner’s long-term memory, ensuring that the concepts become firmly ingrained.
Here’s a list of the top cognitive learning strategies that mentors and trainers can use to help their learners retain knowledge more easily:
Repetition: Repetition, though simple, is an incredibly effective technique for retaining information in our long-term memory with precision. Whether it's revisiting our notes, rewatching a seminar, or practicing an exercise repeatedly, each repetition solidifies the information in our memory. But, it's crucial to spread out the repetitions across multiple sessions over different days or months, as cramming everything into a single session won't result in long-term retention.
Real-world examples: It can be helpful to place information within a relatable scenario or example to make it more understandable. Without a specific context in which we can apply the knowledge, learning information can feel quite abstract. When teaching about Math, you can show its real-life applications by giving examples like managing personal finances, calculating grades, and measuring ingredients when cooking. In the workplace, you can do this by giving your team access to scenario training methods like VR simulations, quiz scenarios, and role-playing training.
Quizzes, assessments, and flashcards: These are simple yet highly effective learning methods that you can easily employ. They can also help learners in various scenarios, including exam preparation, speaking practice, identifying knowledge gaps, and boosting confidence in their level of understanding.
Asking questions: When students are asked questions it gives them an opportunity to dive deeper into meaning.
Having opportunities to make errors: Giving students a simulation or hands-on problem gives them the opportunity to make mistakes, and then learn from them. A simulation that shows them where they went wrong can then help them correct.
Fostering self-reflection/self-questioning: Giving students opportunities for self reflection can be huge in helping them understand their mental process.
Thinking aloud: Teachers can themselves think aloud, showing students how they rationalize or work out problems. They can then give students that same opportunity.
The History of Cognitivism
The history of cognitivism goes back to the late 1950s. At this time, a notable change began to unfold in learning theory, steering away from traditional behavioral models towards ideas more based on cognitive sciences. In recent times, cognitivism has become more and more embedded into instructional design. Many psychology and education specialists, consciously rejecting entrenched behavioristic assumptions, have embraced the psychological principles derived from the cognitive sciences. This means that, in the modern classroom, students are not just seen as passive recipients of information but are encouraged to be actively engaged in mental processing. Cognitive theories put forward the belief that the nuanced processes underpinning learning must be understood and prioritised. This means thinking about how information is received, organized, stored, and retrieved by the mind. Therefore, in cognitivism, the spotlight is not just on the actions of the learner, but also on understanding what they know and the mechanisms through which their knowledge is acquired.
Cognitivism vs. Behaviorism
Cognitivism offers insight into how our minds process information and convert it into knowledge. This approach shifts our focus from visible actions to the internal cognitive processes at play.
In terms of the dynamics of learning, both cognitivism, which focuses on mental processes and internal structures, and behaviorism, which centers on observable behaviors shaped by external stimuli, underscore the crucial role played by environmental conditions. Cognitivism, in particular, explores how learners actively process information internally. For both theories, instructional strategies take center stage, with explanations, demonstrations, and examples believed to be very important in guiding students through the learning journey.
While these shared elements align the two theories in some ways, key differences occur in the perception of the learner’s role. For example, cognitivism introduces a distinctive perspective, stressing the ‘active’ nature of the learner. Here, the focus shifts beyond simply giving answers to questions. Interestingly, cognitive theories go even further, asserting that environmental cues and instructional components alone cannot completely explain learning outcomes in instructional situations. This is an important distinction to the ideas of behaviorism. Instead, cognitivism pays attention to how learners code, transform, store, and retrieve information. Furthermore, beyond the cognitive side of things, the psychological factors of learners are also considered. Thoughts, beliefs, and attitudes are recognized as influential elements woven into the experience of learning. So it is not just about what is presented externally. At the heart of the cognitive approach lies a transformative agenda, which is to change the learner. The emphasis is not on a transaction of knowledge.
Simplification and Standardization
Despite theoretical distinctions, both cognitive and behavioral perspectives are similar in that their ultimate goal is to facilitate efficient and effective transferral of knowledge to students. To achieve this goal, both theories employ shared strategies: simplification and standardization. Knowledge is distilled into fundamental building blocks, with extra details discarded for streamlined transfer. Whether in workshops on management skills or other learning contexts, information is presented in a digestible format. For example, think about a situation where participants in a workshop on mastering effective communication skills are provided with information that is broken down into manageable parts for quick and easy understanding.
Designing Learning Experiences Based on Cognitivism
When designing learning experiences based on cognitivism, it is important to embrace certain fundamental principles. Firstly, the active involvement of learners is paramount. Secondly, hierarchical analyses play a vital role. Similarly, the structure, organization, and sequencing of information are essential considerations. Careful attention must be given to the order in which learners encounter new concepts. This is because the sequence in which information is presented significantly influences how individuals build their mental frameworks and understand the relationships between different concepts. Lastly, as in behaviourism, the creation of learning environments conducive to making connections is also important. Such environments should encourage students to relate new information to their existing knowledge, allowing for a holistic understanding.
For effective instruction from a cognitive standpoint, emphasis should be placed on connecting lesson content to a student’s existing mental structures, or schema. For example, in a situation where a manager is teaching a new employee how to perform a cost-benefit analysis, instead of presenting this task in isolation, the manager might cleverly connect this new task to familiar processes like budgeting or decision-making. This cognitive approach taps into the new member of staff’s existing knowledge, making the learning experience smoother and more memorable. The cognitive approach not only reduces processing requirements but also enhances the effectiveness of recall cues (triggers that help retrieve information from memory).
Other Cognitive Learning Theories
Researchers have explored various theoretical approaches to improve learning, considering the inherent cognitive limitations we possess. Here, we’ll examine three of these main learning theories:
Dual Coding Theory
Dual coding is a theory that uses different types of stimuli to help us remember things better. You see when we learn something, we want our brains to store it in a way that makes it easy to remember later on. That's where dual coding comes in.
In classrooms, teachers often use two main types of stimuli to help us learn: visuals and words. Visuals are like pictures or diagrams, and they go straight into our working memory. This working memory is like a temporary storage space in our brains that helps us process and remember information. The cool thing is that visual information gets processed all at once, so we can recall it in any order we want.
Cognitive Load Theory
John Sweller wrote a paper about a theory called Cognitive Load Theory back in 1988, which was published in the journal, Cognitive Science. Now, when we talk about "cognitive load," we're basically referring to how much information our working memory can handle at a given time. Sweller noticed that our working memory has its limits, so he suggested a cognitive approach. This discussed that instructional methods should be mindful of not overwhelming it with unnecessary activities that don't really help with learning.
For example, imagine you're looking at a diagram, and one version has all the labels right there on the diagram, while another version has the labels listed separately on the side. According to Sweller, the version with the labels on the diagram itself puts less strain on your working memory compared to the one with the labels off to the side.
Cognitive Theory of Multimedia Learning
Studies have shown that our minds process visuals and sound differently. It's like we've got these two separate channels in our brains and they have different capacities for learning stuff. Turns out, when we have pictures along with words, we tend to learn better compared to just having words alone. Now, a guy named Richard Mayer came up with the theory called the cognitive theory of multimedia learning. It's about using different media in teaching to make it more effective. See, when we use instructional stuff like pictures, videos, or other visual aids, it taps into how our minds process information. And the result? Learners understand and remember the stuff way better.
When it comes to multimedia learning, combining words and pictures can really take your understanding to a whole new level compared to relying solely on words. That's why watching YouTube videos has become such a popular way for people to acquire new hobbies or learn new skills. It's amazing how much you can absorb when you see things in action!
tags: #cognitive #learning #process #theory #explained
