Learning is all about how effectively we can apply that knowledge in real-world situations. The true value of microlearning lies beyond its quick, bite-sized nature. Good microlearning platforms build on the collective wisdom of learning theories, including Jean Piaget’s theory of cognitive development, which provides a powerful framework for understanding how we process and internalize new information.
Microlearning platforms like MaxLearn leverage Piaget’s insights to create learning experiences that go beyond mere knowledge acquisition. By integrating the Piaget’s principles of assimilation, accommodation, and equilibration, they ensure that learners not only grasp new concepts but also effectively incorporate them into their existing cognitive frameworks.
This approach makes learning more personalized, meaningful, and effective, enabling your workforce to confidently apply their knowledge in practical, real-world contexts.
The Incredible Capacity for Lifelong Learning
At the heart of Jean Piaget’s theory is the belief that humans are active meaning-makers who continuously construct knowledge throughout their lives. From childhood to adulthood, our ability to improve intelligence and develop cognitive skills never stops.
This continuous process of meaning-making and knowledge-building is the foundation upon which microlearning platforms like MaxLearn are built. These platforms cater to ongoing and continuous learning, helping your workforce develop role-specific and risk-specific knowledge that is relevant to them.
Piaget explained human learning in four stages of cognitive development—sensorimotor, preoperational, concrete operational, and formal operational. These 4 stages explain how humans evolve intellectually, moving from concrete, sensory experiences to abstract reasoning.
| Sensorimotor | Birth - 2 years | - Identifies object still exists when out of sight - Recognition of ability to control objects and acts intentionally |
| Preoperational | 2 - 7 Years | - Begins to use language - Egocentric thinking difficulty seeing things from other viewpoints - Classifies objects by single feature example - color |
| Concrete Operational | 7 - 11 years | - Logical thinking - Recognises conservation of numbers, mass and weight - Classifies objects by several features and can place them in order |
| Formal Operational | 11 years and up | - Logical thinking about abstract propositions - Concerned with the hypothetical and the future - Create hypotheses and test |
In the context of microlearning, these stages are unfolded as learners process and internalize new information through short, targeted lessons that build on existing knowledge.
Piaget further built on to give powerful and meaningful concepts such as assimilation, accommodation and equilibration explained below.
MaxLearn’s Microlearning and Piaget’s Theory: The Connect
Piaget’s theory of learning involves assimilation, where new information is integrated into existing schemas; accommodation, where schemas are adjusted to incorporate new information; and equilibration, which is the process of balancing assimilation and accommodation to achieve cognitive stability.
- Assimilation: When learners encounter new information, they integrate it into their existing mental frameworks, or schemas.
- Accommodation: When new information doesn’t quite fit into existing schemas, learners must adjust their thought processes.
- Equilibration: The balance between assimilation and accommodation is what Piaget called equilibration.
Microlearning approach focuses on how learners acquire and retain knowledge. This is where Piaget’s key concepts—assimilation, accommodation and equilibration—come into play.
Here’s an example from a healthcare setting to understand the concept clearly, and how it applies to microlearning-
- Assimilation: Imagine you’re a nurse who’s well-versed in administering medications to patients. When you encounter a new drug that functions similarly to those you’ve handled before, you incorporate this new information into your existing knowledge base. This is assimilation—you’re integrating the new drug’s details into your current understanding of patient care. Microlearning supports assimilation by delivering content that is directly relevant to the learner’s current knowledge base, making it easier to link new knowledge to what they already understand.
- Accommodation: Now, consider a situation where you’re introduced to an entirely new treatment method that doesn’t align with your existing knowledge, such as a novel drug delivery system. In this case, your previous understanding isn’t enough. You need to modify your approach and expand your knowledge base to include this new system, creating a new “schema” or mental framework. This is accommodation. Microlearning facilitates accommodation by breaking down complex topics into manageable chunks, allowing learners to restructure their schemas without feeling overwhelmed.
- Equilibration: In this process you find a balance between what you know (assimilation) and what you need to adjust to (accommodation). For instance, after applying the new treatment method, you assess its effectiveness and refine your approach. This balancing act—integrating new information while maintaining your core knowledge—illustrates equilibration. It’s how healthcare professionals continually enhance their skills and knowledge while ensuring they provide consistent, high-quality care.
Piaget’s concepts are intricately connected to Ebbinghaus’ forgetting curve, which describes how information retention declines over time without reinforcement. Microlearning addresses these issues by using spaced repetition to combat forgetting and retrieval practice to reinforce knowledge, ensuring that learners revisit and apply information at optimal intervals.
Furthermore, platforms like MaxLearn adapt content to individual learning styles and levels, offering foundational material before progressing to more complex concepts, thereby integrating Piaget’s and Ebbinghaus’ theories to enhance learning effectiveness and retention.
4 Concepts Key To MaxLearn’s Microlearning
By focusing on job-related and risk-specific training, MaxLearn’s microlearning platform uses several strategies to reinforce these cognitive processes.
- Spaced Repetition: Spaced repetition is vital in ensuring that new healthcare information—whether related to job-specific tasks or risk-specific protocols—is retained over time. This method supports assimilation by revisiting the new information at carefully timed intervals, helping healthcare professionals integrate it into their existing knowledge base. For instance, regularly spaced reiterations of a new drug’s effects help solidify the connection between this new knowledge and what the professional already knows about similar treatments.
- Retrieval Practice: MaxLearn’s AI-powered platform incorporates retrieval practice, which is essential for strengthening accommodation. Through targeted questions and assessments that focus on job-related scenarios, healthcare professionals are prompted to recall and apply new knowledge in real-world contexts. For example, after learning about a new surgical procedure, a practitioner might be quizzed on the steps involved, reinforcing their ability to modify and expand their existing schemas to include this new method.
- Key Learning Points: Trainers can create microlearning lessons by breaking down complex healthcare topics into Key Learning Points (KLPs), which support both assimilation and accommodation. By focusing on the most critical aspects of risk-specific content, healthcare professionals can more easily integrate new information without feeling overwhelmed. This process of learning through KLPs aids in equilibration by allowing learners to strike a balance between what they already know and what they need to adjust. For instance, understanding the key steps in a new patient safety protocol helps professionals adapt their existing practices without discarding their foundational knowledge.
- Adaptive Learning and Personalization: MaxLearn’s platform also excels in adaptive learning, tailoring content to the unique needs of each healthcare professional. This personalized approach is crucial for facilitating equilibration, as it allows learners to process new information at their own pace. If a healthcare worker struggles with assimilating new risk-specific guidelines, MaxLearn adjusts the content delivery to adapt to his level of understanding, offering additional resources or alternative explanations. This ensures that the learner can accommodate the new knowledge effectively, achieving a balance between their existing schemas and the new information being integrated.
Fast, Fun, and Effective: The 3 Pillars of MaxLearn’s Microlearning
When you dive into MaxLearn’s microlearning platform, it’s not just about quick lessons or gamified experiences—it’s about aligning every facet of learning with Piaget’s principles, ensuring that the approach is deeply rooted in cognitive science and modern learning needs.
Fast: The Agile Learning Approach
The speed at which learners can access, absorb, and apply knowledge is crucial, particularly in today’s dynamic work environments. But speed without structure can lead to cognitive overload, something Piaget’s theory warns against. MaxLearn’s platform ensures that the fast-paced delivery of content aligns with Piaget’s stages of cognitive development. For instance, during the Concrete Operational Stage, where logical thinking is developed, the platform provides structured, rapid learning that avoids overwhelming the learner.
MaxLearn leverages Piaget’s concept of assimilation by quickly integrating new information into existing schemas through its AI-powered Content Assist. This tool rapidly generates learning points, cards, and questions that are immediately relevant to the learner’s current knowledge base. This ensures that the learning process is not only fast but also cognitively appropriate, allowing the learner to incorporate new information without straining their mental framework.
Fun: Engaging the Learner’s Mind
Learning isn’t just about cramming facts! It’s about engaging the mind in ways that are enjoyable and sustainable. MaxLearn’s platform incorporates Piaget’s Preoperational Stage and Formal Operational Stage into its gamified learning approach. At the Preoperational Stage, symbolic thinking is key—here, MaxLearn uses badges, points, and rewards as symbols of achievement, making learning not only effective but also enjoyable.
The platform’s Win-Win Learning feature, which promotes collaborative learning, ties into Piaget’s idea of equilibration, where learners seek a balance between what they know and what they need to know. This balance is reinforced through team challenges and leaderboards that make learning a collective, fun experience, all while nudging learners toward cognitive growth.
Effective: Deep Cognitive Connections
Effectiveness in learning is about making meaningful connections that stand the test of time. MaxLearn’s emphasis on Spaced Repetition and Retrieval Practice directly applies Piaget’s concepts of equilibration and accommodation. Spaced repetition helps maintain equilibration by reinforcing knowledge at intervals, preventing the learner from forgetting and helping them to achieve cognitive balance.
Adaptive learning features on the MaxLearn platform ensure that new information is accommodated correctly. Using the concept of Formal Operational Stage, abstract thinking and problem-solving are emphasized. By catering to the learner’s evolving cognitive needs, MaxLearn ensures that learning is not only effective in the short term but also deeply ingrained.
MaxLearn’s microlearning platform is designed to maximize training ROI by deeply embedding Piaget’s cognitive development theory into its core functionalities.
To conclude, by applying Piaget’s constructs—assimilation, accommodation and equilibration, MaxLearn offers a revolutionary approach to new-age microlearning.
