Human-Centered Learning: How We Craft Experiences That Sticks
“We do not remember days, we remember moments.” – Cesare Pavese, Italian novelist and poet.
Introduction
Cesare’s profound quote hints at an important part of learning that often goes disregarded. The learnings that stay in our minds long after the lessons have ended, are the ones where we felt a connection to the material. Vivid images, resonant sounds, playful challenges, philosophical questions or relevant emotional triggers are the herbs and spices that make a lesson memorable, or forgettable, not the handouts that tell you what to remember.
From a cognitive perspective these moments work because they click together and strengthen the memory of the event by activating different parts of the brain. There are more hooks to latch on to and memories created this way are more likely to be stored in the brain long-term.
In an era where so much is vying for our attention, the ability to create moments where learning sticks is no longer optional, it’s essential.
What is learning?
Learning has often been associated with a collection of facts or information, and this is not the full picture. At its simplest, learning is the process of acquiring new knowledge, skills, attitudes, or behaviours. Once these are gathered in a framework together with the facts and information, we can adapt or apply the framework or parts of it to our daily life and be able to recall the information as and when we need.
In this way, learning is not just an outcome, but a process. The collection of facts, experiences and memories along the learning journey comes with context and application, and through this we understand and can apply what we have learned. Learning is so much more than just the collecting of information, but how we process it to understand it and use it.
How do we learn?
Current schools of thought support three main branches to learning: Cognitive, Behavioural and Social learning.
Cognitive learning focuses on how we process, store, and retrieve information. It’s about structuring knowledge so it can be understood and remembered, grouping content, using analogies, and connecting new ideas to what’s already known.
Behavioural learning, is closely related to Thorndike’s Law of Effect which is how something is remembered if it was pleasurable and focuses on reinforcement, strengthening desired behaviours and weakening undesired ones through feedback.
Social learning, made popular by Bandura, adds another layer: we learn by observing, imitating, and modelling the behaviours of others, especially when we see those behaviours rewarded.
Through a blended approach of all three, we can engage more of the mind, shaping behaviour through reinforcement, and using the learner’s power of observation and collaboration to make the learning memorable.
How did we learn in the past?
Tracing back learning through the ages, we find a common thread to how knowledge was imparted, and this relied on a connection between the person passing on knowledge and the person receiving the knowledge.
Cavemen told stories and passed on wisdom and knowledge through their telling of it, the more colourful and appealing to the senses the more memorable.
Apprenticeships in the early CE and Middle Ages relied on practical hands-on experience, gained under the watchful eye of a master who would explain learning in the moment.
Classical learning in classrooms involves a blend of facts, repetition and practise (homework) and has been a standard still used in schools today. While this model relies completely on the quality of the information and the ability of the teacher to convey the facts and the meaning to the students, it is largely successful and relies on the connection between the teacher and the students in smaller groups through exercises and practical examples as well as theory.
Large classes rely on a lecture model of learning, offering high quality content and information but at the cost of connection as direct instruction is limited and the onus is placed on the students to do the work required at the level necessary to pass the exams that follow.
How technology is changing our brains
Psychologists and neuroscientists like to refer to our brains as being “plastic”, in other words, our brains are constantly changing form and structure and rewiring in response to our environment.
“The brain is not static. It’s a dynamic, plastic organ that changes its wiring with experience. “ – Dr. Norman Doidge, The Brain That Changes Itself
Technology is one of the most powerful forces shaping that experience.
In the past, machines relied on physical effort, turning gears, pulling levers. Our brains adapted to tools through muscle memory and motor control.
Now, machines are digital. We operate them through screens, interfaces, and code. Using them changes how we focus, how we read, how we remember, even how we communicate. Every new update, every new device reshapes our mental routines.
Ray Kurzweil’s Law of Accelerating Returns reminds us: “Technological change is exponential, not linear.” As tech evolves faster, our brains are constantly rewiring to keep up. This isn’t optional, it’s how we stay functional in a digital world.
Where current learning is failing us
Rote learning turns education into a race to recall facts rather than understand them. It narrows thinking, discourages discussion, and weakens long-term memory. Many school systems focus on standardised testing and rigid curriculums which leaves little room for critical thinking or problem-solving. A student might memorise the steps to change a car tyre and pass an exam but still be unable to perform the task when it matters, because they never learned how to apply the knowledge.
In the workplace, many corporate companies require staff to go through an induction process where they are required to complete and pass a multitude of courses on various company related topics such as Risk, Processes, Anti-money laundering etc.
Much of these courses are compliance based, employing similar methods as Rote learning and often not making learning memorable. To add to this, the training is often limited to company specific language, narrative and branding, lacking any real-world application nor employing critical thinking or problem-solving as a mechanism of learning.
From our experience, we see many organisations losing sight of their learning and development strategies, measuring learning success mainly through implementation and completion rates alone. The result is a top-down culture of “ticking boxes,” where the focus shifts from meaningful learner experience to simply getting the job done.
New learning methods and the rise of AI
Rising tuition fees, mounting student debt, and a rapidly changing job market mean that a newly earned degree may already feel outdated, or may not be enough to secure even an entry-level corporate role. In response to these challenges, online learning platforms like Ted Talks, YouTube, Udemy, and independent education portals have shifted learning into the realm of micro-learning, and have grown in popularity, offering practical, role-specific training that aligns more closely with workplace needs.
For some time now we have been able to download apps as well as easily accessible knowledge hubs, podcasts and platforms like Sub-stack and Medium that feature articles where beginners to professional writers and personalities can offer specialised and alternative views on a variety of topics.
Add to this the recently expanding world of AI (Artificial Intelligence) and a plethora of features and uses from Large Language Models (LLM) to image, voice and video creators that can realistically produce content that is almost indistinguishable from reality. The potential for learning will continue to grow as these tools evolve and as we combine new methods of instruction with the power of AI.
Conclusion: Crafting learning that sticks
The challenge today is not simply to share information, but to design experiences that shape how people think, act, and solve problems. Facts alone fade, but experiences engage the senses, emotions, and make learning durable.
The team here at Cyber Dexterity holds designing these kinds of experiences as their number one priority. By blending in-person instruction, asynchronous content, introducing podcast elements and gamification together with real-world problem solving, we create learning that is practical, memorable, and adaptable.
Our game Hack-to-Protect is one example. By placing learners in the shoes of a cybercriminal recruit, we use reverse psychology to deepen understanding of cyber threats far beyond learning to pass compliance. Learners don’t just “know” the material, they can apply it.
In our in-person and online engagement, facilitators like Tony Christodoulou, PhD candidate and Adjunct Faculty at GIBS Business School, combine decades of experience with real-world examples, creating spaces and experiences through thought provoking storytelling where learners engage, question, and think critically. The goal of each engagement is to ensure that learners walk away with lasting retention of the information and key learnings from each lesson.
As artificial intelligence, digital capabilities, and blended media continue to expand, we remain focused on the human core and behavioural change. We design for attention, for critical thinking, and more importantly for application. This is how we make learning stick. And this is how Cyber Dexterity stays at the forefront of AI, technology, and education.
Author: Basil Polydorou
Head of Learning Solutions at Cyber Dexterity | Cyberpsychology