Upskilling spend is soaring, but the skills gap is still yawning. The missing piece is rarely the content… It’s what learners believe about themselves when it gets difficult that counts. When doubt turns challenge into threat, even brilliant design won’t land behaviour change. Amy Brann gets belief working for you.
Organisations are investing heavily in upskilling, yet many still struggle to close capability gaps. According to LinkedIn’s 2023 Workplace Learning Report, 93% of organisations are concerned about skills shortages, while adaptability is now seen as a core requirement rather than a “nice to have”. At the same time, individuals often report that learning feels harder than it used to, or that new knowledge simply does not stick.
How people think about learning is just as important as how learning is designed
Two podcast episodes, Effective Ways to Learn New Skills: Tips and Techniques That Work and Mindset Makeover: The Science of Changing Minds, point to a shared conclusion: how people think about learning is just as important as how learning is designed. When mindframe and method align, learning becomes faster, deeper and more sustainable.
1. Beliefs shape learning capacity
Mindframe research shows that beliefs are not abstract ideas; they have measurable effects on brain activity, stress responses and motivation. If someone believes they are “bad at learning” or “too old to change”, their brain is more likely to interpret challenge as threat, increasing anxiety and reducing cognitive flexibility.
In contrast, learners who believe change is possible are more open to effortful strategies such as practice, feedback and reflection.
Top tip: Before introducing new skills training, address beliefs explicitly. Simple reflective questions such as “What do I believe about my ability to learn this?” can surface hidden barriers and reduce resistance.
2. Effortful learning works best when mindset supports it
The New Skills podcast episode highlights robust, evidence-based techniques including spaced repetition, active recall, interleaving and chunking. These approaches feel harder in the moment but lead to stronger long-term retention by strengthening neural pathways.
However, without the right mindframes, learners often abandon these methods because they interpret difficulty as failure rather than progress.
Top tip: Reframe struggle as a sign that learning is working. Normalising effort and temporary confusion helps learners persist with strategies that genuinely build capability.
3. Emotion is the glue that makes learning stick
Neuroscience shows that emotionally charged experiences are more memorable because the amygdala amplifies signals to the hippocampus, the brain’s memory hub. This is why reflective practice in medicine, simulation training, and learning from real-world challenges are so powerful.
Mindframes matter here too. If emotions such as fear or embarrassment dominate, learning can shut down. When curiosity and purpose are activated, emotion enhances consolidation.
Top tip: Anchor learning to real problems that matter. Reflection on emotionally meaningful experiences, including mistakes or near-misses, can dramatically improve retention without relying on pressure or humiliation.
4. Reflection turns experience into expertise
Both podcasts repeatedly return to reflection as a critical, and often overlooked, learning lever. Without reflection, experiences pass through the brain without being integrated. With reflection, learners identify patterns, update beliefs and refine future behaviour.
Belief change research shows that gentle cognitive dissonance, noticing gaps between values, intentions and actions, can motivate re-evaluation without triggering defensiveness.
Top tip: Build structured reflection into learning journeys. Short prompts such as “What surprised me?” or “What would I do differently next time?” help convert activity into insight.
5. Sleep, modelling and environment make learning sustainable
Learning does not end when training stops. Sleep plays a vital role in consolidating new skills, replaying information and strengthening memory traces during deep and REM sleep. Yet learning design rarely accounts for this biological reality.
Mindframe research also highlights the power of social norms. People adopt beliefs and behaviours they see role-modelled by respected peers and leaders.
Top tip: Encourage realistic pacing and recovery. Leaders who model learning, rest and reflection signal that development is valued, not squeezed into exhaustion.
From skill acquisition to learning cultures
Taken together, these insights suggest that learning interventions fail not because people cannot learn, but because beliefs, emotions and environments are misaligned with how the brain actually works.
For L&D professionals, the opportunity is to design learning that respects both neurobiology and psychology. Teach people how to learn – but also help them believe that change is possible, effort is worthwhile, and growth is supported.
When mindframes and methods reinforce each other, learning stops being an event and becomes a capability.
This article was taken in part from two episodes of the popular Make Your Brain Work Podcast
You can hear Amy Brann, an expert in applied neuroscience, and Dr Jessie Gulsin, a medical doctor, explore the questions that matter to people professionals, leaders, and managers
The episodes used in this article are:
Effective Ways to Learn New Skills: Tips and Techniques That Work and Mindset Makeover: The Science of Changing Minds
