¿Cómo aprende el cerebro? Neuroeducación y enseñanza universitaria | David Bueno

Summary

The discussion explores how neuroscience can inform university teaching and help create classrooms where students learn meaningfully, develop as people, and prepare to contribute to a changing world.

Neuroeducation and teaching

• Neuroeducation uses findings from neuroscience and cognitive neuroscience to inform educational practice. It can also generate new research relevant to education.
• It is not a replacement for pedagogy. Rather, it offers evidence that can complement pedagogy, psychology, and sociology.
• Learning is social as well as individual: people learn from and with one another. Effective teaching therefore involves more than transmitting information; it also creates conditions in which students can develop skills, attitudes, confidence, and motivation.

Build trust and make learning relevant

• Teachers should establish a supportive relationship with students before focusing immediately on course content. Bueno suggests using the first few minutes of class for informal conversation, which can build trust and help the class work as a team.
• Trust matters because students are more willing to listen and learn from people they trust. A teacher’s commitment can also encourage students to invest more effort.
• Abstract or difficult material becomes more accessible when it is connected to students’ lives, communities, and current issues. Teachers can use concrete examples, stories, and local context to make ideas feel relevant.

Combine emotion, action, and reflection

• Both emotional engagement and rational reflection contribute to learning.
• Curiosity can activate motivation and sustain attention. Teachers can nurture it by presenting challenges and showing curiosity themselves, while also taking students’ questions seriously.
• Practice helps consolidate learning, but so does thinking about what has been learned. Students need opportunities to reflect, consider alternatives, and apply ideas—not only receive information and complete tasks.
• Learning should prepare students to transform and apply knowledge in new contexts, rather than merely retain it.

Assessment, feedback, and resilience

• Grades can indicate whether students have met learning goals, but relying on a single number does not fully capture learning. A high grade does not necessarily mean someone can apply knowledge, and a more modest grade may coexist with strong ability to transfer it to new situations.
• Teachers should attend to the learning process and use varied forms of assessment—for example, tasks emphasizing memory, creativity, and application—so students can demonstrate different strengths.
• When students struggle, feedback should be constructive and collaborative rather than threatening. Instead of simply warning a student to study more, a teacher can communicate: “Let’s work on this; you’re not alone.”
• Support from teachers and classmates can help students recover from frustration and build resilience. Mistakes are also a normal part of learning; teachers can model this by acknowledging and learning from their own errors.

Support autonomy and student well-being

• Good teaching balances guidance with independence. Students need to feel supported, but they also need chances to search, work, make mistakes, and rebuild. The teacher facilitates learning; students remain responsible for their own effort and time.
• Universities should make students feel valued and supported, particularly when personal, family, social, or economic circumstances make study difficult. A university can provide a positive environment without removing those outside difficulties.
• If students realize that a program is not right for them, they should be able to consider changing direction or taking longer to finish. Their education should not be treated as a race to complete a particular degree by a fixed age.
• Motivation can also be developed from within: students may not love every course or task, but they can learn to find meaning and engagement in work they have chosen.
• A sense of community should extend beyond teachers and students to administrative, cleaning, and other staff. Everyone contributes to the university, and everyday gestures of respect can help create a welcoming environment.

Rethink what students need to know

Bueno argues that university requirements should be updated as access to information changes. Students still need foundational knowledge and reference points, but they may not need to memorize as much when information is readily available. Important capacities include curiosity, knowing what one does not know, finding reliable information, and applying knowledge.

AI and critical thinking

• AI can be useful for finding and comparing information, and for engaging with ideas.
• Students and teachers should not delegate their thinking to it. Used as a tool to support inquiry, AI may help people think more effectively; it should not replace their own judgment and reasoning.

Optogenetics

The interview briefly discusses optogenetics as a research technique that uses light-sensitive genetic tools to activate or silence particular cells. Bueno describes its use in animal research, such as with mice and flies, and notes that it is not a technique to use on human brains. Such research can help investigate brain processes, including emotions, while the limits of animal models mean they cannot answer every question about human cognition.

Practical starting point for teachers

Bueno’s immediate recommendation is to enter the classroom with a different perspective: see students as people to support and as future contributors who will carry knowledge and culture forward. More concretely, teachers can begin by building rapport, connecting content to students’ contexts, encouraging curiosity, including time for reflection, using varied assessments, and responding to setbacks with support.

Speakers and sources featured

• David Bueno — Professor of biology and science communicator at the University of Barcelona; discussed neuroscience, neuroeducation, and university teaching.
• Unnamed interviewer/host — A representative of the university’s publishing/interview project who asks the questions.
• The collaborative book University Teaching in a Neuroeducational Key — Discussed throughout the interview; Bueno emphasizes that it is a collective work involving more than twelve authors.