Flipping the script to build student confidence through empathy

Teaching has always felt like an experiment shaped as much by students as by content.

Over the past five years, I have found myself rethinking how I teach introductory biochemistry, not because the science changed, but because my students did. Like many instructors, I turned to a flipped classroom model, which the literature supports to improve engagement, performance and conceptual understanding.

Those benefits largely held true in my course.

What surprised me, however, was how essential empathy and sustained support became, and how much more intentional I needed to be in helping students believe they belonged in science at all.

Recent cohorts arrived with noticeable gaps in retention and foundational understanding of core concepts. Just as striking was a clear erosion of confidence.

Many students hesitated to contribute, second-guessed reasonable ideas, or disengaged entirely when they felt uncertain. This was not unfamiliar territory. Rising anxiety and declining confidence among STEM students are well-documented, but seeing it so consistently forced me to confront a reality I could no longer teach around.

The flipped format gave me something traditional lectures never could: time. With content delivery moved outside the classroom, class time became an opportunity to slow down, listen more carefully and respond to students as learners in real time.

I could spend more time circulating, asking follow-up questions and intentionally affirming student thinking. Complimenting students on partial ideas, creative approaches or thoughtful questions became a deliberate practice rather than an afterthought.

For students accustomed to silence or correction, hearing that their contributions had value, even when incomplete, proved transformative.

This level of support extended well beyond language alone. I became more explicit about learning expectations, more transparent about why struggle is central to scientific thinking, and more proactive in normalizing conceptual rebuilding.

When students stumbled, my response shifted from moving on to working through the confusion together. Empathy became a pedagogical tool, grounded in evidence and enacted through human connection.

The additional time afforded by the flipped model also allowed me to expand the range of learning experiences students encountered. I incorporated more disease models and case studies, giving students opportunities to see how biochemical principles connect directly to human health and societal impact. These moments mattered.

Students who struggled with abstraction began to see themselves in the science, not just as test-takers but as future contributors to meaningful work. Engagement deepened not because the material became easier, but because it became personal.

What I ultimately learned is that evidence-based teaching strategies are necessary but insufficient on their own. Students facing conceptual gaps and diminished confidence require more than well-designed activities; they need affirmation, patience and visible belief in their capacity to grow.

Flipping my classroom did more than change how content was delivered. It changed how I showed up for my students.

By centering empathy alongside rigor, I found that students were not only more willing to engage, but more willing to persist — and that may be the most important outcome of all.