Ecology of the mind and adaptive learning

This chapter explores how adaptive expertise in engineering education can be cultivated through ecological and embodied learning approaches. Drawing on theories from ecological psychology, embodied cognition, and ecological dynamics, we argue that expertise is not solely a cognitive trait but emerges from continuous interaction between learners, their bodies, tasks, and environments. Using the recurring case of Jenny - a biomedical engineering student developing a device for coronary thrombus treatment - the chapter illustrates how adaptive expertise involves perception-action loops, motor skill acquisition, and contextual responsiveness.

Central to the argument is the concept of ecology of mind, which frames cognition as a relational process shaped by environmental affordances and bodily experiences. The chapter challenges traditional views of motor learning as repetitive practice, instead emphasizing variability and exploration as key to developing flexible, innovative problem-solving skills. It introduces pedagogical strategies such as the PoST framework and supervision models that balance closure and discovery, supporting learners in navigating complex, real-world challenges. 

By integrating ecological and embodied perspectives, we propose a holistic view of learning where cognition is enacted through doing, sensing, and adapting. This approach prepares engineering students not just to perform routine tasks but to innovate responsibly in dynamic environments. Ultimately, the chapter offers practical guidelines for educators to design learning environments that foster adaptive expertise through contextual richness, variability, and reflective supervision.