Engineering education shifts toward system leadership model

At a recent session hosted by Chalmers University of Technology, Professor John Clarkson of the University of Cambridge emphasized the necessity for a shift in how future engineers are trained. As global industries face rapid change, Clarkson argued that solving specific technical problems is no longer sufficient without a deep understanding of the broader systems in which those problems exist.

Clarkson proposed an evolution from the traditional 'T-shaped' engineer—characterized by deep expertise in one field—to a 'Tri-shaped' model. This new archetype requires engineers to integrate technical depth with computational proficiency and system leadership. The latter involves the capacity to manage boundaries and facilitate change in environments where no single organization holds all the answers.

Drawing on research in healthcare and manufacturing, Clarkson noted that many failures stem from a lack of systems perspective. He advocated for a design process that prioritizes risk analysis and diverse feedback loops. By mapping the full ecosystem of a project, engineers can uncover vulnerabilities that are invisible when focusing on individual components.

Ultimately, the goal is to develop engineers who do not simply translate technical requirements but actively evaluate whether those requirements address the correct problems. In an era of sustainability demands and digital transformation, this holistic approach is intended to build more resilient and adaptable production systems.