LEARNING TO STAY RELEVANT

In the changing world of work, employers no longer ask what a student knows. They ask what a student can do with what they know and how fast they can learn what they don't

- V. Ramgopal Rao

THE GLOBAL job landscape is undergoing a transformation unlike anything we've seen before. Driven by rapid advances in technology, shifting business priorities and a changing social contract, the nature of work itself is evolving. For engineers, this shift is not incremental. It is foundational. What is being asked of engineering professionals today is not just competence in their core discipline, but the ability to adapt, communicate, collaborate and lead in unfamiliar environments.

The World Economic Forum's (WEF) Future of Jobs report, published recently, captures this shift with remarkable clarity. It estimates that by 2027, nearly 44 per cent of workers' skills will have changed. The top skills rising in importance include analytical thinking, creative problem-solving, technological literacy, and curiosity-driven learning. Just as striking is the fact that self-efficacy skills — resilience, flexibility, and motivation - are gaining ground alongside purely technical competencies.

This is not just about automation replacing tasks. It is about how new technologies are restructuring industries, workflows and roles. Engineers are increasingly required to work in teams that span domains. They need to understand not just how to code or design, but how to integrate technologies into broader solutions. The problems they are being asked to solve are more complex, more global and more open-ended than ever before.

In such a world, traditional models of education that rely on delivering static content are falling short. Employers no longer ask what a student knows. They ask what a student can do with what they know—and how fast they can learn what they don't. This calls for a fundamental shift in how we see engineering education.

Learning by Doing