Engineering Education

Scaling Experiential Learning in the Curriculum: How Iron Range Engineering Transformed Engineering Education

Engineering has transformed nearly every part of modern life, from the phones in our pockets to the systems powering global industry. But the way engineers are educated has often moved far more slowly than the profession itself. Employers are asking for graduates who can navigate ambiguity, communicate across teams, and contribute meaningfully from the…

AI-Enabled Engineering Is Changing the Rules for Talent, Skills and Workforce Readiness (Episode One)

As AI moves from experimentation into daily enterprise workflows, companies are confronting a harder question than whether to adopt new tools: how to redesign work around them. The shift is already changing what employers need from technical talent, from task-based coding skills

AI-Enabled Engineering Is Changing the Rules for Talent, Skills and Workforce Readiness (Episode Two)

AI’s next workforce challenge is not adoption; it is trust, governance and role redesign. Recent PwC research found that most U.S. executives expected AI agents to drastically transform existing roles, even as fewer than half of companies using agents had fundamentally rethought their operating models or redesigned processes around them. For enterprise technology leaders, the…

Engineering Education Needs to Be Human-Centered, Purpose-Driven, and Grounded in Real-World Problem Solving

Student disengagement, the rapid rise of AI, and shifting workforce expectations are pushing higher education to rethink how it prepares graduates. Engineering programs—long defined by rigor and technical depth—are now under pressure to stay relevant, improve retention, and produce graduates who can actually solve real-world problems, not just theoretical ones. And the numbers back…