• ASEAN Digital Twins

  How Are Digital Twins Transforming Engineering Education?

  Posted by Jenifer Amanda on July 7, 2026 at 7:34 am

  Engineering classrooms are changing rapidly. A decade ago, students relied heavily on textbooks, laboratory sessions, and physical prototypes to understand how complex systems worked. Today, digital twin technology is giving learners the opportunity to explore real-world infrastructure, manufacturing processes, and engineering assets through dynamic virtual models.

  This shift is more than a technological upgrade—it is changing how future engineers develop practical skills.

  With digital twins, students can simulate equipment performance, analyze sensor data, test design modifications, and observe how systems respond under different conditions without interrupting real operations. These experiences help bridge the gap between classroom theory and industry practice while reducing costs associated with physical testing.

  The growing adoption of digital twins is also influencing university curricula. Engineering programs are increasingly incorporating subjects such as Building Information Modeling (BIM), Internet of Things (IoT), cloud computing, artificial intelligence, and data analytics because these technologies work together to create and manage digital twins.

  At the same time, the rise of flexible education means many engineering students are choosing to take my classes online while balancing internships, employment, or family responsibilities. As a result, universities are investing in virtual laboratories, simulation software, and remote collaboration platforms that allow students to gain practical experience regardless of location.

  Rather than asking whether digital twins belong in engineering education, perhaps the better questions are:

  Are today’s engineering graduates receiving enough hands-on experience with digital twin technologies before entering the workforce?

  Should every engineering discipline—not just civil or mechanical engineering—include digital twin concepts as part of its core curriculum?

  How can universities ensure students develop both technical expertise and an understanding of data governance, cybersecurity, and ethical decision-making when working with connected systems?

  Digital twins are already transforming sectors such as transportation, energy, construction, manufacturing, and smart cities. Preparing students to work confidently with these technologies may become just as important as teaching traditional engineering fundamentals.

  I’m interested in hearing the community’s perspective. Has your university or workplace adopted digital twin technologies for teaching or training? If so, what has had the greatest impact on student learning and career readiness?

  Jenifer Amanda replied 5 days ago 1 Member · 0 Replies

  • digital twins
  • Engineering
  • Transforming
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