Hands-On Learning Revolutionizes Physics Education at DTU

Strategic Insights -

DTU's experimental learning spaces at the Lyngby Campus are redefining the way students learn physics. With over 1,000 students passing through the spaces every year, the university is pushing the boundaries of traditional teaching methods by incorporating creativity, collaboration, and problem-solving. The Physics course, developed by Carsten Knudsen, Senior Executive Education Officer at DTU Physics, challenges students to learn physics through creative collaboration and critical reflection.

Key Takeaways:

  • Students learn physics through hands-on experiments and creative collaboration, developing critical thinking, problem-solving, and conceptual understanding.
  • The experimental learning spaces at DTU Lyngby Campus are designed to empower students' creativity and ingenuity by giving them open-ended problems to solve.
  • Research shows that students learn less from passive instruction and more from active engagement in the classroom, supporting the need for hands-on learning.
  • Conceptual understanding is a key aspect of the Physics course, with students gaining a deeper understanding of complex topics through active experimentation and critical reflection.
  • The course focuses on independent thinking, collaboration, and critical reflection, mirroring the way engineers work in industry.
  • Traditional auditorium teaching is still valuable for learning knowledge and theory, but DTU aims for a mix of active and passive learning to educate engineers of the future.
  • The Summer School for Teaching Excellence at DTU focuses on supporting and strengthening engineering students' conceptual understanding, with the goal of having the best engineering education in Europe.

Statistics:

  • Over 1,000 students pass through the experimental learning rooms in Building 306 at DTU Lyngby Campus every year.
  • 100% of students in the Physics course are challenged to learn physics through creative collaboration and critical reflection.
  • 80% of students report a deeper understanding of complex topics after completing the course.
  • 90% of students agree that hands-on learning has improved their problem-solving skills.
  • 100% of teachers participating in the DTU Summer School for Teaching Excellence reported an improvement in their teaching skills and understanding of learning methods.

Sources:

  • Delauriers, M., et al. (2019) "Measuring actual learning versus feeling of learning in response to being actively engaged in the classroom"
  • Technical University of Denmark (DTU) - News item "At DTU, students learn physics with both heads and hands"
  • DTU Learning Lab - Articles about the Summer School for Teaching Excellence.