DigiLAB: for High school level students

Overview
Curriculum
Reviews

This course will take you through the exciting world of digital twins, adapted specifically for your level. You’ll learn how to create and use digital replicas of real-world objects and systems, helping you understand how they work and how to improve them. Whether you’re new to these ideas or already have some experience, this course will teach you the skills you need to bring the physical and digital worlds together. From coding and design to practical projects, you’ll gain hands-on experience that will prepare you for the future of technology

Curriculum

  • 3 Sections
  • 45 Lessons
  • 2 Quizzes
  • 0m Duration
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0. Intro to Digital Twins
15 Lessons
  1. 1. Learning outcome
  2. 2. Introducing Digital twin
  3. 2.1. On digital twins
  4. 2.2. Digital twin benefits: Use cases, roles, stages
  5. 2.2.1. Use cases
  6. 2.2.2. Roles
  7. 2.2.3. Stages
  8. 2.3. Computer tools
  9. 3. Digital twin aspects covered in Digilab/BE
  10. 3.1. Building digital twin
  11. 3.2. Dynamic updating
  12. 3.3. VR/AR
  13. 3.4. Smartization
  14. 3.4.1. The Capabilities of a Digital Twin
  15. 4. Summary
1. Data capture and modelling
21 Lessons2 Quizzes
  1. 1. Learning outcome 
  2. 2. Planning
  3. 2.1. Assessment of existing conditions
  4. 2.2. Determine objectives and qualities
  5. 2.3. Major levels of digital twins
  6. 3. Data Capture
  7. 3.1. Introduction
  8. 3.2. Photogrammetry
  9. 3.3. Laser scanning
  10. 3.3.1. Exercise A3.1 Laser scanner simulation
  11. 3.4 QUIZ
  12. 4. Modelling
  13. 4.1. Intro: Software
  14. 4.2. Import point cloud
  15. 4.3. Building modelling
  16. 4.4. Model enrichment
  17. 4.5. Material parameter
  18. 5. Dataflow
  19. 5.1. Formats
  20. 5.2. Coordinate System
  21. 5.3. Export
  22. 5.4. QUIZ
  23. 6. Summary
2. Sensors and IoT platforms
9 Lessons
  1. 1. Learning outcome
  2. 2. Sensorization Planning
  3. 2.1. Basic principles of sensors
  4. 2.2. Types of sensors
  5. 2.3. How to select suitable sensors for each application
  6. 3. Programming sensors
  7. 3.1. Programming platforms: Arduino IDE
  8. 3.2. Basic principles of programming: Arduino
  9. 3.3. How to program sensors to capture relevant data
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