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What are 100 super-curricular activities that would strengthen an application for Engineering at Cambridge?

  1. Read Structures: Or Why Things Don’t Fall Down
  2. Read The New Science of Strong Materials
  3. Read To Engineer is Human
  4. Read The Design of Everyday Things
  5. Read Six Easy Pieces
  6. Study The Art of Electronics
  7. Read Engineering: A Very Short Introduction
  8. Read articles about engineering in popular science magazines
  9. Follow current developments in engineering through online journals
  10. Explore engineering reading lists from top universities
  11. Listen to podcasts on modern engineering challenges
  12. Watch TED Talks about engineering innovations
  13. Watch videos on engineering processes and design
  14. View online lectures from university-level engineering courses
  15. Watch documentaries on major engineering projects
  16. Listen to podcasts on structural engineering
  17. Follow engineering content creators on YouTube
  18. Watch videos showing how products are made
  19. Listen to interviews with professional engineers
  20. Explore engineering topics through video essays
  21. Take an online course in engineering mechanics
  22. Study classical mechanics through online platforms
  23. Complete an introductory electronics course
  24. Take a maths for engineers course online
  25. Participate in national mathematics competitions
  26. Enter a physics challenge or olympiad
  27. Take part in an engineering design competition
  28. Enter a science and engineering fair
  29. Complete a science research project and present it
  30. Attend a university summer school in engineering
  31. Join a local or online robotics club
  32. Build a simple robot with basic components
  33. Construct a bridge model from spaghetti or paper
  34. Design and test a water-powered rocket
  35. Develop a simple app related to engineering
  36. Make a Rube Goldberg machine
  37. Build a working model of an electric motor
  38. Design a sustainable house model
  39. Create a solar-powered device
  40. Build a small wind turbine
  41. Learn to use CAD software
  42. 3D print a part you’ve designed
  43. Simulate circuits using free software
  44. Analyse a structure using online simulation tools
  45. Make a digital prototype of a mechanical device
  46. Design a gear system and test its performance
  47. Explore fluid dynamics using simulation apps
  48. Make a game using a physics engine
  49. Create a model bridge using engineering principles
  50. Build a virtual reality project related to engineering
  51. Visit engineering-themed exhibitions
  52. Explore local museums with engineering displays
  53. Go to university open days with engineering talks
  54. Attend public science and engineering lectures
  55. Tour a factory or engineering facility
  56. Attend a STEM careers fair
  57. Visit iconic engineering landmarks
  58. Explore infrastructure projects in your city
  59. Visit interactive learning centres for engineering
  60. Go to national science and engineering fairs
  61. Shadow an engineer at work
  62. Apply for work experience with engineering firms
  63. Volunteer in a STEM outreach activity
  64. Help with science equipment in school labs
  65. Join school technology or engineering clubs
  66. Get involved in mentoring younger students in STEM
  67. Start an after-school club for design and technology
  68. Organise a STEM event or workshop
  69. Help run a science fair at school
  70. Write about engineering for your school magazine
  71. Start a blog about engineering topics
  72. Make educational videos on engineering ideas
  73. Design posters explaining engineering principles
  74. Give a talk about an engineering breakthrough
  75. Interview engineers and share their career paths
  76. Create a podcast about engineering for beginners
  77. Build infographics on famous engineering projects
  78. Run a series of online webinars about STEM
  79. Design a monthly newsletter on tech and engineering
  80. Build a following on social media sharing engineering facts
  81. Learn Python and use it for simple engineering tasks
  82. Learn the basics of MATLAB
  83. Explore C++ for physical simulations
  84. Try using R for engineering-related data sets
  85. Learn Java for programming simulations
  86. Write simple programs for Arduino projects
  87. Create a basic engineering web app
  88. Use SQL to explore technical data
  89. Understand object-oriented programming principles
  90. Make a simple calculator or tool for engineers
  91. Join a national engineering society for students
  92. Take part in youth programs run by engineering groups
  93. Attend workshops by mechanical engineering institutions
  94. Engage with civil engineering student resources
  95. Explore resources from electrical engineering groups
  96. Join online forums for student engineers
  97. Take part in virtual engineering competitions
  98. Subscribe to mailing lists for tech challenges
  99. Go to regional exhibitions about science and engineering
  100. Network with engineers through student careers events

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