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Engineering a design system

Engineering a design system

Slides for my Droidcon Berlin 2021 presentation:
Engineering a design system: how we design ours in our company, the entire process alongside with problems, controversy, and advantages we faced while building it.

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Luca Nicoletti

October 21, 2021
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Transcript

  1. luca_nicolett ENGINEERING 🛠 A DESIGN SYSTEM 🧑🎨 HOW WE “DID”

    IT
  2. 🧔 Luca 🇮🇹 Italian (🤌) 📍 London 🛠 Android engineer

    💼 Triller luca_nicolett INTRODUCTIONS 👋
  3. • What is a design system? • How does it

    impact the speed of design & development? • UI 㲗 code • Problems • Where we’re at • Conclusions ENGINEERING 🛠 A DESIGN SYSTEM 🧑🎨
  4. WHAT IS A DESIGN SYSTEM? DESIGN SYSTEM 🧑🎨

  5. “A design system is a set of interconnected patterns and

    shared practices coherently organised.” “A design system is a collection of reusable components, guided by clear standards, that can be assembled together to build any number of applications.” DESIGN SYSTEM 🧑🎨
  6. NOT ONLY! DESIGN SYSTEM 🧑🎨

  7. “The complete set of designs standards, documentation, and principle along

    with the toolkit (UI patterns and code components) to achieve those standards” DESIGN SYSTEM 🧑🎨
  8. A design system is not just aesthetics, it’s implementation, code,

    all together DESIGN SYSTEM 🧑🎨
  9. DESIGN SYSTEM 🧑🎨

  10. DESIGN SYSTEM 🧑🎨

  11. DESIGN SYSTEM 🧑🎨

  12. DESIGN SYSTEM 🧑🎨

  13. Advantages: • Consistency • Higher quality • Faster builds, through

    reusable components and shared rationale • Improved maintenance and scalability • Stronger focus on product - concentrate on solving user needs • More and better communication between teams DESIGN SYSTEM 🧑🎨
  14. Advantages: • Consistency • Higher quality • Faster builds, through

    reusable components and shared rationale • Improved maintenance and scalability • Stronger focus on product - concentrate on solving user needs • More and better communication between teams DESIGN SYSTEM 🧑🎨
  15. Advantages: • Consistency • Higher quality • Faster builds, through

    reusable components and shared rationale • Improved maintenance and scalability • Stronger focus on product - concentrate on solving user needs • More and better communication between teams DESIGN SYSTEM 🧑🎨
  16. Advantages: • Consistency • Higher quality • Faster builds, through

    reusable components and shared rationale • Improved maintenance and scalability • Stronger focus on product - concentrate on solving user needs • More and better communication between teams DESIGN SYSTEM 🧑🎨
  17. Advantages: • Consistency • Higher quality • Faster builds, through

    reusable components and shared rationale • Improved maintenance and scalability • Stronger focus on product - concentrate on solving user needs • More and better communication between teams DESIGN SYSTEM 🧑🎨
  18. Advantages: • Consistency • Higher quality • Faster builds, through

    reusable components and shared rationale • Improved maintenance and scalability • Stronger focus on product - concentrate on solving user needs • More and better communication between teams DESIGN SYSTEM 🧑🎨
  19. Disadvantages: • Huge initial effort • Less fl exibility DESIGN

    SYSTEM 🧑🎨
  20. Disadvantages: • Huge initial effort • Less fl exibility DESIGN

    SYSTEM 🧑🎨
  21. DESIGN SYSTEM 🧑🎨

  22. Core components: • Color palette (colors) DESIGN SYSTEM 🧑🎨

  23. Core components: • Color palette (colors) • Fonts DESIGN SYSTEM

    🧑🎨
  24. Core components: • Color palette (colors) • Fonts • Grid

    system DESIGN SYSTEM 🧑🎨
  25. DESIGN SYSTEM 🧑🎨

  26. Core components: • Color palette (colors) • Fonts • Grid

    system • Atoms DESIGN SYSTEM 🧑🎨
  27. Core components: • Color palette (colors) • Fonts • Grid

    system • Atoms • Components DESIGN SYSTEM 🧑🎨
  28. Core components: • Color palette (colors) • Fonts • Grid

    system • Atoms • Components DESIGN SYSTEM 🧑🎨
  29. Core components: • Color palette (colors) • Fonts • Grid

    system • Atoms • Components DESIGN SYSTEM 🧑🎨
  30. Core components: • Color palette (colors) • Fonts • Grid

    system • Atoms • Components DESIGN SYSTEM 🧑🎨
  31. Core components: • Color palette (colors) • Fonts • Grid

    system • Atoms • Components DESIGN SYSTEM 🧑🎨
  32. Core components: • Color palette (colors) • Fonts • Grid

    system • Atoms • Components DESIGN SYSTEM 🧑🎨
  33. Core components: • Color palette (colors) ANDROID 🤖

  34. Core components: • Color palette (colors) ANDROID 🤖

  35. Core components: • Color palette (colors) • Fonts ANDROID 🤖

  36. Core components: • Color palette (colors) • Fonts • Grid

    system ANDROID 🤖
  37. Core components: • Color palette (colors) • Fonts • Grid

    system ANDROID 🤖
  38. Core components: • Color palette (colors) • Fonts • Grid

    system ANDROID 🤖
  39. Core components: • Color palette (colors) • Fonts • Grid

    system • Atoms ANDROID 🤖
  40. Core components: • Color palette (colors) • Fonts • Grid

    system • Atoms ANDROID 🤖
  41. Core components: • Color palette (colors) • Fonts • Grid

    system • Atoms • Components ANDROID 🤖
  42. WIDGETS! ANDROID 🤖

  43. • Idea from reactive frameworks ANDROID 🤖

  44. • Idea from reactive frameworks • Re-usable ANDROID 🤖

  45. • Idea from reactive frameworks • Re-usable • Slightly customisable/con

    fi gurable ANDROID 🤖
  46. WIDGETS! ANDROID 🤖

  47. WIDGETS! ANDROID 🤖

  48. WIDGETS! ANDROID 🤖

  49. WIDGETS! ANDROID 🤖

  50. Small components (single responsibility) Vs Bigger components (more purpose, con

    fi gurable) ANDROID 🤖
  51. Small components (single responsibility) ❌ Vs Bigger components (more purpose,

    con fi gurable) ✅ ANDROID 🤖
  52. ANDROID 🤖

  53. ANDROID 🤖

  54. ANDROID 🤖

  55. ANDROID 🤖

  56. Small components (single responsibility) ✅ ÷ Bigger components (more purpose,

    con fi gurable) ❌ ANDROID 🤖
  57. ANDROID 🤖

  58. ANDROID 🤖

  59. ANDROID 🤖

  60. ANDROID 🤖

  61. ANDROID 🤖

  62. ANDROID 🤖

  63. ANDROID 🤖

  64. ANDROID 🤖

  65. ANDROID 🤖

  66. ANDROID 🤖

  67. ANDROID 🤖

  68. ANDROID 🤖

  69. ANDROID 🤖

  70. ANDROID 🤖

  71. ANDROID 🤖

  72. ANDROID 🤖

  73. ANDROID 🤖

  74. ANDROID 🤖

  75. DEV APP ANDROID 🤖

  76. ANDROID 🤖

  77. ANDROID 🤖

  78. ANDROID 🤖

  79. ANDROID 🤖

  80. ANDROID 🤖

  81. CURRENT STATE ANDROID 🤖

  82. ANDROID 🤖

  83. ANDROID 🤖

  84. 㲗 㲗 㲗 CURRENT STATE ⏳

  85. FUTURE? CURRENT STATE ⏳

  86. SPECIAL THANKS 🙏 @leiajmassey @nicoletti_vale @lucaluzzatti @IzzyStannett

  87. QUESTIONS? QUESTIONS ⁉

  88. • Do your iOS team have the same things in

    place? • What was the hardest thing to achieve while implementing your design system? • Do you plan to move your code to Jetpack Compose? If so, how? • Are there any limitation to this system? • Why are you using a grid system? What are the advantages? QUESTIONS ⁉
  89. • https://en.wikipedia.org/wiki/Design_system • https://www.invisionapp.com/inside-design/guide-to-design-systems/ • https://www.youtube.com/watch?v=wc5krC28ynQ • https://www.youtube.com/watch?v=TgWyyoofKIA • https://atomicdesign.bradfrost.com/

    • http://material.io/ RESOURCES 🗃