The UX of Lego Interface Panels (2020) (interactionmagic.com)

Article summary

The article explores the design of LEGO interface panels and how they can teach us about physical interface design. It breaks down the problem of designing complex machine interfaces into two key questions: differentiating between the function of different inputs and organizing the many inputs and outputs. The article analyzes various LEGO panels and identifies different approaches to organization, including feature-based, operation-based, and technology-based. It also discusses the importance of shape coding, color coding, and other methods for differentiating between inputs.

Main themes

• LEGO interface design
• Physical interface design
• Differentiation and organization
• UX principles
• Human-machine interaction
• Design philosophy

What commenters say

• The design of interactive systems requires consideration of user experience, even if the system is not electronic or dynamic.
• The distinction between UX and interaction design is important, and the article's focus on design elements labeled onto LEGO blocks is a key aspect of UX.
• Some commenters disagree on the importance of interaction in UX design, with some arguing that interaction is necessary for a system to be considered a toy or interactive.
• The use of touchscreens in cars is a controversial topic, with some arguing that they are not suitable for safe and competent operation.
• The design of control systems for complex machines, such as cars and naval vessels, is a challenging problem that requires careful consideration of user experience and safety.
• The article's analysis of LEGO interface panels provides a unique perspective on the design of physical interfaces and the importance of differentiation and organization.
• The concept of Modulex, a defunct LEGO brand, is an interesting example of how tactile and pleasant-to-work-with computer UIs can be designed.
• The discussion around the article highlights the importance of considering multiple perspectives and approaches to design, including feature-based, operation-based, and technology-based organization.