Avoid Overdesign: Practical Tips to Streamline UI/UX and Boost User Experience

Overdesign refers to satisfying more user requirements than needed, giving users unnecessary options and wasting development time.

Even experienced designers can fall into a “small loop,” chasing perfect experiences or exhaustive feature sets, which harms actual usability and deviates from the product’s original intent.

The article shares common pitfalls and practical examples.

Overly Precise Loading Indicators

Loading states are often shown per component, but in dashboards with many charts this creates clutter. A global loading indicator provides sufficient feedback without overwhelming users.

Vertical vs Horizontal Filter Controls

Vertical filters are intuitive, while horizontal ones can be confusing. Redesigning the UI to treat the horizontal filter as a navigation panel improves clarity.

Blindly Following Design Rules

Design principles like consistency are useful but should be applied flexibly. Rigidly applying them can lead to awkward UI elements, such as redundant pop‑ups.

Assuming User Behaviors

Designers may over‑engineer features based on assumed user actions, leading to complex interfaces. Grouping related options and exposing only the most common ones simplifies the experience.

Exposing Internal Business Logic

Complex B2B tools often reveal internal settings that confuse users. Merging global and page settings and showing advanced options only when needed reduces cognitive load.

Treating Users as “Complete Beginners”

For B2B tools, excessive guidance interrupts workflow. Providing searchable help, tooltips, or documentation lets knowledgeable users find answers without constant prompts.

Blindly Satisfying Every User Request

Listening to all feedback without filtering can cause unnecessary features, higher costs, and loss of design integrity. Prioritize issues that affect many users and are low‑cost to fix.

Conclusion

Good design balances simplicity and functionality. Avoid over‑design by questioning assumptions, simplifying interfaces, and iterating based on real user testing.