User Research Roadmap Rapid Prototyping Design Thinking User Testing Behavioral Design 3D Modeling Electronics Integration Problem Solving Empathy Mapping User Research Roadmap Rapid Prototyping Design Thinking User Testing Behavioral Design 3D Modeling Electronics Integration Problem Solving Empathy Mapping

Tackling Social Friction in Student Living

In shared student accommodations, dirty kitchens are more than a nuisance, they lead to poor diets, reduced wellbeing, and fewer students cooking for themselves. Swipe is a self-cleaning countertop designed to tackle this daily challenge. Developed with hall staff and students, it helps maintain hygiene, promote healthier habits, and reduce cleaning burdens.

75% Students Affected
50+ User Interviews
3 Prototype Iterations
Swipe Kitchen Countertop
User Research Prototype Testing
01

The Challenge

Poor Hygiene Standards

Over 75% of students in shared kitchens reported serious hygiene issues, including unwashed surfaces and food waste left behind.

Social Friction

Lack of cleaning leads to tension between flatmates, as responsibilities are unclear and mess accumulates quickly.

Cleaning Effort

Many students stop cooking entirely because the mess is too overwhelming or they don’t trust the shared surfaces.

02

Our Solution: Swipe

Swipe is a rotating, self-cleaning kitchen module designed to enhance hygiene and simplify cleaning in shared student kitchens. By automating surface renewal and making cleanliness effortless, it fosters a collective sense of care and responsibility.

Rotating Mechanism

The countertop rotates to reveal a clean surface segment after each use, ensuring consistent cleanliness throughout the day.

Automated Cleaning

A built-in squeegee and drying system clean each segment during rotation, minimising manual effort.

Shared Responsibility

Design encourages collective ownership and reduces individual cleaning burden.

Improved Confidence

Students are more likely to cook in a kitchen they trust to be clean, leading to healthier habits and stronger community bonds.

Key Benefits

  • Reduced cleaning effort
  • Less social friction
  • Improved hygiene standards
  • Increased cooking confidence
  • Shared responsibility model
  • Sustainable solution
03

Design Process

Design Process

Human-Centered Approach

Iterative design with continuous user feedback

01

User Research

In-depth field studies, interviews with hall staff, and surveys to understand the root causes of kitchen hygiene issues.

02

Problem Definition

Identifying key pain points and defining design challenges based on user insights and behavioral patterns.

03

Rapid Prototyping

Lo-fi and hi-fi prototyping with electronics testing to validate core functionality and user interaction.

04

User Validation

Real-world user trials and iterative testing to refine the design and ensure practical effectiveness.

04

Project Demonstration

Swipe in Action

See how the rotating countertop system works in practice and discover the user research insights that shaped our design decisions.

05

Impact & Reflection

This journey led us to design a desirable product that addresses an overlooked but pressing issue in student life, demonstrating the power of human-centered design to solve everyday problems.

Deep User Understanding

Comprehensive research revealed the social and behavioral aspects behind kitchen hygiene issues

Practical Innovation

Successfully integrated mechanical and electronic systems in a user-friendly design

Social Impact

Addressed micro-conflicts in shared living spaces through thoughtful design intervention

"Swipe is more than a cleaning tool; it represents a vision of design as a driver of everyday change, tackling micro-conflicts in shared living environments and reinforcing my commitment to practical, empathetic, and impact-oriented design."