Circular Clock Radio

The assignment was to analyze and redesign an existing product (a clock radio) from a circular design perspective.

The challenge was to improve the product's sustainability by focusing on:

• Repairability
• Modularity
• Material use and environmental impact

The design also had to be supported by various analysis methods and translated into concrete design improvements.

The result is a substantiated redesign of a clock radio, significantly improving the product's circularity. My focus was on:

• Analyzing the product and identifying repairability issues
• Developing a design proposal with better accessibility and replaceability of parts
• Supporting material choices with a performance index

A clock radio where key parts are easy to remove An improvement in repairability score from 3.5 to 7.5 A material choice (PLA) that reduces CO₂ emissions A visually developed concept with models and posters

This project was carried out in a group of three, each member developing their own design direction within the theme of circularity. My role:

• Conducting product analyses and identifying repairability issues
• Choosing and developing an innovation opportunity focused on repairability
• Supporting design choices with methods such as the performance index
• Developing the design in sketches and digital models
• Creating a visual poster presentation of my concept

Analyzing the current clock radio (structure, materials, use) Identifying problems with hard-to-replace parts Developing a design where parts can be removed without tools Applying material analysis for more sustainable choices Iterating based on feedback and improving the design My focus was on translating analysis into concrete, feasible design improvements.

This project is a strong answer to the brief because:

• The design demonstrably improves the product's repairability
• Circularity is considered through material and design choices
• The product is easier to disassemble and repair
• All design choices are supported by analyses and methods
• Able to conduct product analyses and translate them into design improvements
• Understanding of circular design and sustainability
• Able to support technical and material choices
• Able to independently develop a design part within a group project
• Able to reflect on my own process and collaboration