Reverse Engineered Hairdryer
In this project, we will explore the concept of ergonomic design and apply it to the redesign of a hairdryer. By prioritising user comfort and safety, we aim to create a hairdryer that not only performs its function effectively but also supports the health and well-being of the user. Through a combination of research, prototyping, and user testing, we will work to create a hairdryer that is both functional and ergonomic, meeting the needs of users while setting a new standard for hairdryer design.
Our project began with us receiving a hairdryer to analyse and then disassemble one component at a time. I was able to determine which sections of the hairdryer were comfortable and which sections i would change based on my investigation. once my analysis was complete, I modelled every component on Solidworks to create technical drawings for the hairdryer
With the information I gathered and some market research on the best-selling hairdryers, I began to conceptualise ideas, focusing primarily on ergonomics and form.
With the final design in hand, I could commence anthropometric research and user testing. The following are some of the new hairdryer's primary features:
Wider handle for easier grip
Natural angle for the thumb to bend whilst using the switch
Symmetrical for both left and right handed users
1:1.25 ratio of depth to width to maximise grip
Horizontal switch to reduce stress in the thumb
