Design engineers Motor engineers Research engineers Mechanical engineers Fluid dynamic engineers Acoustic engineers Software engineers Aerodynamics engineers Electronic engineers Robotic engineers ONE ROBOT. 400 ENGINEERS. TODAY’S ENGINEERS The James Dyson Foundation is a charity supported by Dyson Ltd.
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TODAY’S ENGINEERS ONE ROBOT. 400 ENGINEERS. · Moulton bicycle design drawing Dyson usability testing lab Dyson engineer’s sketchbook Prototype of Titan Arm, 2013 James Dyson
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Design engineers
Motor engineers
Research engineers
Mechanical engineers
Fluid dynamic engineers
Acoustic engineers
Software engineers
Aerodynamics engineers
Electronic engineers
Robotic engineers
ONE ROBOT. 400 ENGINEERS.
TODAY’S ENGINEERS
The James Dyson Foundation is a charity supported by Dyson Ltd.
Dyson engineers experimented with rows of carbon fibre filaments on cleaner head brush bars. It was found that when spinning at speed they create static, which attracts the fine dust that regular cleaner heads leave behind on hard floors.
Not satisfied with dust removal improvements alone, Dyson engineers set about creating a cleaner head that didn’t get tangled. Two counter-rotating discs roll hairs and fibres into ball shapes, allowing Dyson vacuums to suck them up easily - with no tangles.
NEVER SATISFIED
CONSTANT IMPROVEMENT
The James Dyson Foundation is a charity supported by Dyson Ltd.
Catch limitations
Acoustics
Cyclone integration
Air muscle
Rewind reliability
Bin base tolerances
Cyclone geometry
Product assembly
PROTOTYPE.
TEST. REFINE.
TEST AGAIN.
Maneuverability rigging
DEVELOPMENT ANALYSIS
The James Dyson Foundation is a charity supported by Dyson Ltd.
Dyson research, design and development lab
Moulton bicycle design drawing
Dyson usability testing lab
Dyson engineer’s sketchbook
Prototype of Titan Arm, 2013 James Dyson Award winner