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918

Abby Hatch

Product Design and Technology

Internal mechanism

Internal mechanism

The main mechanisms are: the water fill cap, which opens to the fill position using a torsion spring; the slide bar, which retrains the cap in closed position; the push button, which, when pressed releases the plunger seal so the water goes into the pad chamber.

Filling the water chamber

Filling the water chamber

The water chamber is filled via a hinged funnel port. Soaking the fabric pad prevents stains, and allows effective machine washing.

Modelling process

Modelling process

The SLS parts were sanded and primed in order to prepare the surfaces for the top paint coat.

Abby Hatch

In design projects I seek challenges relating to sustainability and social well-being. My two prominent projects this year have addressed period management using reusable menstrual pads, and the issue of violence at communal toilets within refugee camps. The projects are not glamorous but my intention is to confront real issues which are often neglected due to their sensitive nature.

I enjoy engaging with the research involved in developing an understanding of a brief, particularly conducting primary data collection to gain insights into user's behaviours. I have electronics and mechanical technical skills, which I can apply individually or to collaborate with specialist engineers. To communicate, I have proficiency in SolidWorks CAD, sketching - both by hand and digitally (Sketchbook Pro and Adobe Illustrator), and Keyshot rendering. I am motivated to work on projects which develop sustainable, worthwhile and creative solutions.

Awards

Design School Prize for Academic Excellence, 2016-17

Placements
July 2017 - July 2018

Cambridge Consultants - Product Design Intern