Skræller by Hedvig Djurhuus is a vegetable peeler with a special grip designed to support individuals with weaker wrists or arthritis, allowing them to use less effort when peeling vegetables.

Skræller by Hedvig Djurhuus is a vegetable peeler with a special grip designed to support individuals with weaker wrists or arthritis, allowing them to use less effort when peeling vegetables.

Forsknings- og udviklingsprojekt

Universal Design BA-ID2 course

Deltagere fra Designskolen Kolding
Richard Herriott
Yanki Lee
Forsknings- og udviklings projekttype
Forskning og udvikling
Undervisning
Projektperiode
jan. - maj 2024
Projektledelse

Richard Herriott

LAB
LAB for Socialt Design
LAB tema
Universal design
Samarbejdspartnere
Sammenslutningen af Unge med Handicap (SUMH)
Bevica Foundation
Baggrund
This course aimed to help second year industrial design students implement Universal Design principles

Objective

How can we communicate UD design principles and methods to Industrial Design Students? 

The aim of the course, from a pedagogical point of view, was to find a way to help students incorporate UD principles into their design work e.g. user involvement, ergonomic principles, user-rearch methods, co-design and design research analysis.

Skræller by Hedvig Djurhuus is a vegetable peeler with a special grip designed to support individuals with weaker wrists or arthritis, allowing them to use less effort when peeling vegetables.

Skræller by Hedvig Djurhuus is a vegetable peeler with a special grip designed to support individuals with weaker wrists or arthritis, allowing them to use less effort when peeling vegetables.

Methods and outcome

The methods used involved a preliminary assesement of the students' understanding of a design process followed by lectures and class excercises that developed their awareness of the design tools at their disposal and why and how they are used in the course of a UD project.

The key aim was to ensure sustained user-involvement in the design research and development process. Students included overseas visiting students from Korea, Canada, Germany, Israel and Spain. The products designed were: a teapot, a hand accessory, public transport waiting room furniture, a plug and socket, a jar opener, a key set, a kitchen, a soap dispenser, a reading stand, a carrot peeler, a can opener, tape dispenser, a hand-grip for ingress and egress from a car and a public transport hand-grip.

Students had a one day workship with members of SUM, the Danish association for young people with handicaps.

The illustration shows the carrot peeler devised by Hedvig Aldershaab Boje Djurhuus.

Amalie Petersen chose to design new support handles for the Odense Light Rail, aiming to support UN Sustainable Development Goal 11 by creating safe and accessible transport systems for vulnerable population groups, including the elderly. The shape and size of the support handle were tailored based on ergonomic principles and tests conducted with typical users. The grooves were designed to reduce friction in the hand, resulting in a comfortable user experience. The product was developed with a focus on simplicity and ease of use, minimizing the risk of hands getting stuck and thereby reducing potentially dangerous situations. The shape allows the handle to be used from multiple angles without requiring significant hand strength. The color was selected to accommodate all users, including those with color blindness. The support handles are made of HDPE plastic and feature two holes each to prevent rotation. The entire development process was guided by continuous testing of the shape in accordance with ergonomic principles and the importance of creating a universally usable support handle.

Amalie Petersen chose to design new support handles for the Odense Light Rail, aiming to support UN Sustainable Development Goal 11 by creating safe and accessible transport systems for vulnerable population groups, including the elderly. The shape and size of the support handle were tailored based on ergonomic principles and tests conducted with typical users. The grooves were designed to reduce friction in the hand, resulting in a comfortable user experience. The product was developed with a focus on simplicity and ease of use, minimizing the risk of hands getting stuck and thereby reducing potentially dangerous situations. The shape allows the handle to be used from multiple angles without requiring significant hand strength. The color was selected to accommodate all users, including those with color blindness. The support handles are made of HDPE plastic and feature two holes each to prevent rotation. The entire development process was guided by continuous testing of the shape in accordance with ergonomic principles and the importance of creating a universally usable support handle.

Contact

Richard Herriott
Lab for Socialt Design

Richard Herriott

Lektor, Lab for Socialt Design