Graduate Research School Available Projects Development of a reproducible testing method for evaluating the body surface coverage of sun-protective garments
Development of a reproducible testing method for evaluating the body surface coverage of sun-protective garments
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Title of Project
Development of a reproducible testing method for evaluating the body surface coverage of sun-protective garments
Advisor/s
Dr Simone Harrison , Dr Dmitry Konovalov, A/Prof Nathan Downs
College or Research Centre
College of Public Health, Medical & Veterinary Science
Summary of Project
Australia and New Zealand have the highest rates of skin cancer in the world.
This project aims to develop a reproducible, cost-effective testing protocol to quantify the body surface coverage of sun-protective clothing and a rating scheme amenable for inclusion in the revised joint Australian and New Zealand Standard for sun-protective clothing. This project will build upon our published research on the Garment Protection Factor (GPF).
Development, digitisation and subsequent implementation of the testing protocol should encourage manufacturers to design sun-protective garments that exceed the minimum standard for garment coverage, with positive implications for skin cancer prevention, consumer education and sun-protection awareness.
Key Words
skin cancer; sun exposure; ultraviolet radiation; clothing; textiles; design; artificial intelligence; industry standard; prevention; school; uniform; melanoma; sunburn
Would suit an applicant who
Would suit an applicant who has a background in information technology/public health/applied science/statistics/mathematics. This project is suitable for PhD and Masters students. However, Hons, Grad Dip students, or those undertaking dissertation subjects within coursework programs such as the Masters of Public Health program are welcome to contact simone.harrison@jcu.edu.au to discuss conducting a smaller component of this program of research as part of their studies.
Updated: 01 Mar 2022