//// SharpMotion :: Portfolio - We Care for CityU Sports

We Care for CityU Sports

Website Design

ABOUT

City University of Hong Kong (CityU) has nurtured thousands of outstanding student-athletes over the years, and now has over 400 athletes in 18 sports events. CityU is “One of the Best Universities in Sports” among 13-member tertiary institutions in Hong Kong, and the only University that has captured Double Champions for 9 times Grand Slam in the USFHK Sports Competitions.

The “We Care for CityU Sports” campaign aims to nurture the growth of their full-time CityU student-athletes in personal, academic, and career development, by providing adequate support through volunteer services and donation to them. All supporters of the University are cordially invited to take part in the campaign.

DESIGN CONCEPT

The motif of “three.js” animation is inspired by the polygon of CityU logo element, with a vibrant colour scheme adapted from the corporate identity system. The motion graphics create a visual metaphor of “Converging the dynamic of sports teams” as well as the connotation of “Every little makes a mickle”. Finally, it illustrates an objective of encouraging the myriad alumni to continually support the student-athletes through donations and volunteer services.

//// SharpMotion :: Portfolio - mS9 DNA Test

mS9 DNA Test

Minisite & Collateral Design

ABOUT

The mS9 DNA Colorectal Cancer Screening Test is intended for detecting the presence of methylated Septin 9 (mS9) DNA in the cancer patient blood, which is associated with cancerous cells of colon cancer present within the body. There is an increased level of methylated Septin 9 DNA and cells circulating in the blood of cancer patients compared to healthy controls and this can be used as a useful biomarker for colon cancer detection.

The test was designed to specifically detect the mS9 DNA in blood plasma and serves as an early warning indicator that further confirmation with colonoscopy will be necessary. Screening means examining individual without symptoms in order to detect disease or find individual at increased risk of disease.

MINISITE DESIGN





COLLATERAL DESIGN