“Live in China”: Information Platform for Foreigners Living in China
“Live in China” is a”we-media” platform designed to provide foreigners with life guides and cultural exchange services in China.
Hear-AT: Development of Auxiliary Tools for Multi-life Application Scenarios of Deaf-mutes
Hear–AT is a mobile auxiliary tool that supports the needs of deaf and hard-of-hearing people in particular situations. After conducting basic and systematic user background research and interviews, their software support will start from three core scenarios: emergency alarm, hospital medical care, and public transportation.
Roomie Innovation Studio
Roomie Innovation Studio aims to create a roommate matching platform for college students who are in need of choosing roommates.
Psychology Garage
The Psychology Garage team aims to popularize professional psychology knowledge to the young generation (especially college students) – mainly through social media and offline activities.
Hezhongting Hospice Care Promotion Project
The Hezhongting Hospice Care Promotion Project team is committed to filling the gap in the popularity of palliative care (hospice care) in China through a large-scale online publicity campaign.
SHOUPA: An AI-based Parkinson Detection System
To date, Parkinson’s Disease (PD) has become the third leading disease threatening the health of the elderly worldwide. However, given the complexity of the pathogenesis, how to carry out large-scale and high-accurate early diagnosis has become one of the biggest pain points in exploring PD treatments.
An Environmental Pollution Analysis Tool Based on Synthetic Biology Technology
In order to build a community of life between man and nature and promote the harmonious coexistence between man and nature, the rapid and accurate detection methods for environmental pollution and effective solutions to pollution problems have received increasing attention.
Gut Guard: Bioengineering Probiotics to Express Artificial Antibodieson Its Surface
The team expects that the cultured transgenic Escherichia coli, Lactococcus lactis and yeast can successfully express artificial antibodies on the surface and exhibit the ability to bind to antigens.