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Around the world, countries are working to strengthen health systems, increase access to quality care, and end preventable deaths. While there has been marked progress in certain regions and for certain health issues, this progress has not been evenly distributed.
Innovations that can improve the efficiency and effectiveness of health systems, while also increasing access for vulnerable populations will be absolutely critical in the push to end preventable deaths in both the US and around the world.
The challenge for this track is to describe an intervention that would alleviate a global health concern, either domestically or internationally. Proposals submitted to this track should (a) demonstrate evidence of a widespread health concern faced by resource-constrained populations, and (b) develop a system, program, or technology that is culturally appropriate within the target communities and designed for low-resource settings.
The challenge for this track is to describe an intervention that would alleviate a global health concern, either domestically or internationally. Proposals submitted to this track should (a) demonstrate evidence of a widespread health concern faced by resource-constrained populations, and (b) develop a system, program, or technology that is culturally appropriate within the target communities and designed for low-resource settings.
Examples of proposals include (but are not limited to):
Team Members:
Leon Wu, Timothy Lam, A. Sterling Christensen, Ramin Atrian, Zhaoyi Li, Kaung Yang, Kousha Changizi, Andrew Sanchez
School:
UC San Diego
The Red Cross of Tijuana is a nonprofit medical services provider that covers 98% of the Emergency Medical Services (EMS) requests in Tijuana, Mexico. They pilot only 17 ambulances to serve a population exceeding 1.8 million people. As a result, these conditions escalate emergency vehicle response times and impair EMS performance during everyday operations. Partnered with the Red Cross of Tijuana, ReEMS (Revolutionized Emergency Medical Services) aims to optimize the delivery and management of emergency services in Tijuana and other underserved communities worldwide by introducing cost-effective smartphone and cloud software. Their platform enables emergency medical personnel to make informed decisions during dispatch by providing them with tools to monitor, visualize, and dispatch EMS vehicles in real time. ReEMS expects to decrease EMS vehicle response durations by over 50%, improving access to and reliability of health care for millions of people in underserved communities.
Team Members:
Dana Hernandez, Siva Rama Satyam Bandaru, Lucas Duffy, JP Daniel
School:
UC Berkeley
About 55,000 people in California rely on arsenic contaminated groundwater as their primary source of drinking water. The small water systems serving these disadvantaged communities lack the technical, managerial, and financial capacity to implement a sustainable solution that would provide arsenic-safe drinking water. Thus, there is a need for an affordable, compact, and continuous-flow technology for these communities exposed to arsenic, a potent carcinogen. Air Cathode Assisted Iron Electrocoagulation (ACAIE) effectively removes high arsenic concentrations from synthetic groundwater to levels below EPA’s Maximum Contaminant Level of 10 parts per billion. Conducting a pilot study at a school site will demonstrate the technical efficacy and robustness of ACAIE. In addition, an educational campaign will increase public awareness and knowledge on the arsenic problem in rural California, empowering rural communities that currently lack their human right to safe drinking water.