Automated BVM Project

PROJECTS BY : Levi Soudi (BSc. Robotics Eng.)
Alberta Opoku-Frimpong (BSc. Artificial Intelligence)
Felix Dari (BSc. Biomedical Eng.)
Melisa Anderson (BSc. Biomedical Eng.)
Adobea Nhyira Ackun (BSc. Computer Eng.)

This project aims at developing a system capable of compressing air from a Bag Valve Mask to provide oxygen to neonates suffering from Asphyxia. At present, the first prototype is operational, with the team’s focus directed towards refining the design and materials for the upcoming phase.

Key milestones achieved thus far include the completion of CAD designs and drawings, 3D printing of various components, assembly of these parts, procurement of peripheral components, and the successful integration of all elements into the system. Moving forward, the project requires further research to ensure the precise delivery of air for neonates and the exploration of cost-effective materials to streamline manufacturing expenses and time.

The resulting product and service offering of the Automated BVM project revolutionizes the manual resuscitation process for midwives and nurses, freeing up their time and resources for other critical tasks. This innovation represents a dual breakthrough in both product and service realms. Crucial funding for this transformative initiative has been provided by the Office of the President at Academic City University College.

Tackling Sustainable Development Goals :