
Global Engineering Project
Developing an enhanced fish feed distribution system for aquaculture farm in Ghana.
Learning my engineering foundations taught me how to apply science, but my goals lie in learning how to apply engineering.
Through my time at MIT I have been lucky enough to engage in projects within the research space, as well as in consultation with external
partners in projects coordinated by MIT's D-Lab. Experiences which have shaped my passion for mechanical engineering applied in the context of
developing sustainable, impact-driven, and human-centered solutions.
I am energized by free flowing exchanges of ideas,
learning and drawing from different skill sets to overcome obstacles, and the outreach and involvement of the community/shareholders throughout the design
and implementation process.
Developing an enhanced fish feed distribution system for aquaculture farm in Ghana.
Exploring methods of assisted Açai Harvesting in Colombia
Exploring sustainable heating solutions for chick brooder boxes for smallholder farmers in Cameroon.
Fabrication and Characterization of hydrophobic membranes driving efficient condensation with applications in energy and water capture
Development of an improved long-term contraceptive implant.
Fabrication and characterization of hydrogels using novel directional freezing methods with possible clean water applications.
Bridging access to agricultural entrepreneurship opportunities among Kenyan youth through multifaceted digital and community outreach
Flexible Graphene Supercapacitors for Solar Energy Storage
Experimental analysis of Pop Noise filters
Employing Product design principles in the Ideation, Design and Prorotyping of a children's Toy
Building an Electrical Outboard boat to race on the Charles River
Project deliverables from German Language and Culture Studies