MIT researchers release evaluation of low-cost cooling devices in Mali
CITE and D-Lab study finds evaporative cooling devices show promise for helping small-scale farmers, market vendors, and families store and preserve vegetables.
CITE and D-Lab study finds evaporative cooling devices show promise for helping small-scale farmers, market vendors, and families store and preserve vegetables.
The Comprehensive Initiative on Technology Evaluation teams up with the Technology Exchange Lab to produce a toolkit for technology evaluation in global development.
Study of solar pump technology use in India assesses technical performance and explores innovative business cases to increase user adoption.
Research from MIT's CITE program leverages a procurement process to identify opportunities for improving food aid supply chains.
MIT's Comprehensive Initiative on Technology Evaluation announces its latest product evaluations and global partnerships.
Study of post-harvest storage technology use in Uganda assesses potential for farmer adoption, identifies supply chain challenges and solutions.
Large-scale tests compare damage from insects and moisture using a variety of containers.
Study of malaria rapid diagnostic tests in Uganda assesses scalability, identifies supply chain challenges.
MIT researchers develop a decision-making tool for global classrooms looking to deploy educational technologies.
Study of water test kits used in Gujarat, India, assesses suitability, scalability, and sustainability.
Comparative charts enhance solar lantern purchasing decisions in the developing world.
Study of water filters used in Indian homes assesses suitability, scalability, and sustainability.
To help alleviate poverty, representatives from MIT D-Lab and Tufts Fletcher School focus on respectful, human-centered research practices in global development.
First report of Comprehensive Initiative on Technology Evaluation offers new framework for assessment.