News FILTER Toggle Filter Biomedical and BiotechnologyCatalysis and Reaction EngineeringEnergyEnvironment and SustainabilityMaterialsMath and Computational SystemsTransport and Thermodynamics Connor Coley selected to attend NAE’s 2025 Grainger SymposiumRead MoreEXPLOREEnvironment and SustainabilityCongratulations to our graduates!Read MoreEXPLORETransport and ThermodynamicsSmith Lab’s new approach could fractionate crude oil using much less energyRead Morearrow-downAnderson lab develops implantable device for diabeticsRead MoreThree MIT ChemE professors earn new chairs, effective July 1, 2025Read MoreEXPLOREMaterialsarrow-downThe Galloway Lab’s gene circuits enable more precise control of gene therapyRead MoreKulik Lab’s new model predicts a chemical reaction’s point of no returnRead MoreFurst lab develops electrochemical sensors for cheap, disposable diagnosticsRead MoreEXPLOREMath and Computational Systemsarrow-downThe Chemical Engineer talks cheap energy storage with grad student Shaylin...Read MoreBarton Lab uses liquid air for grid-scale energy storageRead MoreMichael Strano with SMART & DiSTAP develops nanosensor to decode plant growthRead MoreEXPLORECatalysis and Reaction Engineeringarrow-downMIT’s Initiative for New Manufacturing co-led by ChemE Prof. Chris LoveRead MoreFelice Frankel on How Science Communication Can Step Up Amid Federal CutsListen to PodcastEXPLOREBiomedical and BiotechnologyAriel Furst named the 2025 Jonathan L. Sessler Fellow!Read More Connor Coley selected to attend NAE’s 2025 Grainger SymposiumRead Morearrow-downThree MIT ChemE professors earn new chairs, effective July 1, 2025Read MoreEXPLOREEnvironment and SustainabilityThree MIT ChemE professors earn new chairs, effective July 1, 2025Read MoreAnderson lab develops implantable device for diabeticsRead MoreEXPLORETransport and ThermodynamicsCongratulations to our graduates!Read MoreSmith Lab’s new approach could fractionate crude oil using much less energyRead MoreEXPLOREMaterialsarrow-downFurst lab develops electrochemical sensors for cheap, disposable diagnosticsRead MoreThe Galloway Lab’s gene circuits enable more precise control of gene therapyRead MoreFurst lab develops electrochemical sensors for cheap, disposable diagnosticsRead MoreKulik Lab’s new model predicts a chemical reaction’s point of no returnRead MoreEXPLOREMath and Computational Systemsarrow-downMichael Strano with SMART & DiSTAP develops nanosensor to decode plant growthRead MoreThe Chemical Engineer talks cheap energy storage with grad student Shaylin...Read MoreMichael Strano with SMART & DiSTAP develops nanosensor to decode plant growthRead More Loading... Load More
