Thesis Defense – MIT ChemE

Tuning Oncogenic Signaling Landscapes to Drive Efficient Reprogramming to Motor Neurons

Advanced Electrochemical Carbon Dioxide Separation Methods Enabled by Sorbent and Electrolyte Co-design

Developing and Applying AI for Biopharmacology and Biomanufacturing

Analysis and Characterization of 2D Polyaramids

Optimization Approaches to Algorithmic Decision Making in Molecular Discovery

Engineering Drug Nanoparticle Structure and Function for Bioavailability Enhancement

Developing Selective Carbon-Based Membranes for Ionic and Gas Separations

Improved biosensing through engineered microbe-electrode interfaces

Engineering hyaluronic acid binding cytokines for enhanced tumor retention and safety

Functionalized Hollow Fibers Spun from Microporous Organic Polymers (MOPs) for Membrane-Based Separations and Carbon Capture