Thesis Defense – MIT ChemE

Combining Machine Learning and Traditional Experimental Approaches to Streamline Bioprocess Development for Recombinant Protein Production in Komagataella phaffii

Research Software Engineering to Predict Chemical Properties and Kinetics at High Performance Computing Scale

Dynamics of Electrochemical Thin Films for Memory and Battery Applications

Materials and Architectures for Convection-Based Electrochemical Energy Storage

Investigating Structure-Property Relationships of Fluorinated Polymer Membranes Concerning Plasticization Resistance

Advancing Non-Targeted LC-MS/MS Approaches for Aqueous Degradation Products of Pesticides & Polymers

Defining the Roles of Regulatory Elements and Gene Syntax in Mammalian Gene Circuit Design

Computational Discovery and Mechanistic Investigations on Transition Metal Complex and Organic Mechanophores and Mechanophore-Enhanced Polymers

Computational Design of Stable Metal-Organic Frameworks for Gas Adsorption

High-Throughput Discovery of Earth-Abundant Single-Site Catalysts for C–H Activation