Thesis Defense – Page 29 – MIT ChemE

Enabling Automatic Generation of Accurate Kinetic Models for Complicated Chemical Systems”

Structure-Property Engineering and Device Fabrication of Conjugated Polymers by Chemical Vapor Deposition

DNA Methylation Detection using an Engineering Methyl-CpG-Binding Protein

Experimental and Computational Study of Mass Transport in Novel Emulsion Systems: Strategies for Reaction Engineering and Microparticle Preparation

Effects of Solution Complexation on Crystallization Process

Nanocrystallization confined to porous matrices with and without surface functionalization effects

Improved Models of Colloidal Gels: Kinetic Arrest, Relaxation Dynamics, Structural Breakdown and the Role of Hydrodynamic Interactions

Nanostructured Electroactive Polymeric Composites for Energy Storage and Separation Applications

Machine Learning Applications in Chemical and Biological Engineering

Making Computer Vision Methods Accessible for Cell Classification