MIT’s Chemical Engineering program is at the forefront of solving global energy, sustainability, and manufacturing challenges. These project ideas allow undergraduate students to explore everything from chemical process design to advanced material development, aligned with real-world industry needs.
Catalyst Design for Green Hydrogen Production
Carbon Capture and Sequestration Process Development
AI-Based Optimization in Chemical Reactor Design
Membrane Technology for Desalination and Filtration
Microreactor System for Continuous Flow Chemistry
Sustainable Biofuel Production from Agricultural Waste
Energy Recovery in Industrial Chemical Plants
Smart Polymers for Drug Delivery Systems
Process Simulation of Ammonia Synthesis Using Aspen Plus
Wastewater Treatment Using Photocatalysis
Thermochemical Conversion of Biomass to Liquid Fuels
Kinetics and Mechanism Study of Catalytic Cracking
Advanced Battery Material Synthesis and Testing
Nanomaterial Applications in Corrosion Protection
Production of Biodegradable Plastics from Plant Oils
Electrochemical Methods for Heavy Metal Removal
Data-Driven Modeling of Heat Exchanger Networks
Hybrid Distillation and Membrane Separation Process
Chemical Plant Design for Acetic Acid Production
3D Printing of Functional Chemical Structures
Simulation and Scale-up of Polymerization Reactions
Environmental Impact Assessment for Chemical Units
Reactive Distillation Column Design and Control
Advanced Adsorption Techniques for Gas Separation
Lab-to-Industry Scale-Up Strategy for Fine Chemicals
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