Skip to content
MIT Chemical Engineering MIT Chemical Engineering MIT Chemical Engineering MIT Chemical Engineering
  • About
    • Mission
    • Community
    • What is Chemical Engineering?
    • History
    • Community News
    • Photo Gallery
    • Video Gallery
    • Open Positions
  • People
    • Faculty
    • Students
    • Postdoctoral Associates
    • Staff
    • Recruit Our Students
    • Meet Our Community
  • Academics
    • Undergraduate Study
      • Why Chemical Engineering?
      • Undergraduate Programs
      • Why 10-ENG/Flexible Degree?
      • UROP
      • Apply
    • Graduate Study
      • Why MIT ChemE?
      • Graduate Programs
      • Financial Support
      • Apply
      • Admission FAQs
    • Course Schedule
    • ACCESS Program
    • Professional Ethics
    • The Practice School
    • Massive Open Online Courses (MOOCs)
    • MIT Professional Education
  • Research
    • Biomedical and Biotechnology
    • Catalysis and Reaction Engineering
    • Energy
    • Environment and Sustainability
    • Materials
    • Math and Computational Systems
    • Transport and Thermodynamics
  • Safety
  • News & Events
    • News
    • Events
    • Seminar Series
    • Student Seminar
    • Cooney Lecture
    • Hottel Lecture
    • Lewis Lecture
    • Michaels Lecture
    • Wang Lecture
  • Alumni
    • Alumni Newsletter
    • Support ChemE
    • Alumni Contact
  • Resources
    • ChemE Academic Office
    • Student Resources
      • Student Groups
    • Computer & Digital Learning Support
    • Community News
    • Career Advice and Support
    • ChemE Communications Lab
    • Faculty Resources
    • Postdoc & Visitor Resources
    • Administrative Resources
      • Staff Wiki
    • ChemE Staff X-Award Nomination Form
    • Room Reservations
  • Support ChemE

Event Category: Thesis Defense

Ion Aggregation, Correlated Ion Transport and the Double Layer in Super-Concentrated Electrolytes

Computational approaches to understand the atomistic drivers of enzyme catalysis

Case studies in the modeling and control of continuous pharmaceutical manufacturing processes

Engineering Gas Diffusion Electrodes for Electrochemical Carbon Dioxide Upgrading

Protein Immobilization using Complex Coacervates and Complex Coacervate Thin Films

Kinetic Analysis of Leaching Reactions in Multi-component Mineral Systems

Towards Quantitatively Predicting the Properties of Gels and Elastomers

Paper-based Molecular Technologies for Faster, More Accessible Infectious Disease Diagnostics

Layer-by-Layer Coated Microneedles for Cancer Immunotherapy

Learning the Electrochemistry of Degradation and Safety in Graphite Porous Electrodes for Lithium-ion Batteries

Posts navigation

Older posts
Newer posts

CONTACT

Massachusetts Institute of Technology

Department of Chemical Engineering
77 Massachusetts Avenue, Room 66-350
Cambridge, Massachusetts 02139

Accessibility | Site Map

CONNECT


SEARCH

© 2007-2026 MIT Department of Chemical Engineering | Credits