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Chemical Engineering

Department of Chemical Engineering
Photo illustration by Greg Sands.

The mission of the Department of Chemical Engineering is to be the global leader in chemical engineering education and research.

We train students to be the best in shaping and solving complex problems, particularly the translation of molecular information and discovery into products and processes.

Our programs are enriched by an emphasis on leadership; fundamental understanding of physical, chemical, and biological processes; engineering design and synthesis skills; and interdisciplinary perspectives on technological, economic, and social issues. Our focus is education.

 

Department of Chemical Engineering links

Visit the MIT Department of Chemical Engineering home page at:
http://web.mit.edu/cheme/

Review the MIT Department of Chemical Engineering curriculum at:
/OcwWeb/web/resources/curriculum/index.htm#10

 

Undergraduate Courses

 MIT Course #Course TitleTerm
 10.002JIntroduction to Numerical Analysis for Engineering (13.002J)Spring 2005
 10.010JIntroduction to Bioengineering (BE.010J)Spring 2006
 10.302Transport ProcessesFall 2004
 10.32Separation ProcessesSpring 2005
 10.333JIntroduction to Modeling and SimulationSpring 2006
NEW
10.37Chemical and Biological Reaction EngineeringSpring 2007
 10.420Molecular Aspects of Chemical EngineeringFall 2004
 10.442Biochemical EngineeringSpring 2005
 10.445Separation Processes for Biochemical ProductsSummer 2005
 10.450Process Dynamics, Operations, and ControlSpring 2006
 10.467Polymer Science LaboratoryFall 2005
 10.490Integrated Chemical Engineering IFall 2006
 10.491Integrated Chemical Engineering IISpring 2006
 10.492-1Integrated Chemical Engineering Topics I: Process Control by DesignFall 2004
 10.492-2Integrated Chemical Engineering Topics I: Introduction to BiocatalysisFall 2004
 10.520Molecular Aspects of Chemical EngineeringFall 2004
 10.542Biochemical EngineeringSpring 2005
 10.543JProtein Folding ProblemFall 2003
 10.545Separation Processes for Biochemical ProductsSummer 2005
 10.702Experimental Biology & CommunicationSpring 2005
 10.702CIExperimental Biology - Communications IntensiveSpring 2005
 10.806Management in EngineeringFall 2004
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Graduate Courses

 MIT Course #Course TitleTerm
 10.34Numerical Methods Applied to Chemical EngineeringFall 2005
 10.34Numerical Methods Applied to Chemical EngineeringFall 2006
NEW
10.391JSustainable EnergyJanuary (IAP) 2007
 10.391JSustainable EnergySpring 2005
 10.392JFundamentals of Advanced Energy ConversionSpring 2004
 10.40Chemical Engineering ThermodynamicsFall 2003
 10.420Molecular Aspects of Chemical EngineeringFall 2004
 10.442Biochemical EngineeringSpring 2005
 10.445Separation Processes for Biochemical ProductsSummer 2005
 10.44JStatistical Thermodynamics of Complex LiquidsSpring 2004
 10.52Mechanics of FluidsSpring 2006
 10.520Molecular Aspects of Chemical EngineeringFall 2004
NEW
10.536JThermal Hydraulics in Power TechnologySpring 2007
 10.537Molecular, Cellular and Tissue Biomechanics (BE.410J)Spring 2003
 10.538JBiomolecular Kinetics and Cellular Dynamics (BE.420J)Fall 2004
 10.539JFields, Forces, and Flows in Biological Systems (BE.430J)Fall 2004
 10.542Biochemical EngineeringSpring 2005
 10.543JProtein Folding ProblemFall 2003
 10.545Separation Processes for Biochemical ProductsSummer 2005
 10.547JPrinciples and Practice of Drug DevelopmentFall 2005
 10.548JTumor Pathophysiology and Transport PhenomenaFall 2005
 10.569Synthesis of PolymersFall 2006
 10.571JAtmospheric Physics and ChemistrySpring 2006
 10.652JKinetics of Chemical ReactionsSpring 2003
 10.675JComputational Quantum Mechanics of Molecular and Extended SystemsFall 2004
 10.74JRadiative TransferSpring 2006
 10.792JProseminar in ManufacturingFall 2005
 10.805JTechnology, Law, and the Working EnvironmentSpring 2006
NEW
10.816Engineering Risk-Benefit AnalysisSpring 2007
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