Chemical Engineering (Course 10)
Spring 2022
| Access | Class |
|---|---|
| Class | 10.551 - System Engineering |
Fall 2021
| Access | Class |
|---|---|
| Class | 10.354/2.874/10.554 - Process Data Analytics |
| Class | 10.490 - Integrated Chem Engineering |
| Class | 10.554/2.874/10.354 - Process Data Analytics |
Spring 2021
| Access | Class |
|---|---|
| Class | 10.03/7.458/10.53 - Advances in Biomanufacturing |
| MIT | 10.557 - Mixed-integer & Nonconvex Opt |
Fall 2020
| Access | Class |
|---|---|
| Class | 10.354/2.874/10.554 - Process Data Analytics |
| Class | 10.490 - Integrated Chem Engineering |
| Class | 10.554/2.874/10.354 - Process Data Analytics |
| Class | 10.806/2.96/6.930/16.653 - Management in Engineering |
| MIT | 10.807/15.371 - Innovation Teams |
Spring 2020
| Access | Class |
|---|---|
| MIT | 10.01/1.082/2.900/6.904/6.9041/16.676/20.005/22.014 - Ethics for Engineers |
| Class | 10.03/7.458/10.53 - Advances in Biomanufacturing |
| Class | 10.10 - Intro to Chem Engineering |
| Class | 10.213 - Chem & Bio Engr Thermodynamics |
| Class | 10.26/10.27/10.29 - Chem Engr Projects Lab |
| Class | 10.28B - Chemical-Biologic Engr Lab II |
| Class | 10.29/10.26/10.27 - Chem Engr Projects Lab |
| Class | 10.301 - Fluid Mechanics |
| Class | 10.32 - Separation Processes |
| Class | 10.333/1.021/3.021/22.00 - Intro to Modeling & Simulation |
| Class | 10.37 - Chemical Kinetics & Reactors |
| Class | 10.390/2.60/2.62 - Fundamentals of Advanced Energy Conversion |
| Class | 10.407/2.916 - Money for Startups |
| Class | 10.426/10.626 - Electrochemical Energy Systems |
| Class | 10.450 - Process Dynamics, Opers, Ctrl |
| Class | 10.490 - Integrated Chemical Engineering - Spring Term |
| MIT | 10.494A - Integrated Chem Eng Topics III: Designs to reduce GHG emissions in energy sector |
| MIT | 10.494B - Integrated Chem Eng Topics III |
| Class | 10.53/7.458/10.03 - Advances in Biomanufacturing |
| Class | 10.531/2.341 - Macromolecular Hydrodynamics |
| Class | 10.535 - Protein Engineering |
| Class | 10.551 - System Engineering |
| MIT | 10.557 - Mixed-integer & Nonconvex Opt |
| Class | 10.562/HST.562/9.271 - Tech for Complex Biologicl Sys |
| Class | 10.569 - Synthesis of Polymers |
| Class | 10.626/10.426 - Electrochemical Energy Systems |
| Class | 10.65 - Chemical Reactor Engineering |
| Class | 10.7003/7.003 - Molecular Biology Laboratory |
| Class | 10.7003/7.003 - Molecular Biology Laboratory Scientific Communication |
| MIT | 10.971 - Sem-Fl Mech & Trans Phen |
| MIT | 10.992 - Seminar in Chemical Engr |
IAP 2020
| Access | Class |
|---|---|
| Class | 10.28A - Chemical-Biologic Engr Lab I |
| Class | 10.493 - Integrated Chem Eng Topics II |
Fall 2019
| Access | Class |
|---|---|
| MIT | 10.01/1.082/2.900/6.904/6.9041/16.676/20.005/22.014 - Ethics for Engineers |
| Class | 10.10 - Intro to Chem Engineering |
| Class | 10.28 - Chemical-Biological Engr Lab |
| Class | 10.291/2.650/22.081/22.811 - Intro to Sustainable Energy |
| Class | 10.302 - Transport Processes |
| Class | 10.34 - Numerical Methods: Chem Eng |
| Class | 10.354/2.874/10.554 - Process Data Analytics |
| Class | 10.391/1.818/2.65/11.371 - 11.371J |
| Class | 10.40 - Chemical Engingeering Thermodynamics |
| Class | 10.424/10.524 - Pharmaceutical Engineering |
| Class | 10.467 - Polymer Science Laboratory |
| Class | 10.490 - Integrated Chem Engineering |
| Class | 10.492A - Integrated Chem Eng Topics I |
| Class | 10.492B - Integrated Chem Eng Topics I: Process Intensification |
| Class | 10.50 - Analysis:Transport Phenomena |
| Class | 10.524/10.424 - Pharmaceutical Engineering |
| Class | 10.536/2.59/22.313 - Therm Hydraulics:Power Tech |
| Class | 10.538/20.420 - Principles of Molecular Bioengineering |
| Class | 10.539/2.795/6.561/20.430 - Fields,Forces,Flows: Biol Sys |
| Class | 10.546/5.70 - Statistical Thermodynamics |
| MIT | 10.547/HST.920/IDS.620/7.547/15.136 - Princ& Practice:Drug Developmt |
| Class | 10.548/HST.525 - Tumor Microenvironment |
| Class | 10.554/2.874/10.354 - Process Data Analytics |
| Class | 10.585 - Engineering Nanotechnology |
| Class | 10.591 - Case Studies in Bioengineering |
| Class | 10.625/2.625 - Electrochemical Energy Conversion and Storage: Fundamentals, Materials and Applications |
| Class | 10.668/3.941 - Statistical Mechanics of Polymers |
| Class | 10.677 - Topics Applied Microfluidics |
| Class | 10.806/2.96/6.930/16.653 - Management in Engineering |
| Class | 10.807/15.371 - Innovation Teams |
| Class | 10.817/1.84/12.807 - Atmospheric Chemistry |
| Class | 10.990 - Intro: Chem Eng Research |
| Class | 10.A22 - Engineering, Science, the Good Life |
| MIT | 10.S96 - Special Problems in Chem Engr |
Spring 2019
| Access | Class |
|---|---|
| Class | 10.000 - Exploring Careers & ChemE @MIT |
| Public | 10.01/1.082/2.900/6.904/6.9041/16.676/20.005/22.014 - Ethics for Engineers |
| Class | 10.03/7.458/10.53 - Advances in Biomanufacturing |
| Public | 10.05 - Problems in Energy and Env |
| MIT | 10.07 - Debating Society & Engineering |
| Class | 10.10 - Intro to Chem Engineering |
| Class | 10.213 - Chem & Bio Engr Thermodynamics |
| Class | 10.26/10.27/10.29 - Chem Engr Projects Lab |
| Class | 10.28B - Chemical-Biologic Engr Lab II |
| Class | 10.29/10.26/10.27 - Chem Engr Projects Lab |
| Class | 10.301 - Fluid Mechanics |
| Class | 10.32 - Separation Processes |
| Class | 10.333/1.021/3.021/22.00 - Intro to Modeling & Simulation |
| Class | 10.37 - Chemical Kinetics & Reactors |
| Class | 10.390/2.60/2.62 - Fund of Adv Energy Conversion |
| Class | 10.407/2.916 - Money for Startups |
| Class | 10.426/10.626 - Electrochemical Energy Systems |
| Class | 10.450 - Process Dynamics, Opers, Ctrl |
| Class | 10.490 - Integrated Chem Engineering |
| Class | 10.494A - Integrated Chem Eng Topics: Biosensors |
| Class | 10.494B - Integrated Chem Eng Topics III |
| Class | 10.53/7.458/10.03 - Advances in Biomanufacturing |
| Class | 10.551 - System Engineering |
| MIT | 10.557 - Mixed-integer & Nonconvex Opt |
| Class | 10.562/HST.562 - Tech for Complex Biologicl Sys |
| Class | 10.569 - Synthesis of Polymers |
| Public | 10.606 - Picturing Science& Engineering |
| Class | 10.626/10.426 - Electrochemical Energy Systems |
| Class | 10.65 - Chemical Reactor Engineering |
| Class | 10.702/7.02 - 7.02-LAB |
| Class | 10.702/7.02 - 7.02-SCICOMM |
| Class | 10.992 - Seminar in Chemical Engr |
IAP 2019
| Access | Class |
|---|---|
| Class | 10.28A - Chemical-Biologic Engr Lab I |
| Class | 10.493 - Integrated Chem Eng Topics II |
Fall 2018
| Access | Class |
|---|---|
| Class | 10.01/1.082/2.900/6.904/6.9041/16.676/20.005/22.014 - Ethics for Engineers |
| Public | 10.01/1.082/2.900/6.904/6.9041/16.676/20.005/22.014 - 10.01.01 |
| Public | 10.01/1.082/2.900/6.904/6.9041/16.676/20.005/22.014 - 10.01.02 |
| Public | 10.01/1.082/2.900/6.904/6.9041/16.676/20.005/22.014 - 10.01.03 |
| Public | 10.01/1.082/2.900/6.904/6.9041/16.676/20.005/22.014 - 10.01.04 |
| Public | 10.01/1.082/2.900/6.904/6.9041/16.676/20.005/22.014 - 10.01.05 |
| Class | 10.03/7.458 - Advances in Biomanufacturing |
| Public | 10.08 - Cultural Studies for ChemE |
| Class | 10.10 - Intro to Chem Engineering |
| Class | 10.28 - Chemical-Biological Engr Lab |
| Class | 10.291/2.650/22.081/22.811 - Intro to Sustainable Energy |
| Class | 10.302 - Transport Processes |
| Class | 10.34 - Numerical Methods: Chem Eng |
| Class | 10.40 - Chem Engr Thermodynamics |
| Class | 10.437/5.697/10.637 - Computational Chemistry |
| Class | 10.467 - Polymer Science Laboratory |
| Class | 10.490 - Integrated Chemical Engineering |
| Class | 10.492B - Integrated Chem Eng Topics I - Stephanopoulos |
| Class | 10.492B - Integrated Chem Eng Topics I - Sikes |
| Class | 10.50 - Analysis:Transport Phenomena |
| Class | 10.538/20.420 - Principles of Molecular Bioeng |
| Class | 10.539/2.795/6.561/20.430 - Fields, Forces, and Flows in Biological Systems |
| Class | 10.546/5.70 - Statistical Thermodynamics |
| Class | 10.547/HST.920/IDS.620/7.547/15.136 - Princ& Practice:Drug Developmt |
| Class | 10.568 - Physical Chemistry of Polymers |
| Class | 10.585 - Engineering Nanotechnology |
| Class | 10.586 - Crystallization Sci & Tech |
| Class | 10.591 - Case Studies in Bioengineering |
| Class | 10.625/2.625 - Electrochem Energy Storage |
| Class | 10.637/5.697/10.437 - Computational Chemistry |
| Class | 10.652/5.68 - Kinetics of Chemical Reactions |
| Class | 10.677 - Topics Applied Microfluidics |
| Class | 10.702/7.02 - 7.02-LAB |
| Class | 10.702/7.02 - 7.02-SCICOMM |
| Class | 10.792/2.890/15.792/16.985 - Global Operations Leadership Seminar |
| MIT | 10.806/2.96/2.961/6.930/16.653 - Management in Engineering |
| Class | 10.990 - Intro: Chem Eng Research |
| Class | 10.991 - Seminar in Chemical Engr |
| Class | 10.A18 - All My Friends Say Course 10 is Hard! |
| Public | 10.A21 - Foundations of Principled Entrepreneurship |
| Class | 10.A22 - Engineering, Science and the Good Life |
Spring 2018
| Access | Class |
|---|---|
| Class | 10.00 - Molecule Builders |
| Class | 10.01/1.082/2.900/6.904/6.9041/22.014 - 10.01.05 |
| Class | 10.01.01 - 10.01.01 |
| Class | 10.01.02 - 10.01.02 |
| Class | 10.01.03 - 10.01.03 |
| Class | 10.01.04 - 10.01.04 |
| Class | 10.03/7.458/10.53 - Advances in Biomanufacturing |
| Class | 10.05 - Problems in Energy and Env |
| Class | 10.10 - Intro to Chem Engineering |
| Class | 10.213 - Chem & Bio Engr Thermodynamics |
| Class | 10.26/10.27/10.29 - Chem Engr Projects Lab |
| Class | 10.28L - Chemical-Biological Engr Lab |
| Class | 10.29/10.26/10.27 - Chem Engr Projects Lab |
| Class | 10.301 - Fluid Mechanics |
| Class | 10.32 - Separation Processes |
| Class | 10.333/1.021/3.021/22.00 - Intro to Modeling & Simulation |
| Class | 10.37 - Chemical Kinetics & Reactors |
| Class | 10.407/2.916 - Money for Startups |
| Class | 10.426/10.626 - Electrochemical Energy Systems |
| Class | 10.450 - Process Dynamics, Opers, Ctrl |
| MIT | 10.491 - Integrated Chem Eng II |
| Class | 10.494 - Integrated Chem Eng Topics III |
| Class | 10.53/7.458/10.03 - Advances in Biomanufacturing |
| MIT | 10.531/2.341 - Macromolecular Hydrodynamics |
| Class | 10.551 - Systems Engineering |
| Class | 10.569 - Synthesis of Polymers |
| Class | 10.626/10.426 - Electrochemical Energy Systems |
| Class | 10.65 - Chemical Reactor Engineering |
| Class | 10.702/7.02 - Intro to Experimental Biology & Communication (Lab) |
| Class | 10.702/7.02 - Introduction to Experimental Biology & Communication (SciComm) |
| Class | 10.792/2.890/15.792/16.985 - Global Operations Leadership Seminar |
| Class | 10.807/15.371 - Innovation Teams |
| Class | 10.992 - Seminar in Chemical Engr |
IAP 2018
| Access | Class |
|---|---|
| Class | 10.28L - Chemical-Biological Engr Lab |
| Class | 10.493 - Integrated Chem Eng Topics II |
Fall 2017
| Access | Class |
|---|---|
| Class | 10.01/1.082/2.900/6.904/6.9041/22.014 - Ethics for Engineers |
| Class | 10.01/1.082/2.900/6.904/6.9041/22.014 - 10.01.02 |
| Class | 10.01.01 - 10.01.01 |
| Class | 10.01.03 - 10.01.03 |
| Class | 10.01.04 - 10.01.04 |
| Class | 10.05 - Problems in Energy and Env |
| Class | 10.10 - Intro to Chem Engineering |
| Class | 10.28 - Chemical-Biological Engr Lab |
| Class | 10.291/2.650/22.081/22.811 - Intro to Sustainable Energy |
| Class | 10.302 - Transport Processes |
| Class | 10.34 - Numerical Methods: Chem Eng |
| Class | 10.40 - Chem Engr Thermodynamics |
| Class | 10.424/10.524 - Pharmaceutical Engineering |
| Class | 10.437/5.697/10.637 - Computational Chemistry |
| Class | 10.467 - Polymer Science Laboratory |
| Class | 10.490 - Integrated Chem Eng I |
| Class | 10.492 - 10.492.02 Introduction to Process Dynamics and Control |
| MIT | 10.492 - 10.492.03 Integrated Chemical Engineering Topics |
| Class | 10.492.04 - Introduction to Electrochemical Systems |
| Class | 10.50 - Analysis:Transport Phenomena |
| Class | 10.524/10.424 - Pharmaceutical Engineering |
| Class | 10.536/2.59/22.313 - Therm Hydraulics:Power Tech |
| Class | 10.538/20.420 - Principles of Molecular Bioeng |
| Class | 10.539/2.795/6.561/20.430 - Fields,Forces,Flows: Biol Sys |
| Class | 10.546/5.70 - Statistical Thermodynamics |
| Class | 10.547/HST.920/IDS.620/7.547/15.136 - Principles and Practice of Drug Development |
| Class | 10.548/HST.525 - Tumor Pathophysiology and Transport Phenomena: A Systems Biology Approach |
| Class | 10.552 - Adv Systems Engineering |
| Class | 10.568 - Physical Chemistry of Polymers |
| Class | 10.585 - Engineering Nanotechnology |
| Class | 10.591 - Case Studies in Bioengineering |
| Class | 10.637/5.697/10.437 - Computational Chemistry |
| Class | 10.677 - Topics Applied Microfluidics |
| Class | 10.702/7.02 - Intro to Exp Biology & Comm |
| Class | 10.702/7.02 - 7.02-SCICOMM |
| Class | 10.792/2.890/15.792/16.985 - Global Operations Leadership Seminar |
| MIT | 10.806/2.96/2.961/6.930/16.653 - Management in Engineering |
| Class | 10.807/15.371 - Innovation Teams |
| Class | 10.817/1.84/12.807 - Atmospheric Chemistry |
| Class | 10.990 - Intro: Chem Eng Research |
| Class | 10.991 - Seminar in Chemical Engr |
| Class | 10.A21 - Principled Entrepreneurship |
| Class | 10.A22 - Engineering, Science, the Good Life |
Spring 2017
| Access | Class |
|---|---|
| Class | 10.00 - Molecule Builders |
| Class | 10.01/1.082/2.900/6.904/22.014 - Ethics for Engineers |
| Class | 10.01.02 - 10.01.02 |
| Class | 10.01.03 - 10.01.03 |
| Class | 10.01.04 - 10.01.04 |
| Class | 10.02 - Entrepreneurship for Engineers |
| Class | 10.03/7.458/10.53 - 10.03-10.53-7.458-7.548 |
| Class | 10.05 - Problems in Energy and Env |
| Class | 10.10 - Intro to Chem Engineering |
| Class | 10.213 - Chem & Bio Engr Thermodynamics |
| Class | 10.26/10.27/10.29 - Chem Engr Projects Lab |
| Class | 10.301 - Fluid Mechanics |
| Class | 10.32 - Separation Processes |
| Class | 10.345/10.545 - Fund of Metabolic Biochem Eng |
| Class | 10.37 - Chemical Kinetics & Reactors |
| MIT | 10.390/2.60/2.62 - Fund of Adv Energy Conversion |
| Class | 10.407/2.916 - Money for Startups H2: starts M/4/3 |
| Class | 10.426/10.626 - Electrochemical Energy Systems |
| Class | 10.43 - Intro: Interfacial Phenomena |
| Class | 10.450 - Process Dynamics, Opers, Ctrl |
| Class | 10.491 - Integrated Chem Eng II |
| Class | 10.494 - Integrated Chem Eng Topics III |
| Class | 10.53/7.458/10.03 - 10.03-10.53-7.458-7.548 |
| Class | 10.545/10.345 - Fund of Metabolic Biochem Eng |
| Class | 10.551 - System Engineering |
| MIT | 10.569 - Synthesis of Polymers |
| Class | 10.626/10.426 - Electrochemical Energy Systems |
| Class | 10.65 - Chemical Reactor Engineering |
| Class | 10.702/7.02 - 7.02-LAB |
| Class | 10.702/7.02 - 7.02-SCICOMM |
| Class | 10.792/2.890/15.792/16.985 - Global Operations Leadership Seminar |
| Class | 10.807/15.371 - Innovation Teams |
| Class | 10.992 - Seminar in Chemical Engr |
IAP 2017
| Access | Class |
|---|---|
| Class | 10.493 - Integrated Chem Eng Topics II |
| Class | 10.493.01 - 10.493.01 |
Fall 2016
| Access | Class |
|---|---|
| Class | 10.01/1.082/2.900/6.904/22.014 - Ethics for Engineers |
| Class | 10.03/7.458/10.53 - Advances in Biomanufacturing |
| Class | 10.10 - Intro to Chem Engineering |
| Class | 10.28 - Chemical-Biological Engr Lab |
| Class | 10.291/2.650/22.081/22.811 - Intro to Sustainable Energy |
| Class | 10.302 - Transport Processes |
| Class | 10.34 - Numerical Methods: Chem Eng |
| Class | 10.40 - Chem Engr Thermodynamics |
| Class | 10.437/5.697/10.637 - Quantum Chemical Simulation |
| Class | 10.466/10.566 - Structure of Soft Matter |
| Class | 10.467 - Polymer Science Laboratory |
| Class | 10.490 - Integrated Chem Eng I |
| Class | 10.492 - Integrated Chem Eng Topics II |
| Class | 10.50 - Analysis:Transport Phenomena |
| Class | 10.53/7.458/10.03 - Advances in Biomanufacturing |
| Class | 10.537/2.798/3.971/6.524/20.410 - Molecular Cell & Tissue Biomechanics |
| Class | 10.538/20.420 - Principles of Molecular Bioengineering |
| Class | 10.539/2.795/6.561/20.430 - Fields,Forces,Flows: Biol Sys |
| Class | 10.546/5.70 - Statistical Thermodynamics |
| Class | 10.547/HST.920/IDS.620/7.547/15.136 - Principles & Practice: Drug Development |
| Class | 10.566/10.466 - Structure of Soft Matter |
| Class | 10.585 - Engineering Nanotechnology |
| Class | 10.586 - Crystallization Sci & Tech |
| Class | 10.591 - Case Studies in Bioengineering |
| Class | 10.625/2.625 - Energy Storage: Chemical Physics and Materials Chemistry |
| Class | 10.637/5.697/10.437 - Quantum Chemical Simulation |
| Class | 10.652/5.68 - Kinetics of Chemical Reactions |
| Class | 10.702/7.02 - Intro to Experimental Biology & Communication |
| Class | 10.702/7.02 - Intro to Experimental Biology & Communication (SciComm) |
| Class | 10.792/2.890/15.792/16.985 - Global Operations Leadership Seminar |
| Class | 10.806/2.96/6.930/16.653 - Management in Engineering |
| Class | 10.807/15.371 - Innovation Teams |
| Class | 10.990 - Intro: Chem Eng Research |
| Class | 10.991 - Seminar in Chemical Engr |
| Class | 10.A21 - Principled Entrepreneurship |
| Class | 10.A22 - Engineering, Science, and the Good Life |
| Class | 10.S94 - Special Problems in Chem Engr |
Spring 2016
| Access | Class |
|---|---|
| Class | 10.00 - Molecule Builders |
| MIT | 10.01/1.082/2.900/6.904/22.014 - Ethics for Engineers |
| MIT | 10.02 - Entrepreneurship for Engineers |
| Class | 10.03/10.53 - Advances in Biomanufacturing |
| Class | 10.10 - Intro to Chem Engineering |
| Class | 10.213 - Chem & Bio Engr Thermodynamics |
| Class | 10.26/10.27/10.29 - Chem Engr Projects Lab |
| Class | 10.301 - Fluid Mechanics |
| Class | 10.32 - Separation Processes |
| Class | 10.333/1.021/3.021/22.00 - Intro to Modeling & Simulation |
| Class | 10.37 - Chemical Kinetics & Reactor Design |
| Class | 10.390/2.60/2.62 - Fund of Adv Energy Conversion |
| Class | 10.407/2.916 - Money for Startups |
| Class | 10.441/7.37/20.361 - Molec & Engr Aspects Biotech |
| Class | 10.443/HST.526/10.643 - Future Medicine |
| Class | 10.450 - Process Dynamics, Opers, Ctrl |
| Class | 10.491 - Integrated Chem Eng II |
| Class | 10.494 - Integrated Chem Eng Topics III |
| Class | 10.53/10.03 - Advances in Biomanufacturing |
| MIT | 10.531/2.341 - Macromolecular Hydrodynamics |
| Class | 10.551 - System Engineering |
| MIT | 10.557 - Mixed-integer & Nonconvex Optimization |
| Class | 10.56 - Adv Topics in Surfactant Sci |
| Class | 10.569 - Synthesis of Polymers |
| Class | 10.579/ESD.174/5.00/6.929/22.813 - Energy Tech and Policy |
| Class | 10.643/HST.526/10.443 - Future Medicine |
| Class | 10.65 - Chemical Reactor Engineering |
| Class | 10.702/7.02 - Intro to Exp Biology & Comm |
| Class | 10.702/7.02 - Intro to Exp Biology & Comm (SciComm) |
| Class | 10.792/2.890/15.792/16.985 - Global Operations Leadership Seminar |
| Class | 10.807/15.371 - Innovation Teams |
| Class | 10.992 - Seminar in Chemical Engr |
IAP 2016
| Access | Class |
|---|---|
| Class | 10.493 - Integrated Chem Eng Topics II |
Fall 2015
| Access | Class |
|---|---|
| MIT | 10.01/1.082/2.900/6.904/22.014 - Ethics for Engineers |
| Class | 10.03/10.53 - Advances in Biomanufacturing |
| Class | 10.10 - Intro to Chem Engineering |
| Class | 10.25 - Industrial Chemistry |
| Class | 10.28 - Chemical-Biological Engr Lab |
| Class | 10.291/2.650/22.081/22.811 - Intro to Sustainable Energy |
| Class | 10.302 - Transport Processes |
| Class | 10.31/10.51 - Nanoscale Energy Transprt Processes |
| Class | 10.34 - Numerical Methods: Chem Eng |
| MIT | 10.40 - Chem Engr Thermodynamics |
| Class | 10.424/10.524 - Pharmaceutical Engineering |
| Class | 10.437/5.697/10.637 - Quantum Chemical Simulation |
| Class | 10.467 - Polymer Science Laboratory |
| Class | 10.490 - Integrated Chem Eng I |
| Class | 10.492 - Integrated Chem Eng Topics I |
| Class | 10.50 - Analysis:Transport Phenomena |
| Class | 10.51/10.31 - Nanoscale Energy Transprt Processes |
| Class | 10.524/10.424 - Pharmaceutical Engineering |
| Class | 10.53/10.03 - Advances in Biomanufacturing |
| Class | 10.538/20.420 - Biomolecular Kinetics & Cell Dynamics |
| Class | 10.539/2.795/6.561/20.430 - Fields,Forces,Flows: Biol Sys |
| Class | 10.546/5.70 - Statistical Thermodynamics |
| Class | 10.547/ESD.691/HST.920/7.547/15.136 - Principles and Practice of Drug Development |
| Class | 10.548/HST.525 - Tumor Pathophysiology |
| Class | 10.55 - Colloid & Surfactant Science |
| Class | 10.585 - Engineering Nanotechnology |
| Class | 10.591 - Case Studies in Bioengineering |
| Class | 10.625/2.625 - Electrochemical Energy Storage |
| Class | 10.637/5.697/10.437 - Quantum Chemical Simulation |
| Class | 10.668/3.941 - Statistical Mechanics of Polymers |
| Class | 10.702/7.02 - Intro to Exp Biology & Comm |
| MIT | 10.702/7.02 - 7.02-SCI-COMM |
| Class | 10.792/2.890/15.792/16.985 - Global Operations Leadership Seminar |
| MIT | 10.806/2.96/6.930/16.653 - Management in Engineering |
| Class | 10.807/15.371 - Innovation Teams |
| Class | 10.817/1.84/12.807 - Atmospheric Chemistry |
| Class | 10.990 - Intro: Chem Eng Research |
| Class | 10.991 - Seminar in Chemical Engineering |
| Class | 10.A21 - Principled Entrepreneurship |
| Class | 10.A22 - Engineering, Science, & the Good Life |
Spring 2015
| Access | Class |
|---|---|
| MIT | 10.01/1.082/2.900 - Ethics for Engineers |
| MIT | 10.02 - Entrepreneurship for Engineers |
| Class | 10.03/10.53 - Advances in Biomanufacturing |
| Class | 10.10 - Intro to Chem Engineering |
| Class | 10.213 - Chem & Bio Engr Thermodynamics |
| Class | 10.26/10.27/10.29 - Chemical, Energy, and Biological Engineering Project Laboratories |
| Class | 10.301 - Fluid Mechanics |
| Class | 10.32 - Separation Processes |
| Class | 10.37 - Chemical Kinetics & Reactors |
| MIT | 10.407 - Money for Startups |
| Class | 10.426/10.626 - Electrochemical Energy Systems |
| Class | 10.43 - Intro: Interfacial Phenomena |
| Class | 10.441/7.37/20.361 - Molec & Engr Aspects Biotech |
| MIT | 10.443/HST.526/10.643 - Future Medicine |
| Class | 10.450 - Process Dynamics, Operations and Control |
| Class | 10.491 - Integrated Chem Eng II |
| Class | 10.494 - Integrated Chem Eng Topics III |
| Class | 10.53/10.03 - Advances in Biomanufacturing |
| Class | 10.543/5.48/7.88 - Protein Folding& Human Disease |
| Class | 10.551 - System Engineering |
| MIT | 10.557 - Mixed-integer & Nonconvex Optimization |
| Class | 10.569 - Synthesis of Polymers |
| Class | 10.626/10.426 - Electrochemical Energy Systems |
| MIT | 10.643/HST.526/10.443 - Future Medicine |
| Class | 10.65 - Chemical Reactor Engineering |
| Class | 10.652/5.68 - Kinetics of Chemical Reactions |
| Class | 10.702/7.02 - Intro to Exp Biology & Comm |
| Class | 10.702/7.02 - 7.02-SCICOMM |
| Class | 10.792/2.890/15.792/16.985 - Global Operations Leadership Seminar |
| Class | 10.807/15.371 - Innovation Teams |
| MIT | 10.971 - Sem-Fl Mech & Trans Phen |
| MIT | 10.992 - Seminar in Chemical Engr |
IAP 2015
| Access | Class |
|---|---|
| Class | 10.493 - Integrated Chem Eng Topics II |
Fall 2014
| Access | Class |
|---|---|
| Class | 10.01/1.082/2.900 - Ethics for Engineers |
| Public | 10.01/1.082/2.900 - 10.01.01 |
| Public | 10.01/1.082/2.900 - 10.01.02 |
| Class | 10.03/10.53 - Advances in Biomanufacturing |
| Class | 10.10 - Intro to Chem Engineering |
| Class | 10.25 - Industrial Chemistry |
| Class | 10.28 - Chemical-Biological Engr Lab |
| Class | 10.291/2.650/22.081/22.811 - (Intro to) Sustainable Energy |
| Class | 10.302 - Transport Processes |
| Class | 10.333/1.021/3.021/22.00 - Introduction to Modeling & Simulation |
| Class | 10.34 - Numerical Methods: Chem Eng |
| Class | 10.40 - Chem Engr Thermodynamics |
| MIT | 10.437/10.637 - Quantum Chemical Simulation |
| Class | 10.467 - Polymer Science Laboratory |
| Class | 10.490 - Integrated Chem Eng I |
| Class | 10.492 - Integrated Chem Eng Topics I |
| Class | 10.50 - Analysis:Transport Phenomena |
| Class | 10.53/10.03 - Advances in Biomanufacturing |
| Class | 10.537/2.798/3.971/6.524/20.410 - Molecular, Cellular and Tissue Biomechanics (20.410 / BMEN 5920) |
| Class | 10.538/20.420 - Biomolecular Kinetics&Cell Dyn |
| MIT | 10.539/HST.544/2.795/6.561/20.430 - Fields,Forces,Flows: Biol Sys |
| MIT | 10.546/5.70 - Statistical Thermodynamics |
| Class | 10.547/ESD.691/HST.920/7.547/15.136 - Principles and Practice of Drug Development |
| Class | 10.586 - Crystallization Sci & Tech |
| Class | 10.591 - Case Studies in Bioengineering |
| MIT | 10.637/10.437 - Quantum Chemical Simulation |
| Class | 10.668/3.941 - Statistical Mechanics of Polymers |
| Class | 10.677 - Topics in Applied Microfluidics |
| Class | 10.702/7.02 - 7.02-LAB |
| Class | 10.702/7.02 - 7.02-SCICOMM |
| Class | 10.792/2.890/15.792/16.985 - Global Operations Leadership Seminar |
| Class | 10.806/2.96/2.961/6.930/16.653 - Management in Engineering |
| Class | 10.807/15.371 - Innovation Teams |
| MIT | 10.971 - Sem-Fl Mech & Trans Phen |
| MIT | 10.990 - Intro: Chem Eng Research |
| Class | 10.A22 - Engineering, Science, the |
Spring 2014
| Access | Class |
|---|---|
| Class | 10.03/10.53 - Advances in Biomanufacturing |
| Class | 10.10 - Intro to Chem Engineering |
| Class | 10.213 - Chem & Bio Engr Thermodynamics |
| Class | 10.26/10.27/10.29 - Chemical, Energy, and Biological Engineering Project Laboratories |
| Class | 10.301 - Fluid Mechanics |
| Class | 10.32 - Separation Processes |
| Class | 10.37 - Chemical Kinetics & Reactors |
| Class | 10.390/2.60/2.62 - Fundamentals of Advanced Energy Conversion |
| MIT | 10.426/10.626 - Electrochemical Energy Systems |
| Class | 10.441/7.37/20.361 - Molec & Engr Aspects Biotech |
| Class | 10.450 - Process Dynamics, Operations and Control |
| Class | 10.489/10.689 - Modern Concepts in Heterogeneous Catalysis |
| Class | 10.491 - Integrated Chem Eng II |
| Class | 10.494 - Integrated Chem Eng Topics III |
| Class | 10.53/10.03 - Advances in Biomanufacturing |
| Class | 10.531/2.341 - Macromolecular Hydrodynamics |
| Class | 10.536/2.59/22.313 - Therm Hydraulics:Power Tech |
| Class | 10.542 - Biochemical Engineering |
| Class | 10.543/5.48/7.88 - Protein Folding& Human Disease |
| Class | 10.551 - System Engineering |
| Class | 10.557 - Mixed-integer & Nonconvex Opt |
| Class | 10.56 - Advanced Topics in Surfactant Science |
| Class | 10.569 - Synthesis of Polymers |
| MIT | 10.626/10.426 - Electrochemical Energy Systems |
| Class | 10.65 - Chemical Reactor Engineering |
| Class | 10.689/10.489 - Modern Concepts in Heterogeneous Catalysis |
| Class | 10.702/7.02 - Intro to Exp Biology & Comm |
| Class | 10.702/7.02 - Intro to Exp Biology & Comm |
| Class | 10.702/7.02 - 7.02-SCICOMM |
| Class | 10.792/2.890/15.792/16.985 - Global Operations Leadership Seminar (LGO) |
| Class | 10.807/15.371 - Innovation Teams |
| Class | 10.807/15.371 - I-Teams: Innovation Teams |
| Class | 10.S95 - Money for Startups (H2) |
IAP 2014
| Access | Class |
|---|---|
| Class | 10.493 - Integrated Chem Eng Topics II |
Fall 2013
| Access | Class |
|---|---|
| Public | 10.01 - Ethics for Engineers |
| Class | 10.10 - Intro to Chem Engineering |
| Class | 10.25 - Process Pathways in Industrial Chemistry |
| Class | 10.28 - Chemical-Biological Engr Lab |
| Class | 10.291/2.65/2.650/10.391/22.081/22.811/ESD.166 - Sustainable Energy and Intro to Sustainable Energy |
| Class | 10.302 - Transport Processes |
| Class | 10.34 - Numerical Methods: Chem Eng |
| Class | 10.391/2.65/2.650/10.291/22.081/22.811/ESD.166 - Sustainable Energy and Intro to Sustainable Energy |
| Class | 10.40 - Chem Engr Thermodynamics |
| Class | 10.424/10.524 - Pharmaceutical Engineering |
| MIT | 10.444/10.644 - Frontiers in Therapeutics |
| Class | 10.467 - Polymer Science Laboratory |
| Class | 10.490 - Integrated Chem Eng I |
| Class | 10.492 - Integrated Chem Eng Topics I |
| Class | 10.492 - 10.492-L03 |
| Class | 10.50 - Analysis:Transport Phenomena |
| Class | 10.524/10.424 - Pharmaceutical Engineering |
| Class | 10.538/20.420 - Biomolecular Kinetics&Cell Dyn |
| Class | 10.539/HST.544/2.795/6.561/20.430 - Fields,Forces,Flows: Biol Sys |
| MIT | 10.546/5.70 - Statistical Thermodynamics |
| Class | 10.547/ESD.691/HST.920/7.547/15.136 - Principles and Practice of Drug Development |
| Public | 10.548/HST.525 - Tumor Pathophysiology |
| Class | 10.55 - Colloid & Surfactant Science |
| Class | 10.585 - Engineering Nanotechnology |
| Class | 10.591 - Case Studies in Bioengineering |
| Class | 10.625/2.625 - Electrochem Energy Storage |
| MIT | 10.644/10.444 - Frontiers in Therapeutics |
| Class | 10.668/3.941 - Statistical Mech of Polymers |
| Class | 10.702/7.02 - Intro to Exp Biology & Comm |
| Class | 10.792/2.890/15.792/16.985 - Global Operations Leadership Seminar (For LGO Students) |
| Class | 10.806/2.96/6.930/16.653 - Management in Engineering |
| Class | 10.807/15.371 - Innovation Teams |
| Class | 10.817/1.84/12.807 - Atmospheric Chemistry |
| MIT | 10.990 - Intro: Chem Eng Research |
| Class | 10.A22 - Engineering, Science, the |
| Class | 10.S95 - Topics in Applied Microfluidics |
Spring 2013
| Access | Class |
|---|---|
| Class | 10.10 - Intro Chem Engineering |
| Class | 10.213 - Chem & Bio Engr Thermodynamics |
| Class | 10.26/10.27/10.29 - Chemical, Energy, and Biological Engineering Project Laboratories |
| Class | 10.301 - Fluid Mechanics |
| Class | 10.32 - Separation Processes |
| Class | 10.333/1.021/3.021/22.00 - Intro to Modeling & Simulation |
| Class | 10.37 - Chemical Kinetics & Reactors |
| MIT | 10.426/10.626 - Electrochemical Energy Systems |
| Class | 10.43 - Intro: Interfacial Phenomena |
| Class | 10.441/7.37/20.361 - Molec & Engr Aspects Biotech |
| Class | 10.450 - Process Dynamics, Opers, Ctrl |
| Class | 10.491 - Integrated Chem Eng II |
| Class | 10.494 - Integrated Chem Eng Topics III |
| Class | 10.543/5.48/7.88 - Protein Folding& Human Disease |
| Class | 10.551 - System Engineering |
| Class | 10.557 - Mixed-integer & Nonconvex Opt |
| Class | 10.569 - Synthesis of Polymers |
| MIT | 10.626/10.426 - Electrochemical Energy Systems |
| Class | 10.65 - Chemical Reactor Engineering |
| Class | 10.652/5.68 - Kinetics of Chemical Reactions |
| Class | 10.702/7.02 - Intro to Exp Biology & Comm |
| Class | 10.74/2.58 - Radiative Transfer |
| Class | 10.792/2.890/15.792/16.985 - Global Operations Leadership Seminar |
| Class | 10.807/15.371 - Innovation Teams |
| MIT | 10.971 - Sem-Fl Mech & Trans Phen |
| Class | 10.973 - Bioengineering |
| Class | 10.S95 - Ideas to Impact: Foundations for Commercializing Technological Advance |
IAP 2013
| Access | Class |
|---|---|
| Class | 10.493 - Integrated Chem Eng Topics II |
Fall 2012
| Access | Class |
|---|---|
| Class | 10.10 - Intro Chem Engineering |
| Class | 10.25 - Industrial Chemistry |
| Class | 10.28 - Chemical-Biological Engr Lab |
| Class | 10.291/2.650/22.081/22.811 - Sustainable Energy and Intro to Sustainable Energy |
| Class | 10.302 - Transport Processes |
| Class | 10.34 - Numerical Methods: Chem Eng |
| Class | 10.40 - Chem Engr Thermodynamics |
| MIT | 10.444/10.644 - Frontiers in Therapeutics |
| Class | 10.466/10.566 - Structure of Soft Matter |
| Class | 10.467 - Polymer Science Laboratory |
| Class | 10.490 - Integrated Chem Eng I |
| Class | 10.492 - Integrated Chem Eng Topics I |
| Class | 10.494 - Ethics |
| Class | 10.50 - Analysis:Transport Phenomena |
| Class | 10.538/20.420 - Biomolecular Kinetics&Cell Dyn |
| Class | 10.539/HST.544/2.795/6.561/20.430 - Fields,Forces,Flows: Biol Sys |
| Class | 10.546/5.70 - Statistical Thermodynamics |
| Class | 10.547/ESD.691/HST.920/7.547/15.136 - Principles and Practice of Drug Development |
| Class | 10.566/10.466 - Structure of Soft Matter |
| Class | 10.585 - Engineering Nanotechnology |
| Class | 10.586 - Crystallization Sci & Tech |
| Class | 10.591 - Case Studies in Bioengineering |
| Class | 10.625/2.625 - Electrochem Energy Storage |
| MIT | 10.644/10.444 - Frontiers in Therapeutics |
| Class | 10.668/3.941 - Statistical Mechanics of Polymers |
| Class | 10.702/7.02 - Intro to Exp Biology & Comm |
| Class | 10.792/2.890/15.792/16.985 - Global Operations Leadership Seminar (for LGO Students) |
| Class | 10.806/2.96/6.930/16.653 - Management in Engineering |
| Class | 10.807/15.371 - Innovation Teams |
| Class | 10.817/1.84/12.807 - Atmospheric Chemistry |
| MIT | 10.971 - Doyle and McKinley Group Meeting |
| MIT | 10.990 - Intro: Chem Eng Research |
| MIT | 10.EPE/1.EPE/2.EPE/3.EPE/6.EPE/16.EPE/22.EPE - UPOP Summer Practice Exp |
Spring 2012
| Access | Class |
|---|---|
| Class | 10.03/10.53 - Advances in Biomanufacturing |
| MIT | 10.04/CC.114/24.114 - Philosophcal History of Energy |
| Class | 10.10 - Intro Chem Engineering |
| Class | 10.213 - Chem & Bio Engr Thermodynamics |
| Class | 10.26/10.27/10.29 - Chemical, Energy, and Biological Engineering Project Laboratories |
| Class | 10.301 - Fluid Mechanics |
| Class | 10.32 - Separation Processes |
| Class | 10.333/1.021/3.021/22.00 - Intro to Modeling & Simulation |
| MIT | 10.37 - Chemical Kinetics & Reactors |
| Class | 10.392/2.60/2.62/3.64/22.40 - Fundamentals of Advanced Energy Conversion |
| Public | 10.426/10.626 - Electrochemical Energy Systems |
| Class | 10.441/7.37/20.361 - Molec & Engr Aspects Biotech |
| Class | 10.450 - Process Dynamics, Operations, and Control |
| Class | 10.467 - Polymer Science Laboratory |
| MIT | 10.491 - Integrated Chem Eng II |
| MIT | 10.494 - Integrated Chem Eng Topics III |
| Class | 10.53/10.03 - Advances in Biomanufacturing |
| Class | 10.531/2.341 - Macromolecular Hydrodynamics |
| Class | 10.536/2.59/22.313 - Therm Hydraulics:Power Tech |
| Class | 10.542 - Biochemical Engineering |
| Class | 10.543/5.48/7.88 - Protein Folding& Human Disease |
| Class | 10.551 - Systems Engineering |
| Class | 10.557 - Mixed-integer & Nonconvex Opt |
| Class | 10.56 - Advanced Topics in Surfactant Science |
| Class | 10.569 - Synthesis of Polymers |
| Public | 10.626/10.426 - Electrochemical Energy Systems |
| Class | 10.65 - Chemical Reactor Engineering |
| Class | 10.702/7.02 - Intro to Exp Biology & Comm |
| Class | 10.702/7.02 - SciComm |
| Class | 10.792/2.890/15.792/16.985 - Global Operations Leadership Seminar (LGO) |
| Class | 10.807/15.371 - Innovation Teams |
| Class | 10.S95 - Modern Concepts in Heterogeneous Catalysis |
IAP 2012
| Access | Class |
|---|---|
| Class | 10.493 - Integrated Chem Eng Topics II |
Fall 2011
| Access | Class |
|---|---|
| Class | 10.10 - Intro Chem Engineering |
| Class | 10.25 - Industrial Chemistry and Chemical Process Pathways |
| Class | 10.28 - Chemical-Biological Engineering Lab |
| Class | 10.291/2.650/22.081/22.811 - Sustainable Energy |
| Class | 10.302 - Transport Processes |
| Class | 10.34 - Numerical Methods Applied to Chem. Eng. |
| Class | 10.40 - Chem Engr Thermodynamics |
| Class | 10.424/10.524 - Pharmaceutical Engineering |
| MIT | 10.444/10.644 - Frontiers in Therapeutics |
| Class | 10.490 - Integrated Chem Eng I |
| MIT | 10.492 - Integrated Chem Eng Topics I |
| Class | 10.50 - Analysis:Transport Phenomena |
| Class | 10.524/10.424 - Pharmaceutical Engineering |
| Class | 10.538/20.420 - Biomolecular Kinetics&Cell Dyn |
| Class | 10.539/HST.544/2.795/6.561/20.430 - Fields,Forces,Flows: Biol Sys |
| Class | 10.544 - Metabolic & Cell Engineering |
| Class | 10.546/5.70 - Statistical Thermodynamics |
| Class | 10.547/ESD.691/HST.920/7.547/15.136 - Principles and Practice of Drug Development |
| Class | 10.548/HST.525 - Tumor Pathophysiology |
| Class | 10.55 - Colloid & Surfactant Science |
| MIT | 10.552 - Adv Systems Engineering |
| Class | 10.585 - Engineering Nanotechnology |
| Class | 10.625/2.625 - Electrochem Energy Storage |
| MIT | 10.644/10.444 - Frontiers in Therapeutics |
| Class | 10.702/7.02 - Intro to Exp Biology & Comm |
| Class | 10.702/7.02 - 7.02 SCICOMM |
| Class | 10.792/2.890/15.792/16.985 - Global Operations Leadership Seminar (LGO) |
| Class | 10.806/2.96/2.961/6.930/13.52/16.653/22.002 - Management in Engineering |
| Class | 10.807/15.371 - Innovation Teams |
| Class | 10.817/1.84/12.807 - Atmospheric Chemistry |
| Class | 10.990 - Intro: Chem Eng Research |
Spring 2011
| Access | Class |
|---|---|
| Class | 10.10 - Intro Chem Engineering |
| Class | 10.213 - Chem Engr Thermodynamics |
| Class | 10.26/10.27/10.29 - Chemical, Energy, and Biological Engineering Project Laboratories |
| Class | 10.301 - Fluid Mechanics |
| Class | 10.32 - Separation Processes |
| Class | 10.333/1.021/3.021/22.00 - Intro to Modeling & Simulation |
| Class | 10.37 - Chemical Kinetics & Reactors |
| Class | 10.43 - Introduction to Interfacial Phenomena |
| Class | 10.441/7.37/20.361 - Molec & Eng Aspects of Biotech |
| Class | 10.450 - Process Dynamics, Opers, Ctrl |
| Class | 10.491 - Integrated Chem Eng II |
| Class | 10.494 - Integrated Chem Eng Topics III |
| Class | 10.494-L03 - 10.494-L03 |
| Class | 10.495/10.595 - Design & Development of Immunotherapies |
| Class | 10.536/2.59/22.313 - Therm Hydraulics in Power Technology |
| Class | 10.543/5.48/7.88 - Protein Folding & Human Disease |
| Class | 10.551 - System Engineering |
| Class | 10.557 - Mixed-integer & Nonconvex Opt |
| Class | 10.569 - Synthesis of Polymers |
| Class | 10.595/10.495 - Design & Development of Immunotherapies |
| MIT | 10.626 - Electrochemical Energy Systems |
| Class | 10.65 - Chemical Reactor Engineering |
| Class | 10.702/7.02 - Intro to Exp Biology & Comm |
| Class | 10.74/2.58 - Radiative Transfer |
| Class | 10.792/2.890/3.80/15.792/16.985 - Global Operations Leadership Seminar |
| Class | 10.805/1.802/1.812/11.022 - Regulation of Chems, Rad'n & Biotech |
| Class | 10.807/15.371 - Innovation Teams |
| Class | 10.973 - Bioengineering |
IAP 2011
| Access | Class |
|---|---|
| Class | 10.493 - Integrated Chem Eng Topics II |
| Class | 10.493A - ICE Module, Biofuels and Bioenergy |
Fall 2010
| Access | Class |
|---|---|
| Class | 10.10 - Intro Chem Engineering |
| Class | 10.25 - Industrial Chemistry |
| Class | 10.28 - Chemical-Biological Engr Lab |
| Class | 10.291/2.650/22.081/22.811 - Sustainable Energy |
| Class | 10.302 - Transport Processes |
| Class | 10.34 - Numerical Methods: Chem Eng |
| Class | 10.40 - Chem Engr Thermodynamics |
| Class | 10.467 - Polymer Science Lab |
| Class | 10.490 - Integrated Chem Eng I |
| Class | 10.492 - Integrated Chem Eng Topics I |
| Class | 10.50 - Analysis of Transport Phenomena |
| Class | 10.537/2.798/3.971/6.524/20.410 - Molecular, Cell, & Tissue Biomechanics |
| Class | 10.538/20.420 - Biomolecular Kinetics & Cellular Dynamics |
| Class | 10.539/HST.544/2.795/6.561/20.430 - Fields,Forces,Flows: Biol Sys |
| MIT | 10.546/5.70 - Statistical Thermodynamics |
| Public | 10.547/ESD.691/HST.920/7.547/15.136 - Princ& Practice:Drug Developmt |
| Class | 10.547J/7.547J/15.136J/ESD.691J/HST.920J - MIT Principles and Practice of Drug Development - Fall 2010 |
| Class | 10.585 - Engineering Nanotechnology |
| Class | 10.591 - Case Studies in Bioengineering |
| Class | 10.625/2.625 - Electrochem Energy Storage |
| Class | 10.702/7.02 - Intro to Exp Biology & Comm |
| Class | 10.792/2.890/3.80/15.792/16.985 - Global Operations Leadership Seminar (for LGO Students) |
| Class | 10.807/15.371 - Innovation Teams |
| Class | 10.817/1.84/12.807 - Atmospheric Chemistry |
| Class | 10.973 - Bioengineering |
| Class | 10.990 - Intro: Chem Eng Research |
Summer 2010
| Access | Class |
|---|---|
| Class | 10.551 - System Engineering |
| Class | 10.65 - Chemical Reactor Engineering |
Spring 2010
| Access | Class |
|---|---|
| Public | 10.04/24.114 - Philosophical History of Energy |
| Class | 10.10 - Intro Chem Engineering |
| Class | 10.191/5.92 - Projects in Energy |
| Class | 10.213 - Chem Engr Thermodynamics |
| Class | 10.26/10.29 - Chemical and Biological Engineering Projects Laboratory |
| Class | 10.301 - Fluid Mechanics |
| Class | 10.32 - Separation Processes |
| Class | 10.333/1.021/3.021/22.00 - Intro to Modeling & Simulation |
| Class | 10.37 - Chemical & Biological Reaction Engineering |
| Class | 10.442/10.542 - Biochemical Engineering |
| Class | 10.450 - Process Dynamics, Opers, Ctrl |
| Class | 10.491 - Integrated Chem Eng II |
| Class | 10.494 - Integrated Chem Eng Topics III |
| Class | 10.495/10.595 - Design & Dvpmt Immunotherapies |
| MIT | 10.531/2.341 - Macromolecular Hydrodynamics |
| Class | 10.542/10.442 - Biochemical Engineering |
| Class | 10.543/5.48/7.88 - Protein Folding & Human Disease |
| Class | 10.551 - System Engineering |
| Class | 10.571/12.306/12.806 - Atmospheric Physics & Chem |
| Class | 10.595/10.495 - Design & Dvpmt Immunotherapies |
| Class | 10.626 - Electrochemical Energy Systems |
| Class | 10.65 - Chemical Kinetics and Reaction Engineering |
| Class | 10.652/5.68 - Kinetics of Chemical Reactions |
| Class | 10.668/3.941 - Statistical Mechanics of Polymers |
| Class | 10.702/7.02 - Intro to Exp Biology & Comm |
| Class | 10.792/2.890/3.80/15.792/16.985 - Proseminar in Manufacturing |
| MIT | 10.807/15.371 - Innovation Teams |
| Class | 10.973 - Bioengineering |
IAP 2010
| Access | Class |
|---|---|
| Class | 10.493 - Integrated Chem Eng Topics II |
| Class | 10.493A - ICE Module, Biofuels and Bioenergy |
Fall 2009
| Access | Class |
|---|---|
| Class | 10.10 - Intro Chem Engineering |
| Class | 10.25 - Industrial Chemistry |
| Class | 10.28 - Chemical-Biological Engr Lab |
| Class | 10.302 - Transport Processes |
| Class | 10.34 - Numerical Methods: Chem Eng |
| Class | 10.391/1.818/2.65/11.371/22.081/22.811/ESD.166 - Sustainable Energy |
| Class | 10.40 - Chem Engr Thermodynamics |
| Class | 10.467 - Polymer Science Lab |
| Class | 10.490 - Integrated Chem Eng I |
| Class | 10.492 - Integrated Chem Eng Topics I |
| Class | 10.50 - Analysis: Transport Phenomena |
| Class | 10.538/20.420 - Biomolecular Kinetics and Cell Dynamics |
| Class | 10.539/HST.544/2.795/6.561/20.430 - Fields, Forces, and Flows in Biological Systems |
| Class | 10.546/5.70 - Statistical Thermodynamics |
| MIT | 10.547/ESD.691/HST.920/7.547/15.136 - Fall 2009 - Principles and Practice of Drug Development |
| Class | 10.548/HST.525 - Tumor Pathophysiology & Transport Phenomena |
| Class | 10.585 - Engineering Nanotechnology |
| MIT | 10.702/7.02 - Intro to Exp Biology & Comm |
| Class | 10.792/2.890/3.80/15.792/16.985 - Proseminar in Manufacturing |
| Class | 10.806/2.96/6.930/16.653 - Management in Engineering |
| MIT | 10.807/15.371 - Innovation Teams |
| Class | 10.990 - Intro: Chem Eng Research |
Summer 2009
| Access | Class |
|---|---|
| Class | 10.551 - System Engineering |
| Class | 10.65 - Chemical Reactor Engineering |
Spring 2009
| Access | Class |
|---|---|
| Class | 10.10 - Intro Chem Engineering |
| Class | 10.213 - Chem Engr Thermodynamics |
| Class | 10.26/10.29 - Chemical and Biological Engineering Projects Laboratory |
| Class | 10.301 - Fluid Mechanics |
| Class | 10.32 - Separation Processes |
| Class | 10.333/1.021/3.021/22.00 - Intro to Modeling & Simulation |
| Class | 10.37 - Chemical Kinetics & Reactors |
| Class | 10.441/7.37/20.361 - Molec & Eng Aspects of Biotech |
| Class | 10.491 - Integrated Chem Eng II |
| Class | 10.494 - Integrated Chem Eng Topics III |
| Class | 10.536/2.59/22.313 - Therm Hydraulics:Power Tech |
| Class | 10.537/2.798/3.971/6.524/20.410 - Molecular, Cellular, and Tissue Biomechanics |
| Class | 10.543/5.48/7.88 - Protein Folding & Human Disease |
| Class | 10.551 - Systems Engineering |
| Class | 10.571/12.306/12.806 - Atmospheric Physics & Chem |
| MIT | 10.584/2.373/3.48/6.778/16.288 - 2.373/3.48/6.778/10.584/16.288 |
| Class | 10.595 - Design & Dvpmt Immunotherapies |
| Class | 10.65 - Chemical Reactor Engineering |
| Class | 10.702/7.02 - Introduction to Experimental Biology and Communication |
| MIT | 10.702/7.02 - 7.02-SCICOMM |
| Class | 10.74/2.58 - 2.58J |
| Class | 10.792/2.890/3.80/15.792/16.985 - Proseminar in Manufacturing |
| Class | 10.807/15.371 - Innovation Teams |
| Class | 10.816/ESD.72/1.155/2.963/3.577/6.938/16.862/22.82 - Engr Risk-Benefit Analysis |
| Class | 10.95 - Mathematical Modeling of Electrochemical Energy Systems |
IAP 2009
| Access | Class |
|---|---|
| Class | 10.493 - Integrated Chem Eng Topics II |
Fall 2008
| Access | Class |
|---|---|
| Class | 10.10 - Intro Chem Engineering |
| Class | 10.25 - Industrial Chemistry |
| Class | 10.28 - Chemical-Biological Engr Lab |
| MIT | 10.302 - Transport Processes |
| Class | 10.34 - Numerical Methods: Chem Eng |
| Public | 10.391/ESD.166/1.818/2.65/11.371/22.811 - Sustainable Energy |
| Class | 10.40 - Chemical Engineering Thermodynamics |
| Class | 10.467 - Polymer Science Lab |
| Class | 10.490 - Integrated Chem Eng I |
| Class | 10.492 - Integrated Chem Eng Topics I |
| Class | 10.50 - Analysis:Transport Phenomena |
| Class | 10.538/20.420 - Biomolecular Kinetics and Cellular Dynamics |
| Class | 10.539/HST.544/2.795/6.561/20.430 - Fields,Forces,Flows: Biol Sys |
| Class | 10.544 - Metabolic & Cell Engineering |
| MIT | 10.546/5.70/20.465 - Statistical Thermodynamics with Biological Applications |
| MIT | 10.547/ESD.691/HST.920/7.547/15.136 - Fall 2008 - MIT Principles and Practice of Drug Development |
| Class | 10.579/ESD.174/1.149/2.63/5.00/22.813 - Applic of Tech Energy & Envir |
| Class | 10.585 - Engineering Nanotechnology |
| MIT | 10.591 - Case Studies in Bioengineering |
| Class | 10.625/2.625 - Electrochem Sys Fund Mat Appli |
| MIT | 10.702/7.02 - Intro to Exp Biology & Comm |
| Class | 10.792/2.890/3.80/15.792/16.985 - Proseminar in Manufacturing |
| MIT | 10.806/2.96/2.961/6.930/16.653 - Management in Engineering |
| Class | 10.807J/15.371 - Innovation Teams |
| MIT | 10.990 - Intro: Chem Eng Research |
Spring 2008
| Access | Class |
|---|---|
| Public | 10.04/24.114 - Philosophcal History of Energy |
| Class | 10.10 - Intro Chem Engineering |
| Class | 10.213 - Chem Eng Thermodynamics |
| Class | 10.26 - Chem and Biol Eng Project Lab |
| Class | 10.301 - Fluid Mechanics |
| Class | 10.32 - Separation Processes |
| Class | 10.333/1.021/3.021/18.361/22.00 - Introduction to Modeling and Simulation |
| Class | 10.37 - Chemical Kinetics & Reactors |
| Class | 10.391/ESD.166/1.818/2.65/11.371/22.811 - Sustainable Energy |
| Class | 10.491 - Integrated Chem Eng II |
| Class | 10.494 - Integrated Chemical Engineering Topics III |
| Class | 10.531/2.341 - Macromolecular Hydrodynamics |
| Class | 10.537/2.798/3.971/6.524/20.410 - Molecular Cell Tissue Biomechs |
| MIT | 10.540 - Intracellular Dynamics |
| Class | 10.551 - System Engineering |
| Class | 10.557 - Mixed-integer & Nonconvex Opt |
| Class | 10.571/12.306/12.806 - Atmospheric Physics & Chemstry |
| Class | 10.584/2.373/3.48/6.778/16.288 - Materls Procss Microelec Devic |
| MIT | 10.65 - Chemical Reactor Engineering |
| MIT | 10.702/7.02 - Intro to Experimental Biology & Scientific Communication |
| Class | 10.792/2.890/3.80/15.792/16.985 - Proseminar in Manufacturing |
| Class | 10.807/15.371 - Innovation Teams |
| Class | 10.816/ESD.72/1.155/2.963/3.577/6.938/16.862/22.82 - Engineering Risk-Benefit Analysis |
IAP 2008
| Access | Class |
|---|---|
| Class | 10.493 - Integrated Chem Eng Topics II |
Fall 2007
| Access | Class |
|---|---|
| Class | 10.10 - Intro Chem Engineering |
| Class | 10.28 - Chemical-Biological Engr Lab |
| Class | 10.302 - Transport Processes |
| Class | 10.34 - Numerical Methods: Chem Eng |
| Class | 10.40 - Chem Eng Thermodynamics |
| Class | 10.467 - Polymer Science Lab |
| Class | 10.490 - Integrated Chem Eng I |
| Class | 10.492 - Integrated Chemical Engineering (ICE) II |
| Class | 10.50 - Analysis of Transport Phenomena |
| Class | 10.538/20.420 - Biomolecular Kinetics&Cell Dyn |
| Class | 10.539/HST.544/2.795/6.561/20.430 - Fields,Forces,Flows: Biol Sys |
| MIT | 10.543/5.48/7.24/7.88 - Protein Folding Problem |
| MIT | 10.546/5.70/20.465 - Stat Thermodyn w Bio Applctns |
| MIT | 10.547/HST.920/7.547/15.136 - MIT Principles and Practice of Drug Development - Fall 2007 |
| Public | 10.548/HST.525 - Tumor Pathophysiology and Transport Phenomena: A Systems Biology Approach |
| Class | 10.579/ESD.174/1.149/2.63/5.00/22.813 - Applications of Technology in Energy and the Environment |
| Class | 10.702/7.02 - Intro to Experimental Biology & Communication |
| MIT | 10.806/2.96/2.961/6.930/16.653 - Management in Engineering |
| Class | 10.807/15.371 - Innovation Teams |
| Public | 10.96 - Case Studies in Bioengineering |
| MIT | 10.990 - Intro: Chem Eng Research |
Summer 2007
| Access | Class |
|---|---|
| MIT | 10.551 - 10.551 |
| Class | 10.65 - Chemical Reaction Engineering |
Spring 2007
| Access | Class |
|---|---|
| Public | 10.04 - Energy: Intellectual History |
| Class | 10.10 - Introduction to Chemical Engineering |
| Class | 10.213 - Chem Eng Thermodynamics |
| Class | 10.26 - Chem Eng Project Lab |
| Class | 10.301 - Fluid Mechanics |
| Class | 10.32 - Separation Processes |
| Class | 10.37 - Chemical Kinetics & Reactor Design |
| Class | 10.393 - Multiscale Analysis of Advanced Energy Processes |
| MIT | 10.441/7.37/20.361 - Molecular & Engineering Aspects of Biotechnology |
| Class | 10.442/10.542 - Biochemical Engineering |
| MIT | 10.450 - Process Dynamics, Opers, Ctrl |
| MIT | 10.491 - Integrated Chem Eng II |
| Class | 10.494 - Integrated Chem Eng Topics III |
| Class | 10.494 - Integrated Chem Eng Topics IV (Multiphase Reactor Analysis & Design) |
| Class | 10.536/2.59/22.313 - Therm Hydraulics:Power Tech |
| Class | 10.537/2.798/3.971/6.524/20.410 - Molecular, Cellular, and Tissue Biomechanics |
| Class | 10.542/10.442 - Biochemical Engineering |
| Class | 10.551 - Systems Engineering |
| MIT | 10.571/12.306/12.806 - 10.571/12.306/12.806 Atmospheric Physics & Chemstry |
| Class | 10.581/3.048/3.52 - 3.048/3.52J |
| Class | 10.584/2.373/3.48/6.778/16.288 - Materials and Processes for Microelectromechanical Devices and Systems |
| Class | 10.65 - Chemical Reactor Engineering |
| Class | 10.702/7.02 - Experimental Biology: Writing Sections |
| Class | 10.805/ESD.136 - Technology, Law, & Work Envir |
| Class | 10.807/15.371 - Innovation Teams |
IAP 2007
| Access | Class |
|---|---|
| Class | 10.28L - Biological Engineering Laboratory |
| Class | 10.391/ESD.166/1.818/2.65/11.371/22.811 - Sustainable Energy |
| Class | 10.493 - Process Characterization Using Statistical Experimental Design |
Fall 2006
| Access | Class |
|---|---|
| Class | 10.10 - Intro Chem Engineering |
| Class | 10.28 - Biological Engineering Lab |
| Class | 10.302 - Transport Processes |
| MIT | 10.34 - Numerical Methods: Chem Eng |
| MIT | 10.40 - Chem Eng Thermodynamics |
| Class | 10.467 - Polymer Science Lab |
| Class | 10.490 - Integrated Chem Eng I |
| Class | 10.492 - Integrated Chem Eng Topics I |
| Class | 10.50 - Analysis of Transport Phenomena |
| Class | 10.538/20.420 - Biomolecular Kinetics&Cell Dyn |
| Class | 10.539/HST.544/2.795/6.561/20.430 - Fields,Forces,Flows: Biol Sys |
| MIT | 10.546/5.70/20.465 - Stat Thermodyn w bio applctns |
| Class | 10.579/ESD.174/1.149/2.63/5.00/22.813 - Appl Technology Energy & Envir |
| Class | 10.702/7.02 - IntroExp Biology/Communication |
| Public | 10.806/2.96/6.930/16.653 - Management in Engineering |
| Class | 10.807/2.962/15.371 - Innovation Teams |
| MIT | 10.990 - Intro: Chem Eng Research |
Spring 2006
| Access | Class |
|---|---|
| Class | 10.010/BE.010/2.790/3.002/6.025/7.38 - Intro to Bioeng |
| Public | 10.06/ESD.032/1.002/3.001/22.001 - Communicating in Technical Organizations: Colossal Failures in Engineering |
| Class | 10.10 - Introduction to Chemical Engineering |
| Class | 10.213 - Chem Eng Thermodynamics |
| Class | 10.22 - Molecular Engineering |
| Class | 10.26 - Chem Eng Project Lab |
| Class | 10.301 - Fluid Mechanics |
| Class | 10.32 - Separation Processes |
| MIT | 10.333/HST.558/1.021/2.088/3.021/18.361/22.00 - Intro to Modelng & Simulation |
| Class | 10.37 - Chemical Kinetics & Reactors |
| Class | 10.391/ESD.166/1.818/2.65/11.371/22.811 - Sustainable Energy |
| Class | 10.441/BE.361/7.37 - Molecular & Engineering Aspects of Biotechnology |
| MIT | 10.450 - Process Dynamics, Opers, Ctrl |
| Class | 10.491 - Integrated Chem Eng II |
| Class | 10.494 - Mammalian Cell Biotechnology or Process Dynamics and Control |
| MIT | 10.494-2 - 10.494-2 |
| Class | 10.537/BE.410/2.798/3.971/6.524 - Molec, Cell, & Tissue Biomechs |
| Class | 10.551 - System Engineering |
| Class | 10.571/12.306/12.806 - Atmospheric Physics & Chemstry |
| Class | 10.581/3.048/3.52 - Advanced Materials Processing |
| Class | 10.584/2.373/3.48/6.778/16.288 - Materls Procss Microelec Devic |
| MIT | 10.65 - Chemical Reactor Engineering |
| Class | 10.652/5.68 - Kinetics of Chemical Reactions |
| Class | 10.702/7.02 - IntroExp Biology/Communication |
| Public | 10.74/2.58 - Radiative Transfer |
| Class | 10.807/2.962/15.371 - Innovation Teams |
IAP 2006
| Access | Class |
|---|---|
| Class | 10.493 - Integrated Chem Eng Topics II |
Fall 2005
| Access | Class |
|---|---|
| Class | 10.10 - Intro Chem Engineering |
| Class | 10.213 - Chem Eng Thermodynamics |
| Class | 10.28 - Biological Engineering Lab |
| Class | 10.302 - Transport Processes |
| Public | 10.34 - Numerical Methods Applied to Chemical Engineering |
| Class | 10.40 - Chemical Engineering Thermodynamics |
| Class | 10.467 - Polymer Science Lab |
| Class | 10.492 - Integrated Chem Eng Topics I |
| Class | 10.50 - Analysis of Transport Phenomena |
| Class | 10.538/BE.420 - Biomolecular Kinetics & Cellular Dynamics |
| Class | 10.539/BE.430/HST.544/2.795/6.561 - Fields, Forces and Flows in Biological Systems |
| Class | 10.548/HST.525 - Tum.Path.&Trans.Phen-Sys.Bio. |
| Class | 10.579/ESD.174/1.149/2.63/5.00/22.813 - 1.149/10.579/2.63/22.813/5.00/ESD.174 |
| MIT | 10.806/2.96/6.930/16.653 - Management in Engineering |
| Class | 10.807/2.962/15.371 - Innovation Teams |
| Class | 10.990 - Intro: Chem Eng Research |
Spring 2005
| Access | Class |
|---|---|
| Class | 10.010/BE.010/2.790/6.025/7.38 - Intro to Bioengineering |
| Class | 10.10 - Intro Chem Engineering |
| Class | 10.26 - Chemical Eng Projects Lab / Biological Eng Projects Lab |
| Class | 10.29 - Bio Eng Projects Lab |
| Class | 10.301 - Fluid Mechanics |
| Class | 10.32 - Separation Processes |
| MIT | 10.333/HST.558/1.021/2.030/3.021/18.361/22.00 - Introduction to Modeling and Simulation |
| Class | 10.37 - Chemical Kinetics & Reactors |
| Class | 10.442/10.542 - Biochemical Engineering |
| Class | 10.450 - Process Dynamics, Opers, Ctrl |
| Class | 10.491 - Integrated Chemical Engineering II |
| Class | 10.537/BE.410/2.798/3.971/6.524 - Molec, Cell, & Tissue Biomechs |
| Class | 10.542/10.442 - Biochemical Engineering |
| Class | 10.551 - System Engineering |
| Class | 10.581/3.52 - Materials Processing |
| Class | 10.584/2.373/3.48/6.778/16.288 - Materls Procss Microelec Devic |
| Class | 10.65 - Chemical Reactor Engineering |
| Class | 10.668/3.941 - Statistical Mechanics of Polymers |
| Class | 10.702/7.02 - Introductory Experimental Biology and Communication |
| Class | 10.807/2.937/15.371 - Innovation Teams |
IAP 2005
| Access | Class |
|---|---|
| Class | 10.493 - Integrated Chem Eng Topics II |
Fall 2004
| Access | Class |
|---|---|
| Class | 10.10 - Introduction to Chemical Engineering |
| MIT | 10.213 - Chemical Engineering Thermodynamics |
| Class | 10.28 - Biological Engineering Lab |
| Class | 10.302 - Transport Processes |
| MIT | 10.34 - Numerical Methods: Chemical Engineering |
| Class | 10.467 - Polymer Science Lab |
| Class | 10.492 - Integrated Chemical Engineering |
| Class | 10.50 - Analysis of Transport Phenomena |
| Class | 10.538/BE.420 - Biomolecular Kinetics&Cell Dyn |
| Class | 10.539/BE.430/HST.544/2.795/6.561 - Fields, Forces, and Flows in Biological Systems |
| Class | 10.579/ESD.174/1.149/2.63/5.00/22.813 - Appl Technology Energy & Envir |
| MIT | 10.806/2.96/6.930/13.52/16.653 - Management in Engineering |
| Public | 10.807/2.937/15.371 - Innovation Teams |
| Class | 10.990 - Intro: Chem Eng Research |
Spring 2004
| Access | Class |
|---|---|
| Class | 10.002/13.002 - Introduction to Numerical Analysis for Engineering |
| Class | 10.10 - Intro Chem Engineering |
| Class | 10.22 - Molecular Engineering |
| Class | 10.26 - Chem Eng Project Lab |
| Class | 10.301 - Fluid Mechanics |
| Class | 10.32 - Separation Processes |
| MIT | 10.333/HST.558/1.021/2.030/3.021/18.361/22.00 - Introduction to Modeling and Simulation |
| Class | 10.37 - Chemical and Biological Reaction Engineering |
| Class | 10.441/BE.361/7.37 - Molec & Eng Aspects of Biotech |
| Class | 10.450 - Process Dynamics, Operations, and Control |
| Class | 10.491 - Integrated Chem Eng II |
| Class | 10.494 - Integrated Chem Eng Topics III |
| Class | 10.531/2.341 - Macromolecular Hydrodynamics |
| Class | 10.537/BE.410/2.798/6.524 - Molec, Cell, & Tissue Biomechs |
| Class | 10.551 - Systems Engineering |
| Class | 10.555/HST.940 - Bioinformatics: Principles, Methods and Applications |
| Class | 10.65 - Chemical Reactor Engineering |
| Class | 10.95 - Fluid Mechanics Revisited |
Fall 2003
| Access | Class |
|---|---|
| Class | 10.10 - Intro Chem Engineering |
| Class | 10.213 - Chem Eng Thermodynamics |
| Class | 10.28 - Biological Engineering Lab |
| Class | 10.302 - Transport Processes |
| MIT | 10.34 - Numerical Methods: Chem Eng |
| Class | 10.467 - Polymer Science Lab |
| Class | 10.492 - Integrated Chem Eng Topics II |
| Class | 10.50 - Analysis:Transport Phenomena |
| MIT | 10.538/BE.420 - Biomolecular Kinetics & Cell Dynamics |
| Class | 10.539/BE.430/HST.544/2.795/6.561 - Fields, Forces, and Flows in Biological Systems |
| Class | 10.990 - Introduction to Chemical Engineering Research |
Spring 2003
| Access | Class |
|---|---|
| Class | 10.10 - Intro Chem Engineering |
| Class | 10.26 - Projects Laboratory |
| MIT | 10.301 - Introduction to Fluid Mechanics |
| MIT | 10.333/HST.558/1.021/2.030/3.021/18.361/22.00 - Introduction to Modeling and Simulation |
| Class | 10.34 - Numerical Methods Applied to Chemical Engineering |
| MIT | 10.37 - Chemical and Biological Reaction Engineering |
| Public | 10.391/ESD.166/1.818/2.65/3.564/22.811 - Sustainable Energy |
| Class | 10.450 - Process Dynamics, Operations, and Control |
| Class | 10.491 - Integrated Chemical Engineering II |
| Class | 10.537/BEH.410/2.798/6.524 - Molecular, Cellular, & Tissue Biomechanics |
| Class | 10.539/BEH.430/HST.544/2.795/6.561 - Fields, Forces, and Flows in Biological Systems |
| Class | 10.551 - Systems Engineering |
| Class | 10.65 - Chemical Reaction Engineering |
| MIT | 10.652/5.68 - Kinetics of Chemical Reactions |
| Public | 10.668/3.941 - Statistical Mechanics of Polymers |
Fall 2002
| Access | Class |
|---|---|
| Public | 10.001 - Introduction to Computer Methods |
| Class | 10.10 - Introduction to Chemical Engineering |
| MIT | 10.213 - Chemical Engineering Thermodynamics |
| Public | 10.25 - Industrial Chemistry and Chemical Process Pathways |
| Public | 10.27 - Chemical Engineering Processes Laboratory |
| Public | 10.302 - Transport Processes |
| Public | 10.34 - Numerical Methods Applied to Chemical Engineering |
| MIT | 10.449 - Cell and Tissue Engineering |
| Public | 10.467 - Polymer Science Laboratory |
| Public | 10.490 - Integrated Chemical Engineering I |
| MIT | 10.492 - Integrated Chemical Engineering Topics I |
| Class | 10.50 - Analysis of Transport Phenomena |
| Class | 10.95 - Uncertainty Analysis of Chemically Reacting Flow Systems |
| Public | 10.990 - Introduction to Chemical Engineering Research |
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Public
Open to all people with Internet access
MIT
Open to all people with a Kerberos account (Certificate required)
Class
Open to enrolled students and others granted access by instructors