# Master of Engineering in Civil and Environmental Engineering

**Source**: https://catalog.mit.edu/degree-charts/master-civil-environmental-engineering-course-1p/
**Parent**: https://catalog.mit.edu/schools/

[Department of Civil and Environmental Engineering](https://catalog.mit.edu/schools/engineering/civil-environmental-engineering/#master-science-civil-engineering)

|  |  |  |
| --- | --- | --- |
| Climate, Environment, and Sustainability Track Requirements | |  |
| *Select three of the following core subjects:* | | 36 |
| [1.65](https://catalog.mit.edu/search/?P=1.65 "1.65") | Atmospheric Boundary Layer Flows and Wind Energy |  |
| [1.670[J]](https://catalog.mit.edu/search/?P=1.670 "1.670[J]") | Energy Systems for Climate Change Mitigation |  |
| [1.771](https://catalog.mit.edu/search/?P=1.771 "1.771") | Global Change Science |  |
| [1.800](https://catalog.mit.edu/search/?P=1.800 "1.800") | Chemicals in the Environment |  |
| [1.811[J]](https://catalog.mit.edu/search/?P=1.811 "1.811[J]") | Environmental Law, Policy, and Economics: Pollution Prevention and Control |  |
| [1.845](https://catalog.mit.edu/search/?P=1.845 "1.845") | Introduction to the Terrestrial Carbon Cycle and Ecosystem Ecology |  |
| [1.861](https://catalog.mit.edu/search/?P=1.861 "1.861") | Physics and Engineering of Renewable Energy Systems |  |
| [1.C51](https://catalog.mit.edu/search/?P=1.C51 "1.C51") | Machine Learning for Sustainable Systems |  |
| [6.C51](https://catalog.mit.edu/search/?P=6.C51 "6.C51") & [1.C51](https://catalog.mit.edu/search/?P=1.C51 "1.C51") | Modeling with Machine Learning: from Algorithms to Applications and Machine Learning for Sustainable Systems |  |
| Restricted Elective | | 12 |
| Select one 12-unit Civil and Environmental Engineering subject | |  |
| Unrestricted Electives | | 18 |
| Thesis | |  |
| [1.THG](https://catalog.mit.edu/search/?P=1.THG "1.THG") | Graduate Thesis | 24 |
| Total Units | | 90 |

[Department of Civil and Environmental Engineering](https://catalog.mit.edu/schools/engineering/civil-environmental-engineering/#master-science-civil-engineering)

|  |  |  |
| --- | --- | --- |
| Data Science for Engineering Systems Track Requirements | |  |
| [1.577](https://catalog.mit.edu/search/?P=1.577 "1.577") | Data-Centric Engineering Studio | 12 |
| *Select at least 18 units from the following subjects:* | | 18 |
| [1.121[J]](https://catalog.mit.edu/search/?P=1.121 "1.121[J]") | Advancing Mechanics and Materials via Machine Learning |  |
| [1.125](https://catalog.mit.edu/search/?P=1.125 "1.125") | Architecting and Engineering Software Systems |  |
| [1.275[J]](https://catalog.mit.edu/search/?P=1.275 "1.275[J]") | Business and Operations Analytics |  |
| [6.C51](https://catalog.mit.edu/search/?P=6.C51 "6.C51") & [1.C51](https://catalog.mit.edu/search/?P=1.C51 "1.C51") | Modeling with Machine Learning: from Algorithms to Applications and Machine Learning for Sustainable Systems |  |
| [IDS.131[J]](https://catalog.mit.edu/search/?P=IDS.131 "IDS.131[J]") | Statistics, Computation and Applications |  |
| Concentration | | 24 |
| *Select 24 units from either the Computational Modeling and Design for Sustainability concentration or the Resilient Infrastructure Systems and Services concentration:* | |  |
| *Computational Modeling and Design for Sustainability* | |  |
| [1.147](https://catalog.mit.edu/search/?P=1.147 "1.147") | Startup Sustainable Tech |  |
| [1.545[J]](https://catalog.mit.edu/search/?P=1.545 "1.545[J]") | Atomistic Modeling and Simulation of Materials and Structures |  |
| [1.579](https://catalog.mit.edu/search/?P=1.579 "1.579") | Materials in Agriculture, Food Security, and Food Safety |  |
| [1.61](https://catalog.mit.edu/search/?P=1.61 "1.61") | Transport Processes in the Environment |  |
| [1.631[J]](https://catalog.mit.edu/search/?P=1.631 "1.631[J]") | Fluids and Diseases |  |
| [1.65](https://catalog.mit.edu/search/?P=1.65 "1.65") | Atmospheric Boundary Layer Flows and Wind Energy |  |
| [1.723](https://catalog.mit.edu/search/?P=1.723 "1.723") | Computational Methods for Flow in Porous Media |  |
| *Resilient Infrastructure Systems and Services* | |  |
| [1.200[J]](https://catalog.mit.edu/search/?P=1.200 "1.200[J]") | Transportation: Foundations and Methods |  |
| [1.202](https://catalog.mit.edu/search/?P=1.202 "1.202") | Demand Modeling |  |
| [1.208](https://catalog.mit.edu/search/?P=1.208 "1.208") | Resilient Networks |  |
| [1.260[J]](https://catalog.mit.edu/search/?P=1.260 "1.260[J]") | Logistics Systems |  |
| [1.263[J]](https://catalog.mit.edu/search/?P=1.263 "1.263[J]") | Urban Last-Mile Logistics |  |
| [1.266](https://catalog.mit.edu/search/?P=1.266 "1.266") | Supply Chain and Demand Analytics |  |
| [1.303[J]](https://catalog.mit.edu/search/?P=1.303 "1.303[J]") | Infrastructure Design for Climate Change |  |
| [1.581[J]](https://catalog.mit.edu/search/?P=1.581 "1.581[J]") | Structural Dynamics |  |
| [1.583[J]](https://catalog.mit.edu/search/?P=1.583 "1.583[J]") | Topology Optimization of Structures |  |
| Unrestricted Electives | | 12 |
| Thesis | |  |
| [1.THG](https://catalog.mit.edu/search/?P=1.THG "1.THG") | Graduate Thesis | 24 |
| Total Units | | 90 |

[Department of Civil and Environmental Engineering](https://catalog.mit.edu/schools/engineering/civil-environmental-engineering/#master-science-civil-engineering)

|  |  |  |
| --- | --- | --- |
| Structural Mechanics and Design Track Requirements | |  |
| [1.562](https://catalog.mit.edu/search/?P=1.562 "1.562") | Structural Design Project I | 12 |
| [1.563](https://catalog.mit.edu/search/?P=1.563 "1.563") | Structural Design Project II | 12 |
| Restricted Electives | | 24 |
| Choose 24 units of Civil and Environmental Engineering subjects | |  |
| Unrestricted Electives | | 18 |
| Thesis | |  |
| [1.THG](https://catalog.mit.edu/search/?P=1.THG "1.THG") | Graduate Thesis | 24 |
| Total Units | | 90 |