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MIT Aero & Astro Course Catalog

This document lists over 100 aeronautics and astronautics courses offered by MIT at both the undergraduate and graduate level. The courses cover topics such as aerodynamics, structural mechanics, propulsion, controls, autonomous systems, engineering design, and space systems. They include both traditional lecture-style courses and more specialized subjects. Levels range from introductory undergraduate courses to advanced graduate seminars and independent research topics.

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Rehtse Rodriguez
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0% found this document useful (0 votes)
169 views9 pages

MIT Aero & Astro Course Catalog

This document lists over 100 aeronautics and astronautics courses offered by MIT at both the undergraduate and graduate level. The courses cover topics such as aerodynamics, structural mechanics, propulsion, controls, autonomous systems, engineering design, and space systems. They include both traditional lecture-style courses and more specialized subjects. Levels range from introductory undergraduate courses to advanced graduate seminars and independent research topics.

Uploaded by

Rehtse Rodriguez
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
Available Formats
Download as DOCX, PDF, TXT or read online on Scribd
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https://ocw.mit.

edu/courses/

Aeronautics and Astronautics

o Course #
o Course Title
o Level

o 16.00
o Introduction to Aerospace Engineering and Design (Spring 2003)
o Undergraduate


o 16.00AJ
o Exploring Sea, Space, & Earth: Fundamentals of Engineering Design (Spring 2009)
o Undergraduate


o 16.01
o Unified Engineering I, II, III, & IV (Fall 2005)
o Undergraduate


o 16.02
o Unified Engineering I, II, III, & IV (Fall 2005)
o Undergraduate


o 16.03
o Unified Engineering I, II, III, & IV (Fall 2005)
o Undergraduate


o 16.04
o Unified Engineering I, II, III, & IV (Fall 2005)
o Undergraduate


o 16.050
o Thermal Energy (Fall 2002)
o Undergraduate


o 16.06
o Principles of Automatic Control (Fall 2012)
o Undergraduate

o 16.07
o Dynamics (Fall 2009)
o Undergraduate


o 16.100
o Aerodynamics (Fall 2005)
o Undergraduate


o 16.20
o Structural Mechanics (Fall 2002)
o Undergraduate


o 16.21
o Techniques for Structural Analysis and Design (Spring 2005)
o Undergraduate


o 16.30
o Feedback Control Systems (Fall 2010)
o Undergraduate


o 16.30
o Estimation and Control of Aerospace Systems (Spring 2004)
o Undergraduate


o 16.36
o Communication Systems Engineering (Spring 2009)
o Undergraduate


o 16.400
o Human Factors Engineering (Fall 2011)
o Undergraduate


o 16.410
o Principles of Autonomy and Decision Making (Fall 2010)
o Undergraduate


o 16.50
o Introduction to Propulsion Systems (Spring 2012)
o Undergraduate


o 16.61
o Aerospace Dynamics (Spring 2003)
o Undergraduate


o 16.621
o Experimental Projects I (Spring 2003)
o Undergraduate


o 16.622
o Experimental Projects II (Fall 2003)
o Undergraduate


o 16.63J
o System Safety (Spring 2016)
o Undergraduate


o 16.652
o Inventions and Patents (Fall 2005)
o Undergraduate


o 16.653
o Management in Engineering (Fall 2012)
o Undergraduate


o 16.660J
o Introduction to Lean Six Sigma Methods (January IAP 2012)
o Undergraduate


o 16.682
o Technology in Transportation (Spring 2011)
o Undergraduate


o 16.682
o Prototyping Avionics (Spring 2006)
o Undergraduate


o 16.810
o Engineering Design and Rapid Prototyping (January IAP 2007)
o Undergraduate


o 16.810
o Engineering Design and Rapid Prototyping (January IAP 2005)
o Undergraduate

o 16.812
o The Aerospace Industry (Spring 2004)
o Undergraduate


o 16.83X
o Space Systems Engineering (Spring 2002)
o Undergraduate


o 16.90
o Computational Methods in Aerospace Engineering (Spring 2014)
o Undergraduate


o 16.A47
o The Engineer of 2020 (Fall 2009)
o Undergraduate


o Supplemental
o Lean Enterprise en Español (January IAP 2012)
o Undergraduate


o 16.120
o Compressible Flow (Spring 2003)
o Graduate


o 16.13
o Aerodynamics of Viscous Fluids (Fall 2003)
o Graduate


o 16.225
o Computational Mechanics of Materials (Fall 2003)
o Graduate


o 16.230J
o Plates and Shells (Spring 2007)
o Graduate


o 16.31
o Feedback Control Systems (Fall 2010)
o Graduate


o 16.322
o Stochastic Estimation and Control (Fall 2004)
o Graduate


o 16.323
o Principles of Optimal Control (Spring 2008)
o Graduate


o 16.333
o Aircraft Stability and Control (Fall 2004)
o Graduate


o 16.337J
o Dynamics of Nonlinear Systems (Fall 2003)
o Graduate


o 16.338J
o Dynamic Systems and Control (Spring 2011)
o Graduate


o 16.346
o Astrodynamics (Fall 2008)
o Graduate


o 16.355J
o Software Engineering Concepts (Fall 2005)
o Graduate


o 16.37J
o Data Communication Networks (Fall 2002)
o Graduate


o 16.394J
o Infinite Random Matrix Theory (Fall 2004)
o Graduate


o 16.399
o Random Matrix Theory and Its Applications (Spring 2004)
o Graduate


o 16.412J
o Cognitive Robotics (Spring 2005)
o Graduate

o 16.413
o Principles of Autonomy and Decision Making (Fall 2010)
o Graduate


o 16.422
o Human Supervisory Control of Automated Systems (Spring 2004)
o Graduate


o 16.423J
o Aerospace Biomedical and Life Support Engineering (Spring 2006)
o Graduate


o 16.430J
o Sensory-Neural Systems: Spatial Orientation from End Organs to Behavior and
Adaptation (Spring 2012)
o Graduate


o 16.453
o Human Factors Engineering (Fall 2011)
o Graduate


o 16.456J
o Biomedical Signal and Image Processing (Spring 2007)
o Graduate


o 16.459
o Bioengineering Journal Article Seminar (Fall 2011)
o Graduate


o 16.512
o Rocket Propulsion (Fall 2005)
o Graduate


o 16.522
o Space Propulsion (Spring 2015)
o Graduate


o 16.540
o Internal Flows in Turbomachines (Spring 2006)
o Graduate


o 16.55
o Ionized Gases (Fall 2014)
o Graduate


o 16.72
o Air Traffic Control (Fall 2006)
o Graduate


o 16.75J
o Airline Management (Spring 2006)
o Graduate


o 16.76J
o Logistical and Transportation Planning Methods (Fall 2006)
o Graduate


o 16.77J
o Airline Schedule Planning (Spring 2003)
o Graduate


o 16.842
o Fundamentals of Systems Engineering (Fall 2015)
o Graduate


o 16.851
o Satellite Engineering (Fall 2003)
o Graduate


o 16.852J
o Integrating the Lean Enterprise (Fall 2005)
o Graduate


o 16.853
o Introduction to Lean Six Sigma Methods (January IAP 2012)
o Graduate


o 16.861
o Engineering Systems Analysis for Design (Fall 2008)
o Graduate


o 16.862
o Engineering Risk-Benefit Analysis (Spring 2007)
o Graduate


o 16.863J
o System Safety (Spring 2016)
o Graduate


o 16.881
o Robust System Design (Summer 1998)
o Graduate


o 16.885J
o Aircraft Systems Engineering (Fall 2005)
o Graduate


o 16.885J
o Aircraft Systems Engineering (Fall 2004)
o Graduate


o 16.886
o Air Transportation Systems Architecting (Spring 2004)
o Graduate


o 16.888
o Multidisciplinary System Design Optimization (Spring 2010)
o Graduate


o 16.89J
o Space Systems Engineering (Spring 2007)
o Graduate


o 16.891J
o Space Policy Seminar (Spring 2003)
o Graduate


o 16.892J
o Space System Architecture and Design (Fall 2004)
o Graduate


o 16.895J
o Engineering Apollo: The Moon Project as a Complex System (Spring 2007)
o Graduate


o 16.910J
o Introduction to Numerical Simulation (SMA 5211) (Fall 2003)
o Graduate


o 16.920J
o Numerical Methods for Partial Differential Equations (SMA 5212) (Spring 2003)
o Graduate


o 16.940J
o Computational Geometry (Spring 2003)
o Graduate


o 16.982
o Bio-Inspired Structures (Spring 2009)
o Graduate


o 16.985J
o Proseminar in Manufacturing (Fall 2005)
o Graduate

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