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Last update   20/6/2008  
 
 
 
 
 
       E-Courses

Civil and Environmental Engineering:

Science Description :

The Department of Civil and Environmental Engineering is one of the oldest departments at MIT. Our mission is to educate the future leaders of the profession and to provide skills and foundations for lifelong learning and growth. Research to create new knowledge is an integral part of our education program and the continued renewal of the profession.

UnderGraduates Courses:

-   Introduction to Computers and Engineering Problem Solving, Spring 2005

Readings
Lecture notes
Assignments

1- Course Overview, Introduction to JavaŽ

2- Interactive Development Environment: Eclipse

3- Data Types, Operators

4- Tutorial 1: Introduction to 1.00

5- Tutorial 3: Methods, Scope, Classes, Objects

6- Static Members

7- Arrays, Arraylists

8- Tutorial 5: Recursion and Inheritance

9- Tutorial 6: Abstract Classes, Interfaces, and Problem Set 5

10- Tutorial 8: 2D API, Model-View-Controller, Applets, Matrices and Linear Systems (1)

1-Course Overview, Introduction to JavaŽ

(PDF)

2- Interactive Development Environment: Eclipse

(PDF)

3- Data Types, Operators

(PDF)

4- Control Structures

(PDF)

5-Control Structures II

(PDF)

6- Methods, Scope  

(PDF)

7-Classes

 (PDF)

8- Classes II

 (PDF)

9-Access

(PDF)

1-Problem Set 1

(PDF)

2-Problem Set 2

(PDF)

3-Problem Set 3

(PDF)

4-Problem Set 4

(PDF)

5-Problem Set 5

 (PDF)

6-Problem Set 6

(PDF)

7-Problem Set 7

(PDF)

8-Problem Set 8

(PDF)

9-Problem Set 9

(PDF)

10-Problem Set 10

(PDF)

 

 

Graduates Courses:

-   Carrier Systems, Fall 2003

Readings
Lecture notes
Assignments

1- Course Overview and Roadmap, Carrier Systems Overview

2- Linear Programming Overview

3- Linear Programming, Software

4- Solving Linear Programming Problems

5- Integer Programming

6- Direct Transportation/ Transportation and Procurement

7- Part 1: Transportation and Procurement

8- Part 2: Transit Vehicle Scheduling

9- Transit Vehicle and Crew Scheduling

1- Transportation Operations, Planning And Control: Carrier Systems

(PDF)


2- Linear Programming

(PDF)

3- Integer Programming

(PDF)

4- Network Problems 

(PDF)

5- Transit Crew Scheduling

(PDF)

6- Airline Crew Scheduling

(PDF)

7- Real-time Operations Control

(PDF)

8- Synthesis and Review

(PDF)

1-Problem Set 1

(PDF)

2-Problem Set 2

(PDF)

3-Problem Set 3

(PDF)

4-Problem Set 4

(PDF)

 

Graduates and undergraduate Courses:

-   Transport Processes in the Environment, Fall 2004

Readings

Lecture notes
Assignments

1- Introduction to Transport, Control Volumes, and Time-Scales

2- Flow Profiles and Turbulence

3- Logarithmic Profile

4- Reactor Models
Residence Time Distribution

5- Wetland Circulation

6-Introduction to Diffusion
Differential form of Transport Equation

7-Instantaneous Point Source

8- Accounting for Boundaries; Peclet Number

9- Turbulence and Diffusion

10- Continuous Release 1-D: Steady and Unsteady

11- Dispersion (cont.)
Continuous Release Two and Three Dimensions

12- Control Volume with Reactions; Dissolution

1- Conservation of Mass

(PDF)


2-Scaling Analysis and Basic Models for Aquatic Systems

(PDF)

3- Diffusion of an Instantaneous Point Source

(PDF)

4- Boundary Conditions

(PDF)

5- Advection and Diffusion of an Instantaneous Point Source

(PDF)

6- Continuous Point Source

(PDF)

7- Velocity Profiles and Turbulence

(PDF)

8- Dispersion

(PDF)

9- Reaction and Interfacial Exchange

(PDF)

10- Transport of Particles

(PDF)

 

1-Problem Set 1

(PDF)

2-Problem Set 2

(PDF)

3-Problem Set 3

(PDF)

4-Problem Set 4

(PDF)

5-Problem Set 5

(PDF)

6-Problem Set 6

(PDF)

7-Problem Set 7

(PDF)

8-Problem Set 8

(PDF)

9-Problem Set 9

(PDF)

 

 

For more information visit: www.ocw.mit.edu

 
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