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Materials Science and Engineering

Combustion synthesis of fullerenes and fullerenic nanostructures.
Combustion synthesis of fullerenes and fullerenic nanostructures.
Courtesy Vander Sande Lab

The Department of Materials Science and Engineering traces its history back to the founding of MIT in 1865. Over these years, its central function has been the education of students by providing them with the opportunity to conduct independent and creative research at the forefront of materials science and engineering. Today the Department is the largest of its kind in the United States, and it is clearly the leader in many areas of materials education and research. The Department shares in creating the tradition of excellence for which MIT is known.

The Department's strong record of achievement is solidly based on its continuing record of pioneering advances in engineering sciences and technologies, its ability to relate new developments and advances to engineering practice, its success in incorporating these advances into teaching and research programs, and its close relationship with industry.

In advancing the frontiers of knowledge, the Department draws upon faculty and students with many diverse backgrounds. There are few fields of science or engineering that are not concerned in some way with materials. Indeed, the need for materials is as pervasive in our lives as is the need for energy. It has been estimated that the work of one in three engineers is directly related to materials, while over half of all engineers have at least an indirect concern for the properties of materials.

For more information, go to http://dmse.mit.edu/

Available Courses
MIT Course #Course Title
3.00Thermodynamics of Materials Fall 2002
3.082Materials Processing Laboratory Spring 2003
3.091Introduction to Solid State Chemistry Fall 2002
3.11Mechanics of Materials Fall 1999
3.185Transport Phenomena in Materials Engineering Fall 2002
3.22Mechanical Properties of Materials Spring 2003
3.225Electronic and Mechanical Properties of Materials Summer 2002
3.320Atomistic Computer Modeling of Materials Spring 2003
3.37Welding and Joining Processes Fall 2002
3.40JPhysical Metallurgy Spring 2003
3.43JIntegrated Microelectronic Devices Fall 2002
3.46Optical and Optoelectronic Materials Spring 2002
3.564JSustainable Energy Spring 2003
3.80JProseminar in Manufacturing Fall 2002
3.91JMechanical Behavior of Plastics Spring 2003
3.961JDesign of Medical Devices and Implants Spring 2003
3.962JMolecular Principles of Biomaterials Spring 2003
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