Department Of Materials Science

Graduate

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Graduate Program Exam Preparation

Applicants for admission in MS and PhD program in Materials Engineering, with background in Physics, Chemistry or engineering disciplines other than Materials Science and Engineering, will be required to appear in both the general test and subject test.

Note that appearance in subject test is possible once the applicant has been successful in the general test. Subject test is normally conducted on the same date (in the afternoon) as the general test.

For subject test in Materials Engineering, the following book may be consulted for preparation:
- Fundamentals of Materials Science and Engineering by William D. Callister, Jr., David G. Rethwisch, 2008 or later edition.

In addition to the book mentioned above any other introductory/basic book related to materials engineering may be consulted.

Graduate Program Degree Requirement

List Of Courses for Graduate (MS & PhD) Program in Materials Engineering.

i) Core Courses

Course Code	Course Title
MM 511	Thermodynamics of Materials
MM 531	Phase Transformations in Materials
MM 521	Mechanical Behaviour of Materials*
MM 569	Nanotechnology*
MM 571	Computational Materials Science*

ii) Technical Electives

Course Code	Course Title
MM 522	Theory of Dislocations
MM 523	Materials Selection and Failure Analysis
MM 524	Metal Forming
MM 532	Thermomechanical Processing
MM 533	Microstructural Control
MM 534	Advanced Manufacturing Systems
MM 535	Advanced Joining Technology
MM 536	Nanoengineering and Smart Materials*
MM 537	Synthesis and Design of Nanostructures and Devices*
MM 541	Process Metallurgy and Extraction
MM 543	Solidification Processing
MM 544	Modern Steels and Processes
MM 545	Biomaterials*
MM 551	Corrosion Monitoring and Prevention
MM 553	Surface Engineering
MM 554	Advanced Coatings
MM 555	Tribology of Engineering Materials
MM 556	Thin film Technology*
MM 561	Carbon Materials
MM 562	Carbon Nanomaterials and Fabrication*
MM 563	Analytical Techniques
MM 564	Polymer Science and Engineering
MM 565	Ceramics Engineering
MM 566	Electronic & Magnetic Materials and Devices
MM 567	Composite Materials
MM 568	Advanced and Nanostructured Materials*
MM 573	Nanomaterials and Computer Aided Nanodesign*
MM 591	Electron Microscopy*
MM 592	Crystals and X-Ray Diffraction
MM 593	Nanomaterials Characterization

<* Students specializing in Nanotechnology and Nanomaterials area will have to select at least 1 core and 2 elective courses marked with asterisk from the list above.>

General Electives

Course Code	Course Title
MM 572	Engineering Design
MM 581	Industrial Safety
MM 542/ ES531	Mathematical Methods in Engineering/ Computational Methods for Engineers
MM 582	Industrial Management
MM 583	Technology Management

Course Description

Code	Name	Lecture Hours	Credit Hours	Pre-reqs	Co-reqs
MM511	Thermodynamics of Materials	3	3	none	none
MM521	Mechanical Behaviour of Materials	3	0	none	none
MM522	Theory of Dislocations	3	3	none	none
MM523	Materials Selection and Failure Analysis	3	3	none	none
MM524	Metal Forming	3	3	none	none
MM531	Phase Transformations in Materials	3	3	none	none
MM532	Thermomechanical Processing	3	3	none	none
MM533	Microstructural Control	3	3	none	none
MM534	Advanced Manufacturing Systems	3	3	none	none
MM535	Advanced Joining Technology	3	3	none	none
MM536	Nanoengineering and Smart Materials	3	3	none	none
MM537	Synthesis and Design of Nanostructures and Devices	3	3	none	none
MM541	Process Metallurgy and Extraction	3	3	none	none
MM542	Mathematical Methods in Engineering	3	3	none	none
MM543	Solidification Processing	3	3	none	none
MM544	Modern Steels-and Processes	3	3	none	none
MM551	Corrosion Monitoring and Prevention	3	3	none	none
MM553	Surface Engineering	3	3	none	none
MM554	Advanced Coatings	3	3	none	none
MM555	Tribology of Engineering Materials	3	3	none	none
MM556	Thin Films Technology	3	3	none	none
MM561	Carbon Materials	3	3	none	none
MM562	Carbon Nanomaterials and Fabrication	3	3	none	none
MM564	Polymer Science and Engineering	3	3	none	none
MM565	Ceramics Engineering	3	3	none	none
MM566	Electronic and Magnetic Materials and Devices	3	3	none	none
MM567	Composite Materials	3	3	none	none
MM568	Advanced and Nanostructured Materials	3	3	none	none
MM571	Computational Materials Science	3	3	none	none
MM572	Engineering Design	3	3	none	none
MM573	Nanomaterials and Computer Aided Nanodesign CAN	3	3	none	none
MM581	Industrial Safety	3	3	none	none
MM582	Industrial Management	3	3	none	none
MM583	Technology Management	3	3	none	none
MM591	Electron Microscopy	3	3	none	none
MM592	Crystals and X-ray Diffraction	3	3	none	none
MM593	Nanomaterials Characterization	3	3	none	none
MM598	MS Project	6	6	none	none
MM599	MS Thesis	9	9	none	none
MM699	PhD Dissertation	12	12	none	none