Chemical Engineering

Typical Graduate Courses Offered Each Semester

Fall Semester
1. Transport Phenomena
2. Molecular Thermodynamics
3. Advanced Reactor Design
4. Thesis Hours
5. Advanced Controls I or
Advanced Controls II

Spring Semester
1. Advanced Corrosion
2. Multiphase Flow in Pipes
3. Thesis Hours
4. Advanced Materials Sciences and Engineering
5. Seminar
6. Advanced Electrochemistry or Physical Chemistry of Surfaces

Summer Semester
1. Thesis Hours

You may get the prescribed under-graduate text books for the following courses.

1.Mechanical Unit Operations
2.Transport Phenomena
3.Process Control
4.Reactor design

While in the other courses, detailed course material will be given by the concerned staff. Moreover, many reference books will be available for each course in the library. If you are interested, you may get other books, which you may be interested in.

Civil Engineering 

The Courses that are generally taken by the Civil Engineering students are
Traffic
1. Traffic Flow and Fundamentals
2. Traffic Engineering
Pavement
3.Pavement Design
4.Urban Infrastructure and Rehabilitation Techniques
5. Hydrology
6. Engineering Simulation
7.Statistics (Research Methods)
8. Database Management Systems.

 
Computer Science 

1. Comp. Communications and networks by pravin varaiya
2. Cryptography by William Stallings
3. Cryptography by Kaufman, Perlman
4. Fundamentals of Algorithmics by Brassard, Bratley
5. The Java programming language by Arnold, James
6. Gosling and Holmes, 3RD EDITION.
7. Database systems by Raghuramakrishnan
8. Database systems by Kimbel
9. Operating systems by William stallings
10. Enterprise Java Beans by O'Reilly, 2ND EDITION,
11. Shroff publishers and distributors
12. Database mgmt systems by Elmasri and Navathe
13. Computer architecture - a h/w s/w interface by Hennessey and patterson
14. C++ and Data structures by Nell Dale
15. and a book on C, C++, VB etc.
Try to get the latest editions only.

Computer Engineering 

Core Courses
1. CMPS/ EECE 583 Design and Implementation of Computers or CMPS/ EECE 585 VLSI Design
2. CMPS/ EECE 530 Principles of Computer Architecture
3. CMPS/ EECE 455 Operating Systems
4. CMPS/ EECE 590 Special Project (6 credits required: for non-thesis option)

Text Books
1. Principles of CMOS VLSI Design by Neil H.E. Weste and Kamran Sechraghian
2. Computer Architecture: Hardware Software Interface by John L. Hennessey and David A. Patterson
3. Computer Architecture: A Quantitative Approach by John L. Hennessey and David A. Patterson
4. Principles of Operating Systems: by William Stallings
5. Beginners Text book on VHDL and Verilog.

Engineering & Technology Management

1.Computer Applications: Notes will be given by the professor itself
2.Engineering Systems simulation: Kelton, Sadowski
3.Industrial Management: William J. Stevenson
4.Project management: Harold Kerzner
5.Quality Management: There probably will be a change in the book
The present status of the funding is not known. Some of the Professors might have funding but they still do have some students working for them.

 
Mechanical Engineering 

Major Courses offered:
1.Adv CAD
2.CAM-I and CAM II
3.Advanced Machine Design
4.Integrated Product and process development
5.Comp Aided Engineering
6.Environmental Engineering
7.Robust Design
8.Thermal systems
9.Dynamics
10.Vibrations

Books:
For most of the courses the professors would give the required material. It is not like that the course would be covered in one full book; the course is prepared by taking important topics from various books. Anyway some helpful books would be:
1.Machine design by Arora
2.Finite element Method by Daryl L. Logan
3.Concurrent Engineering (both volumes) by Biren Prasad

 
Telecommunications 

Random Phenomena in Telecommun - Probability & Random Processes for Electrical Engineers by Leon-Garcia
Telecommun Netwk Analy&Design - Data Communication, Computer Networks & Open System by Fred Halsall and Data communications by Dimitri Bertsekas and Robert gallagher,2nd edition.
Overview and Development of TLCM networks - course material / class notes
Mobile and Wireless networks - Mobile wireless networks by Mischa Scwartz,course material / class notes
Principles of Digital communication systems - Digital Communications by John G. Proakis, second edition.
Performance Modeling of Wireless Networks- Performance Modeling of Communication Networks & Computer Architecture by Harrison & Patel
Optical networks - Optical Fiber communications by Gerd Keiser