Program Plan for Ph.D. Degree
|
|
To acquire a Ph.D.
Degree in chemical Engineering, the student must complete not less than 46
Units including the Ph.D. Thesis and which are distributed as follows:
a) 7 Units for the Core Courses.
b) 9 Units for Elective Courses.
c) 30 Units for the Thesis.
The details of the Courses are as follow:
a) Ph.D.
Core courses
|
Course Code
|
Course Name
|
Units
|
|
ChE 701
|
Advanced
Computational Methods in Chemical Engineering
|
3
|
|
ChE 702
|
Physiochemical
Separation Processes
|
3
|
|
ChE 795
|
Seminar
|
1
|
b) Ph.D.
Elective courses
|
Course Code
|
Course Name
|
Units
|
|
ChE 721
|
Advanced
Chemical Process Design
|
3
|
|
ChE 722
|
Advanced
Chemical Engineering Plant Design
|
3
|
|
ChE 723
|
Advanced
Chemical Process Integration
|
3
|
|
ChE 724
|
Sustainable
Design and Optimization of Chemical Processes
|
3
|
|
ChE 725
|
Fluidization
Engineering
|
3
|
|
ChE 726
|
Molecular
Heterogeneous Catalysis
|
3
|
|
ChE 727
|
Surface
Chemistry and Catalysis
|
3
|
|
ChE 728
|
Environmental
Waste Management
|
3
|
|
ChE 729
|
Air
Pollution Control Methods and Equipments
|
3
|
|
ChE 730
|
Tertiary
Water Treatment units and Solid Waste Management
|
3
|
|
ChE 731
|
Membrane
Technology
|
3
|
|
ChE 732
|
Advanced
Polymeric Materials
|
3
|
|
ChE 733
|
Advanced
Polymer Technology
|
3
|
|
ChE 734
|
Biochemical
Engineering Technology
|
3
|
|
ChE 735
|
Treatise
of Particle Technology
|
3
|
|
ChE 736
|
Corrosion
II
|
3
|
|
ChE 737
|
Energy
Conservation in Chemical Process Industries
|
3
|
|
ChE 738
|
Chemical
Process Safety
|
3
|
|
ChE 739
|
Fuel
Cell Technology
|
3
|
|
ChE 740
|
Nanotechnology
|
3
|
|
ChE 741
|
Dispersions
and Coatings for Nanoparticle Systems
|
3
|
|
ChE 742
|
Renewable
Energy
|
3
|
|
ChE 790
|
Special
Topics in Chemical Engineering
|
3
|
|
xx7xx
|
Any
Relevant Graduate Course from other Departments of the University
|
3
|
c) Ph.D.
Dissertation
|
Course Code
|
Course Name
|
Units
|
|
ChE 799
|
Ph.D.
Dissertation
|
30
|
|
|