PhD Chemical Engineering

Eligibility Criteria: MS Engineering in relevant discipline with minimum CGPA 3.0/4.00 or equivalent (70%), UW Entry Test (Minimum 70% Marks) or GAT-Subject (Minimum 60% Marks) or GRE-Subject (Minimum 60 Percentile).
Degree Requirements: Minimum 48 Credit Hours
Duration: 3 Years
Semesters: 6

The courses in PhD Chemical Engineering degree program are categorized as: Coursework (18 Credit Hours) Dissertation (30 Credit Hours)	Code	Course Title	CH
	Ch.E-7XX	Course - I	3+0
	Ch.E-7XX	Course - II	3+0
	Ch.E-8XX	Course - III	3+0
	Ch.E-8XX	Course - IV	3+0
	Ch.E-XXX	Course - V	3+0
	Ch.E-XXX	Course - VI	3+0
	Ch.E-899	PhD Dissertation	30

COURSES
Code	Course Title	CH	Code	Course Title	CH
MTH-701	Advanced Engineering Mathematics	3+0	Ch.E-822	Process Design and Optimization	3+0
Ch.E-701	Project Management	3+0	Ch.E-724	Mathematical Models of Physical Systems	3+0
Ch.E-702	Entrepreneurship	3+0	Ch.E-841	Membrane Separation Processes	3+0
Ch.E-711	Advanced Heat Transfer	3+0	Ch.E-732	Heat Recovery System Design	3+0
Ch.E-712	Advanced Transport Phenomena	3+0	Ch.E-733	Clean Coal Technology	3+0
Ch.E-713	Advanced Separation Processes	3+0	Ch.E-741	Nano Technology	3+0
Ch.E-714	Advanced Chemical Reaction Engineering	3+0	Ch.E-734	Sustainable Energy Engineering	3+0
Ch.E-721	Advanced Computational Fluid Dynamics	3+0	Ch.E-735	Energy Management and Auditing	3+0
Ch.E-722	Advanced Process Modeling and Control	3+0	Ch.E-736	Power Plant Engineering	3+0
Ch.E-723	Advanced Chemical Engineering Thermodynamics	3+0	Ch.E-742	Advanced Composite Materials	3+0
Ch.E-731	Advanced Environmental Engineering	3+0	Ch.E-743	Materials Engineering	3+0
Ch.E-801	Advanced Analytical Techniques	3+0	Ch.E-744	Mechanical Behaviour of Materials	3+0
Ch.E-831	Process Intensification	3+0	Ch.E-811	Biofuels and Biorefineries	3+0
Ch.E-821	Special Topics related to Chemical Engineering	3+0	Ch.E-823	Computer-Aided Process Synthesis	3+0