The PhD in Civil Engineering at NUTECH is designed to meet the growing demand for research and innovation in Pakistan’s civil infrastructure sector. Emphasizing sustainable development and modern construction challenges, the program integrates industry partnerships and applied research to produce experts who can translate academic knowledge into practical solutions. Leveraging NUTECH’s state-of-the-art facilities, qualified faculty, and research-driven environment, it fosters interdisciplinary collaboration and equips graduates to address resource efficiency, smart infrastructure design, and other critical industry needs. This initiative aligns with national strategic goals, contributing to a skilled workforce and sustainable infrastructure solutions essential for Pakistan’s economic growth.
The following objectives will be pursued by the PhD program in civil engineering that will enable students to:
The eligibility criteria/admission requirements are as under
Semester- I |
||
Course Code |
Course Title |
Credits |
CE-xxxx |
Course - I |
3(3-0) |
CE-xxxx |
Course - II |
3(3-0) |
CE-xxxx |
Course - III |
3(3-0) |
RM-6000 |
Research Methodology |
- |
|
Total |
09 |
Semester-II |
||
CE-xxxx |
Course – IV |
3(3-0) |
CE-xxxx |
Course – V |
3(3-0) |
CE-xxxx |
Course – VI |
3(3-0) |
|
Total |
09 |
Semester- III |
||
CE-9999 |
Research Thesis |
30 |
|
Total |
30 |
|
Total Credit Hours |
48 |
List of Courses |
|
Course Title |
Credit Hours |
Finite Element Method |
3 |
Prestressed Concrete |
3 |
Advanced Structural Analysis |
3 |
Advanced Concrete Technology |
3 |
Advanced Reinforced Concrete |
3 |
Properties of Structural Materials |
3 |
Bridge Engineering |
3 |
Structural Dynamics |
3 |
Advanced Steel Structures |
3 |
Advanced Solid Mechanics |
3 |
Reinforced Concrete Structure |
3 |
Fibre Reinforced Polymers |
3 |
Structural Fire Engineering |
3 |
Analysis & Design of Masonry Structure |
3 |
Seismic Design of Structure |
3 |
Steel Structures |
3 |
Advanced Soil Mechanics |
3 |
Foundation Engineering |
3 |
Soil Dynamics |
3 |
Deep Foundations |
3 |
Geotechnical Investigations |
3 |
Soil Improvement Techniques |
3 |
Rock Mechanics |
3 |
Earth retaining structures |
3 |
Design of Tunnel & Underground Structures |
3 |
Tunnel Construction Methods |
3 |
Environmental Geo-techniques |
3 |
Engineering Properties of Soil |
3 |
Earth Reinforcement |
3 |
Earth Retaining Structures |
3 |
Pavement Analysis and Design |
3 |
Railway Engineering |
3 |
Traffic Engineering |
3 |
Traffic Impact and Safety Studies |
3 |
Airport Planning and Design |
3 |
Pavement Evaluation and Rehabilitation |
3 |
Traffic Engineering and Management |
3 |
Geometric Design and Highway Safety |
3 |
Transportation Planning and Engineering |
3 |
Highway construction Materials & Equipment |
3 |
Advanced Probability and Statistics |
3 |
Transportation Engineering |
3 |
Pavement Distress identification and Preservation |
3 |
Hydraulic Structures |
3 |
Hydropower Engineering |
3 |
Groundwater Engineering |
3 |
Application of RS and GIS in water Resources |
3 |
Advance Open Channel Hydraulics |
3 |
Soil Erosion and Watershed Management |
3 |
Water Resources Planning & Management |
3 |
Sediment Transport |
3 |
Fluid Mechanics |
3 |
Drainage Engineering |
3 |
Computer Aided Design of Hydraulic Structure |
3 |
Applied Hydrology |
3 |
Irrigation Engineering and Practices |
3 |
Construction Project Administration |
3 |
Construction Planning, Scheduling and Control |
3 |
Contract Management |
3 |
Cost Engineering and Control |
3 |
Economic Decision Analysis in Construction |
3 |
Leadership in Construction Management |
3 |
Construction Equipment Management |
3 |
Value Engineering in Construction |
3 |
Human Resource Management in Construction Industry |
3 |
Supply Chain Management in Construction Industry |
3 |
Decision Making and Risk Management in Construction |
3 |
Construction Operations and Development of Technologies |
3 |
Entrepreneurship in Construction Industry |
3 |
Construction Claim Management |
3 |
Occupational Health and Safety in Construction |
3 |