Introduction:
The PhD program offered by the department provides a conducive environment that encourages excellence in different research areas. The students are provided with an opportunity to conduct in-depth studies and focus on research in selected areas of civil engineering. The program is intended to foster high quality and advanced research, so as to meet the society’s demand for high caliber professionals who are knowledgeable and well versed with latest technologies and can provide a leading role in academia as well in the industry. A due emphasis has been placed on the applied and industrial aspects of the research.
The candidate is expected to undertake a complete research thesis that proves the ability of the candidate in generating a piece of original knowledge to demonstrate a significant contribution in his/her field of study.
Program Objectives:
Program Scope:
Higher degrees are always helpful in creating knowledge and disseminating quality findings for advancement of research work. The proposed program will cover all areas of civil engineering with specific focus in Structural Engineering, Water Resources Engineering, Transportation Engineering and Geo-tech Engineering. The program will use similar degree courses as laid down by Higher Education Commission. This program will be relevant in terms of job creation and introduction and implementation of the latest technologies in the field of Civil Engineering.
Duration:
The minimum duration of the PhD is 3 years and maximum duration is 8 years as per HEC policy.
Admission Requirements/Eligibility:
18 years of education in related discipline as given below with minimum CGPA 3.0 out of 4.0 (in the Semester System) or First Division i.e., 60% (in the Annual System) in MPhil /MS or Equivalent with research work. Percentage will be valid only if the CGPA is not mentioned in Degree/transcript.
A subject test conducted by the National Testing Service (NTS) or ETS, USA in the area of specialization chosen at the PhD level must be cleared prior to admission for the PhD program.
Area |
Score |
Quantitative |
151/170 |
Verbal |
146/170 |
Analytical Writing |
3.5/6.0 |
Award of PhD Degree:
Course work of 18 credit hours of 700/800 level with CGPA of 3.0 is required to be completed followed by a comprehensive examination for granting candidacy as PhD researcher.
A research monitoring committee (RMC) for every PhD scholar will be constituted. The committee will comprise of:
Each student must pass the PhD comprehensive examination with a minimum of 60% marks in each paper and at least 65% overall marks
The Oral Examination (Thesis Proposal Defense) by majority vote. Each student must carry out literature survey and prepare a written synopsis of his/her intended topic of research and present the same along with research plan at the beginning of the Oral Examination part of the Qualifying Examination for approval.
Acceptance / publication of at least one research paper in HEC approved “W” category journal. Only that publication, related to the research work, will be counted in which student name is that of the 1st author.
The plagiarism check will be carried out on the dissertation before its submission to the two foreign experts to ensure plagiarism is not above 19%.
The PhD Dissertation will be evaluated by at least two PhD experts from technologically / academically advanced foreign countries.
An open Defense / Viva of PhD Dissertation will be conducted in the presence Two External Examiners after Positive evaluation by the foreign experts.
A copy of PhD dissertation (both hard and soft) will be submitted to HEC for Record in PhD. Country Directory.
PhD in Civil Engineering
PhD specialization Area in Civil Engineering:
Each student is required to take 6 courses of 18 credit hours (CH) and to do research of 30 CH during the PhD study.
The course listing for various PhD specialization area in Civil Engineering given below.
Area of specialization:
SCHEME OF STUDIES
Common Compulsory Courses:
Sr. No |
Course Code |
Subjects |
1 |
CE-701 |
Research Methodology, Data Analysis and Dissertation |
2 |
CE-702 |
Geotechnical and Foundation Engineering |
3 |
CE-723 |
Properties of Engineering Materials |
4 |
CE-724 |
Application of GIS in Civil Engineering |
Stream-1 Structural Engineering:
Sr. No |
Course Code |
Subjects |
1 |
CE-703 |
Matrix Analysis |
2 |
CE-704 |
Advanced Structural Design |
3 |
CE-705 |
Pre-stressed Girders |
4 |
CE-706 |
Retrofitting of Structures |
5 |
CE-707 |
Earthquake Engineering & Structural Dynamics |
6 |
CE-803 |
Bridge Engineering |
7 |
CE-804 |
Structural Health Monitoring |
8 |
CE-805 |
Optimization for Structural Design |
9 |
CE-806 |
Nano-Concrete |
10 |
CE-807 |
Special Topics in Civil Engineering |
11 |
CE-808 |
Long Span Structures |
Stream-2 Transportation Engineering:
Sr. No |
Course Code |
Subjects |
|
CE-708 |
Transportation Planning and Design |
2 |
CE-709 |
Traffic Management System |
3 |
CE-710 |
Railway Infrastructure Planning and Design |
4 |
CE-711 |
Pavement Assessment and Rehabilitation |
5 |
CE-712 |
Asphalt Mix Design and Construction Practices |
6 |
CE-809 |
Infrastructure Planning and Pavement Design |
7 |
CE-810 |
Geometric Design of Transportation System |
8 |
CE-811 |
Subsurface Transportation Engineering |
9 |
CE-812 |
Information Technology and transportation Engineering |
10 |
CE-813 |
Traffic flow and Safety |
Stream-3 Water resources Engineering:
Sr. No |
Course Code |
Subjects |
1 |
CE-713 |
Irrigation and Drainage Engineering |
2 |
CE-714 |
Functional Hydrology |
3 |
CE-715 |
Design of Hydraulic Structures |
4 |
CE-716 |
Hydropower Planning and Development |
5 |
CE-717 |
Applied Hydraulics |
6 |
CE-814 |
Dam Engineering |
7 |
CE-815 |
Catchment Characteristics and Soil Erosion |
8 |
CE-816 |
Efficient Planning & Management of Water Resources |
9 |
CE-817 |
Maritime Engineering |
10 |
CE-818 |
Hydropower infrastructure planning and Management |
11 |
CE-819 |
Hydrogeology |
Stream-4 Geotechnical Engineering:
Sr. No |
Course Code |
Subjects |
1 |
CE-718 |
Ground Exploration |
2 |
CE-719 |
Earth Retention System |
3 |
CE-720 |
Applied Soil Engineering |
4 |
CE-721 |
Rock Mechanics |
5 |
CE-722 |
Soil Improvement Practices |
6 |
CE-820 |
Dams and Embankments |
7 |
CE-821 |
Geotechnical Earthquake Engineering |
8 |
CE-822 |
Tunneling and subsurface structures |
9 |
CE-823 |
Excavation Engineering |
10 |
CE-824 |
Catchment characteristics and Soil Erosion |
11 |
CE-825 |
Problematic Soil |
12 |
CE-826 |
Hydrogeology |
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