MS Civil Engineering - MY University

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Civil Engineering

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Program MS Civil Engineering

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Programs - MS Civil Engineering

1: Program Scope

Infrastructure and energy are the backbone of a country's progress and economic development. Pakistan is gifted with abundant water resources by the Almighty ALLAH. The most economical renewal energy is linked with hydropower which requires dams. The progress of Infrastructure and Energy depends on Transportation, Structural, Water Resources, and Geotechnical engineering. To avoid hiring foreign experts for the above fields of civil engineering it is inevitable to upgrade the level of our engineers. Considering the above needs of the civil engineering department, MY University is offering an MS degree program in the above fields.

2: Admission Requirements

Basic Academic Qualification:Sixteen years of schooling or 4 years of education (minimum 120 credit hours) after HSSC/F.A./F. Sc/Grade 12 or Equivalent shall be required for admission in the MPhil/MS/Equivalent program.
Admission Test: University is required to: a) Conduct a rigorous admission test as an eligibility condition for admission to MS/MPhil/Equivalent programs, with a passing score of 50%. OR b) Accept the GRE/HAT General/Equivalent tests, with a passing score of 50%.
Intra-disciplinary Qualifications

The intradisciplinary admission may only be allowed, if:

a) The university/HEI policy allows, and

b) The applicant has a strong interest in pursuing an MS/MPhil/equivalent degree in a different discipline.

c) The applicant has passed GRE-Subject/equivalent test with minimum 50% marks in the discipline of admission and has taken 6-9 CH of deficiency courses of level 6.

d) The admission committee is satisfied that the applicant’s knowledge of primary area (level 6) has sufficiently prepared him or her to undertake the course of studies of the MS/MPhil/equivalent program (or, in the opinion of the admission committee, the preparation can be deemed satisfactory by taking a few additional courses after starting the program).

3: Degree Completion Requirements

For award of MPhil/MS/Equivalent degree, candidates shall:

Option 1: Thesis

24 Credit Hours course work (8 courses of 3 Cr. Hrs. each, Compulsory/core courses and minor/elective courses decided in the program) (Minimum 2 Compulsory/Core Courses)
06 Credit Hours Thesis
Total 30 Credits

Option 2: Non-Thesis

30 Credit Hours course work (10 courses of 3 Cr. Hrs. each, major/core courses and minor/elective courses decided in the program)

4: Degree Completion Timeline

The MS/MPhil degree shall be awarded by the universities not before the completion of 1.5 years or three (03) regular semesters and not after completion of four (04) years or eight (08) regular semesters, save exceptions mentioned at clause 2.3(ii).
If a student cannot secure an MS/MPhil within the prescribed timeframe and claims for an extension in duration, the university may constitute an appropriate authority and determine the causes of delay. In the event of force majeure (i.e., delay on account of circumstances beyond the control of the student), the university may grant an extension in the period of award of MS/MPhil degree by the duration limiting factor(s) and shall also take corrective measures in case the delay is caused by process or administrative reasons.

5: Credits Transfer, Evaluation and Grading

The credit transfer of coursework from one university/DAI/HEI to another as well as to evaluate students’ academic performance (both formative and summative) and award of grades, HEC’s Policy Guidelines, issued from time to time, for implementation of the Uniform Semester Examination System in Higher Education Institutes of Pakistan shall be referred.
The transfer of research work is permissible, provided that the host university accepts the research conducted at the parent university before the credit transfer.

6: MS Civil Engineering Program Road Map

1^st – YEAR
Fall Semester (1)				Spring Semester (2)
Code	Course Title	Cr. Hrs.	Prerequisite	Code	Course Title	Cr. Hrs.	Prerequisite
CE-7XX	Course-I (Compulsory)	03	N/A	CE-7XX	Course -IV (Compulsory)	03	N/A
CE-7XX	Course-II (Minor/Elective)	03	N/A	CE-7XX	Course-V (Minor/Elective)	03	N/A
CE-7XX	Course-III (Minor/Elective)	03	N/A	CE-7XX	Course-VI (Minor/Elective)	03	N/A
Semester 1 Credit Hours		09		Semester 2 Credit Hours		09
2^nd – YEAR
Fall Semester (2)				Spring Semester (4)
Code	Course Title	Cr. Hrs.	Prerequisite	Code	Course Title	Cr. Hrs.	Prerequisite
CE-7XX	Course-VII (Minor/Elective)	03	N/A	CE-7XX	Thesis	03	N/A
CE-7XX	Course-VIII (Minor/Elective)	03	N/A		OR (Course Work)
CE-7XX	Thesis	03	N/A	CE-XXX	Course-IX (Minor/Elective)	03	N/A
				CE-XXX	Course-X (Minor/Elective)	03	N/A
Semester 3 Credit Hours		06 for Course Work Or 09 with Thesis		Semester 4 Credit Hours		03 with Thesis or 06 for Course Work

7: Compulsory Courses:

Sr. No	Course Code	Subjects
1	CE-701	Research Methodology
2	CE-702	Foundation Engineering
3	CE-703	Properties of Structural Materials
4	CE-704	Remote Sensing & GIS in Civil Engineering

7.1 Stream-1 Structural Engineering:

Sr. No	Course Code	Subjects in Different Streams
1	CE-705	Advanced Structural Analysis
2	CE-706	Advanced Reinforced Concrete Design
3	CE-707	Pre-stressed Concrete
4	CE-708	Repair, Maintenance, and strengthening of Structures
5	CE-709	Structural Dynamics
6	CE-710	Bridge Engineering
7	CE-711	Stability of Structures
8	CE-712	Structural Optimization
9	CE-713	Nanotechnology in Concrete
10	CE-714	Special Topics in Civil Engineering
7.2 Stream-2 Transportation Engineering:
11	CE-715	Transportation Planning and Engineering
12	CE-716	Traffic Engineering
13	CE-717	Railway Engineering
14	CE-718	Pavement Evaluation, Maintenance, and Rehabilitation
15	CE-719	Asphalt Mix Design and Construction Techniques
16	CE-720	Pavement Analysis and Design
17	CE-721	Geometric Design of Highways
18	CE-722	Bridge and Tunnel Engineering
19	CE-723	Application of Intelligent Transportation System (ITS)
20	CE-724	Traffic Safety
7.3 Stream-3 Water Resources Engineering:
21	CE-725	Resilient Infrastructure Development
22	CE-726	Irrigation Engineering
23	CE-727	Applied Hydrology
24	CE-728	Design of Hydraulic Structures
25	CE-729	Hydropower Engineering
26	CE-730	Advanced Open Channel Hydraulics
27	CE-731	Dam Engineering
28	CE-732	Soil Erosion & Watershed Management
29	CE-733	Water Resources Economics, Planning & Management
30	CE-734	Coastal Engineering
31	CE-735	Planning, Development, and Management of Hydropower Systems
7.4 Stream-4 Geotechnical Engineering:
31	CE-736	Geotechnical Investigation
32	CE-737	Earth Retaining Structures
33	CE-738	Advanced Soil Mechanics
34	CE-739	Rock Engineering
35	CE-740	Ground Improvement Techniques
36	CE-741	Embankment Dam
37	CE-742	Soil Dynamics
38	CE-743	Bridge and Tunnel Engineering
39	CE-744	Excavation Engineering
40	CE-745	Soil Erosion & Watershed Management

7.5 Stream-5 Construction Management
41	CE-746	Project Management for Civil Engineering Projects
42	CE-747	Contract Management for Civil Engineers
43	CE-748	Sustainable Development and Construction
44	CE-749	Safety Management in Construction
45	CE-750	Construction Equipment Management
46	CE-751	Advanced Construction Management
47	CE-752	Construction Planning, Scheduling, and Control
48	CE-753	Construction Claims Management
49	CE-754	Construction Economics and Financial Decision-making
50	CE-755	Risk Management and Decision-Making in Construction

Faculty of Engineering & Technology