Programs - MS Civil Engineering

Program Scope:

Infrastructure and energy serves as the backbone for progress and economic development of a country. Pakistan is gifted with abundant water resources by the Almighty ALLAH.  The most economical renewal energy is linked with hydro-power 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. Keeping in view the above needs the department of civil engineering, MY University is offering MS degree program in the above fields.

Admission Requirements

  • B.Sc./BS/BE/B-Tech. in Civil Engineering or equivalent.
  • Minimum 50% marks or 2.00 CGPA on the scale of 4.00 in qualifying degree
  • Admission test
  • The applications of the applicants with the Bachelor’s degree other than Civil Engineering will be reviewed by Civil Engineering Graduate Admission Committee. The committee will decide eligibility and number of deficit undergraduate courses. The students will be required to attend a so called “zero semester” to compensate the deficiencies. The obtained Credit Hours (Cr. Hrs.) in zero semester will neither be considered in MS degree nor will be claimable for any other purpose or certificate etc.

Degree Requirements

There are two options (Subject to approval by committee) available for completion of MS degree:

Option 1: Thesis

  • 24 Credit Hours course work (8 courses of 3 Cr. Hrs. each, which include 5-major/core courses and 3-minor courses)
  • 06 Credit Hours Thesis
  • Total 30 Credits

Option 2: Non-Thesis

  • 30 Credit Hours course work (10 courses of 3 Cr. Hrs. each, which include 7-major/core courses and 3-minor courses)

Duration and frequency

  • The Minimum duration to complete the degree is 2 years with 4 regular semesters.
  • In case of option 1 the final semester will be dedicated to Thesis
  • Maximum of 3 courses per semester
  • The Maximum duration to complete the degree is 4 years from the date of admission
  • The programs will be offered every year in Fall semester. Admission process will commence in June. Details will be provided at www.myu.edu.pk.

Core Courses (Structural Engineering):

Sr. No

Course Code

Subjects

1

CE 501

Research Methodology

2

CE 502

Statistical Analysis with Computer Application

3

CE 510

Advanced Structural Analysis

4

CE 511

Advanced Reinforced Concrete

5

CE 512

Properties of Structural Materials

6

CE 513

Pre-stressed Concrete

7

CE 514

Advanced Mechanics of Solids

8

CE 515

Design of Masonry Structures

9

CE 516

Repair, Maintenance and strengthening of Structures

10

CE 517

Durability of Concrete Structures

11

CE 518

Structural Assessment and Rehabilitation

12

CE 519

Advanced Concrete Technology

13

CE 610

Design of Tall Structures

14

CE 611

Structural Dynamics

15

CE 612

Seismic Analysis and Design

16

CE 613

Bridge Engineering

17

CE 614

Advanced Steel Structures

18

CE 615

Finite Element Method

19

CE 616

Performance Based Seismic Design

20

CE 617

Non Linear Structural Analysis

21

CE 618

Fiber Reinforced Polymers

22

CE 619

Structural Fire Engineering

23

CE 620

Design of Special Structures

24

CE 621

Theory of Plates and Shells

25

CE 622

Stability of Structures

26

CE 623

Structural Optimization

27

CE 624

Serviceability of Concrete Structures

28

CE 625

Seismology and Earthquake Engineering

29

CE 626

Computational Modeling of Materials and

Structures

30

CE 627

Fracture Mechanics

31

CE 628

Fiber Reinforced Composites

32

CE 629

Computer Methods in Structural Analysis

33

CE 630

Probability and Statistics

34

CE 631

Nanotechnology in Concrete

35

CE 632

Wind Engineering in Structures

 

Core Courses (Transportation Engineering):

Sr. No

Course Code

Subjects

1

CE 520

Transportation Planning and Engineering

2

CE 521

Traffic Engineering and Management

3

CE 522

Railway Engineering

4

CE 523

Pavement Evaluation and Rehabilitation

5

CE 524

Pavement Management System

6

CE 525

Highway Construction Materials & Equipment

7

CE 526

Asphalt Mix Design and Construction

8

CE 527

Traffic Management Analysis

9

CE 528

Geo technical Aspects of Highways

10

CE 529

Pavement Distress Identification and Preservation

11

CE 633

Pavement Analysis and Design

12

CE 634

Geometric Design and Highway Engineering

13

CE 635

Harbor and Dock Engineering

14

CE 636

Bridge and Tunnel Engineering

15

CE 637

Application of RS & GIS

16

CE 638

Transportation Infrastructure Asset Management

17

CE 639

Intelligent Transportation System (ITS)

18

CE 640

Airport Planning and Design

19

CE 641

Advanced Probability and Statistics for

Transportation Engineering

20

CE 642

Urban Transport System Evaluation

21

CE 643

Public Transportation system

22

CE 644

Traffic Impact and Safety Studies

23

CE 645

Transportation Economics

24

CE 646

Waterways Transportation

25

CE 647

Travel Demand Forecasting

26

CE 648

Research Methods in Engineering

27

CE 630

Probability and Statistics

Core Courses (Water resources Engineering):

Sr. No

Course Code

Subjects

1

CE 532

Irrigation Engineering and Practices

2

CE 533

Applied Hydrology

3

CE 534

Sediment Transport

4

CE 535

Drainage Engineering

5

CE 536

Ground Water Engineering

6

CE 537

Water Supply and Sewer System Design

7

CE 530

Hydraulic Structures

8

CE 531

Hydropower Engineering

9

CE 650

Application of RS and GIS

10

CE 651

Advanced Open Channel Hydraulics

11

CE 652

Climate Change and Hydraulically Cycle

12

CE 653

Water Quality Management

13

CE 654

Dam Engineering

14

CE 655

Urban Flood Modelling

15

CE 656

Advanced Fluvial Hydraulics

16

CE 657

Advanced Fluid Mechanics

17

CE 658

Soil Erosion & watershed Management

18

CE 659

Hydrological Systems Modeling

19

CE 660

Water Resources Economics, Planning &

Management

20

CE 661

Computational Hydraulics

21

CE 662

Urban Flood Management

22

CE 663

Irrigation System Design and Management

23

CE 664

Data Driven Modelling and Real Time Control of

Water Systems

24

CE 665

Modelling Theory and Information Management

25

CE 666

Design and Construction of Earthen Dam

26

CE 667

Coastal Engineering

27

CE 668

River Basin Modelling

28

CE 669

Water Law and Policy

29

CE 670

Planning, Development, and Management of

Hydropower Systems

30

CE 671

Hydrodynamics

31

CE 630

Probability and Statistics


 

 

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