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Admission Qualification :
The candidate seeking admission to the M.Tech in Civil must have passed B.E/B.Tech in Civil or Equivalent of any recognized board / Council.
Program Duration :
The program duration for M.Tech in Civil Engineering will be Two years comprising of Four Semesters but the candidate will have to complete the program within six years from the session of enrollment.
Civil Engineering is an age-old profession and has bee%n defined traditionally as “a great art, on which the wealth and the well-being of the whole of society depends. Its essential feature, as distinct from science and the arts, is the exercise of imagination to fashion the products processes and people needed to create a sustainable physical and natural environment. It requires a broad understanding of scientific principles, knowledge of materials and the art of analysis and synthesis. It also requires research team work, leadership and business skills.” A Civil Engineer is someone who practices all or part of this art. Our old monuments and structures speak a lot about practical development of Civil Engineering in this country. Looking to the importance and development of this profession, most of the countries including UK, USA, Australia, Japan, China etc. created their separate societies to help ensure and maintain high standards among its members, a role that they continue to play even today. The Institution of Civil Engineers (India) is one such Institution of its kind for Civil Engineering and Architectural Engineering Education in this country which provides avenues for quality education in these disciplines. It also contributes to the strengthening of resources for Civil Engineering as well as Architectural Engineering.
2 YEARS DEGREE COURSE
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| The degree course comprises following subjects in respective years. |
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First Semester
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Second Semester
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Code
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Subject
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Credits
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Code
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Subject
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Credits
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MFC1
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Numerical Methods in Civil Engineering
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4
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MFC5
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Advanced Structural Analysis
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4
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MFC2
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Applied Elasticity & Plasticity
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4
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MFC6
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Geotechnical Engineering
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4
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MFC3
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Behaviour & Design of reinforced Concrete Structure
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4
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MFC7
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Finite Element Method in Engg.
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4
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MFC4
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Pavement Material
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4
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MFC8
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Highway Engineering
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4
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MFC3P
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Behaviour & Design of reinforced Concrete Structure Practical
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4
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MFC5P
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Advanced Structural Analysis Practical
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4
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Total Credits
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20
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Total Credits
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20
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SECOND YEAR
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Third Semester
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Fourth Semester
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Code
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Subject
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Credits
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Specialization
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MSC1
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Prestressed Concrete
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4
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Highway & Transportation Engineering
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MSC2
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High Rise Structures
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4
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MSHW01
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Highway Engineering Economics
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MSC3
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Planning & Design of Airports
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4
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MSHW02
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Highway Engineering & Design
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MSC4
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Transportation System Planning
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4
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MSHW03
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Highway Maintenance and Management System
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MSC1P
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Prestressed Concrete Practical
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4
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MS04
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Project
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Total Credits
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20
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Hydrology & Water Resourced Engineering
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MSHWR01
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Irrigation and Water Resourced Engineering
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MSHWR02
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Water Resourced System & Planning
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MSHWR03
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Hydrology
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MS04
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Project
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Structural Engineering
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MSS01
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Design of Industrial Structures & Bridges
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MSS02
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Design of Hydraulic Structures
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MSS03
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Plastic Analysis of Metallic Structures
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MS04
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Project
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