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Course Contents |
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SECOND YEAR |
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| SEMESTER I |
Subject Title |
| Engineering Mathematics III |
| Building Materials and Construction |
| Strength of Materials |
| Engineering Geology |
| Engineering Economics and Management |
| Communication Skills and Technical Visits |
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| SEMESTER II |
Subject Title |
| Fluid Mechanics I |
| Building Planning and Built Environment |
| Surveying I |
| Concrete Technology |
| Theory of Structures I |
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2003 REVISED COURSE CLASS: T. E. CIVIL |
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| SEMESTER I |
Subject Title |
| Theory of Structures I |
| Fluid Mechanics II |
| Structural Design I |
| Geotechnical Engineering |
| Construction Tech. & Machinery |
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| SEMESTER II |
Subject Title |
| Advanced Surveying |
| Project Management & Computer Applications |
| Structural Design II |
| Environmental Engineering I |
| Transportation Engineering I |
| Seminar |
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2003 REVISED COURSE CLASS: B. E. CIVIL |
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| SEMESTER I |
Subject Title |
| Hydrology and Irrigation. |
| Environmental Engineering II |
| Quantity Surveying, Contracts and Tenders |
| Structural Design III |
| Elective I |
| Project Work. |
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| SEMESTER II |
Subject Title |
| Project Work. |
| Elective II |
| Dams and Hydraulic Structures |
| Transportation Engineering II |
| Foundation Engineering |
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ELECTIVE I |
ELECTIVE II |
| Advanced Geotechnical Engineering |
Advanced Concrete Technology |
| Systems Approach in Civil Engineering |
Earthquake Engineering |
| Finite Element Method |
Advanced Transportation Engineering |
| Structural Design of Bridges |
Advanced Structural Design |
| Architecture and Town Planning. |
Construction Management |
| Advance Environmental Management |
Integrated Water Resources Planning and Management |
| Geo informatics |
Advanced Engineering Geology with Rock Mechanics |
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Course Structure for M.E. (CIVIL) (STRUCTURES) |
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Subjects As per university curriculum |
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REVISED COURSE STRUCTURE FOR M.E. (Civil/Structures)
w.e.f. June – 2008 |
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Semester I
1. Structural Mathematics
2. Advanced Solid Mechanics
3. Structural Dynamics
4. Elective I
a) Advanced Design of Concrete Structures
b) Structural Design of Concrete Bridges
c) Design of Composite Construction
d) Design of Foundations
5. Elective II
a) Advanced Design of Metal Structures
b) Structural Design of Steel Bridges
c) Plastic Analysis and Design of Steel Structures
d) Design of Industrial Steel Structures
Lab Practice I
Seminar I
Semester II
1. Theory of Plates and Shells
2. Finite Element Method
3. Management in Structural Engineering
4. Elective III
a) Earthquake Resistant Design of Structures
b) Structural Stability
c) Structural Reliability
d) Non-linear Analysis of Structures
5. Elective IV (Open)
a) Mechanics of Modern Materials
b) Theory of Plasticity
c) Biomaterials and Biomechanics
d) Optimization Techniques.
Lab Practice II
Seminar II
Semester III
1. Seminar III
2. Project Stage I
Semester IV
1. Project Stage II |
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