| ELIGIBILITY |
|
| Candidates
are required to have passed an
appropriate Degree Examination
of Anna University or any other
University or Authority accepted
by the Syndicate of Anna University
as equivalent thereto: B.E / B.Tech.
Civil Engineering with 55% marks. |
|
| COURSE BRIEF |
|
| The
course is structured to
impart skills in designing
of traditional IC Engines
as well as latest combustion
and hybrid engine technologies.
|
|
| DURATION
|
|
|
Two year divided into 4
semesters |
|
| *
Common Entrance Test |
|
| For
M.E. Entrance |
|
| For
admission to ME Programme,
the student has to appear
for the Tamil Nadu Common
Entrance Test (Tancet)-
2004 conducted by Anna University
OR Common Entrance Test
conducted by the Committee
constituted by the Consoritum
of Professional, Arts andscience
Colleges in Tamil Nadu for
Management Quota Seat. |
|
| JOB
OPPORTUNITIES |
|
|
|
|
|
|
| This
program prepares the students
for global career in the field
of Structural Engineering. The
course structure is intended to
provide necessary skills in the
field of Structural Analysis and
Designing Commercial complexes,
Industrial Buildings, Town &
City Planning, Flyovers, Monuments,
Offshore structures, designing
new and renovated buildings &
bridges. The college has an excellent
infrastructure. Reputed Structural
Engineers in the country are associated
with the college. |
| |
| CURRICULUM
- M. E. (STRUCTURAL ENGINEERING) |
| |
| Semester
- I
Theory
Applied Mathematics
Matrix Computer Methods of Structural
Analysis
Structural Dynamics
Theory of Elasticity and Plasticity
Elective I
Elective II
|
| |
| Semester
- II
Theory
Concrete Structures
Experimental Techniques and
Instrumentation
Finite Element Analysis
Steel Structures
Elective III
Elective IV
|
| |
| Semester
- III
Theory
Elective III
Elective IV
Elective VIII
Practical
Practical Training (4 Weeks
in previous summer)
Seminar
Project work Phase I
|
| |
| Semester
- IV
Theory
Project work phase II
ELECTIVES
· Computer Aided Design
· Concrete Technology
· Design of Bridges
· Design of Foundation
Structures
· Design of Shell and
Spatial Structures
· Design of Steel concrete
composite structures
· Design of Structures
for Dynamics Loads
· Design of Tall Buildings
· Disaster Resistant
Structures
· Environmental Engineering
Structures
· Maintenance and Rehabilitation
of Structures
· Offshore Structures
· Optimization in Structural
Design
· Prefabricated Structures
· Prestressed Concrete
· Seismic Design of Structures
· Soil Structure Interaction
· Special Elective
. Stability of Structures
· Theory of Plates
. Wind and Cyclone Effects on
Structures
|
