Programs - Structural Engineering

About the program
Subjects

About the program

Certificate awarded

Major

Program outcomes

Program objectives

Job Market

Description

M.Sc. Degree

Program content

Duration

1 Term

General credits

1

Elective credits

1

Compulsory credits

1

Total credits

1

Subjects

Subject code
GRE601
Subject name	Research Methods
Credits	3
Subject type	Compulsory
Subject prerequisites	-

CES602
Subject name	Advanced Concrete Technology
Credits	3
Subject type	Compulsory
Subject prerequisites	-

CES603
Subject name	Fundamentals of Structural Mechanics
Credits	3
Subject type	Compulsory
Subject prerequisites	-

CES604
Subject name	Approximate Methods of Structural Analysis
Credits	3
Subject type	Compulsory
Subject prerequisites	-

CES605
Subject name	Advanced Reinforced Concrete Design
Credits	3
Subject type	Compulsory
Subject prerequisites	-

CES606
Subject name	Design of Pre-stressed Concrete Structures
Credits	3
Subject type	Elective
Subject prerequisites	-

CES607
Subject name	Design of Thin Concrete Structures
Credits	3
Subject type	Elective
Subject prerequisites	-

CES608
Subject name	Optimum Structural Design
Credits	3
Subject type	Elective
Subject prerequisites	-

CES609
Subject name	Methods of Engineering Computation
Credits	3
Subject type	Elective
Subject prerequisites	-

CES610
Subject name	Advanced Analysis of Multistory Reinforced Concrete Structures
Credits	3
Subject type	Elective
Subject prerequisites	-

CES611
Subject name	Matrix Structural Analysis
Credits	3
Subject type	Elective
Subject prerequisites	-

CES612
Subject name	Introduction to Structural Dynamics
Credits	3
Subject type	Elective
Subject prerequisites	-

CES613
Subject name	Theory of Elastic Stability
Credits	3
Subject type	Elective
Subject prerequisites	-

CES614
Subject name	Theory of Elasticity
Credits	3
Subject type	Elective
Subject prerequisites	-

CES615
Subject name	Theory of Plates
Credits	3
Subject type	Elective
Subject prerequisites	-

CES616
Subject name	Theory of Shells
Credits	3
Subject type	Elective
Subject prerequisites	-

CES617
Subject name	Bending and Torsion Design in Structural Members
Credits	3
Subject type	Elective
Subject prerequisites	-

CES618
Subject name	Design of Steel Structures
Credits	3
Subject type	Elective
Subject prerequisites	-

CES619
Subject name	Advanced Mechanics of Solids
Credits	3
Subject type	Elective
Subject prerequisites	-

CES620
Subject name	Finite Element Method
Credits	3
Subject type	Elective
Subject prerequisites	-

CES621
Subject name	Engineering Mathmatics
Credits	3
Subject type	Elective
Subject prerequisites	-

CES697
Subject name	Special Topics
Credits	3
Subject type	Elective
Subject prerequisites	-

CES698
Subject name	Seminar
Credits	1
Subject type	Elective
Subject prerequisites	-

Subject code	Subject name	Credits	Subject type	Subject prerequisites
GRE601	Research Methods	3	Compulsory	-

CES602	Advanced Concrete Technology	3	Compulsory	-

CES603	Fundamentals of Structural Mechanics	3	Compulsory	-

CES604	Approximate Methods of Structural Analysis	3	Compulsory	-

CES605	Advanced Reinforced Concrete Design	3	Compulsory	-

CES606	Design of Pre-stressed Concrete Structures	3	Elective	-

CES607	Design of Thin Concrete Structures	3	Elective	-

CES608	Optimum Structural Design	3	Elective	-

CES609	Methods of Engineering Computation	3	Elective	-

CES610	Advanced Analysis of Multistory Reinforced Concrete Structures	3	Elective	-

CES611	Matrix Structural Analysis	3	Elective	-

CES612	Introduction to Structural Dynamics	3	Elective	-

CES613	Theory of Elastic Stability	3	Elective	-

CES614	Theory of Elasticity	3	Elective	-

CES615	Theory of Plates	3	Elective	-

CES616	Theory of Shells	3	Elective	-

CES617	Bending and Torsion Design in Structural Members	3	Elective	-

CES618	Design of Steel Structures	3	Elective	-

CES619	Advanced Mechanics of Solids	3	Elective	-

CES620	Finite Element Method	3	Elective	-

CES621	Engineering Mathmatics	3	Elective	-

CES697	Special Topics	3	Elective	-

CES698	Seminar	1	Elective	-