Exam Type

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Nepal, as a developing country, is undergoing rapid infrastructural expansion, creating a high demand for skilled civil engineers. Structural engineering plays a vital role in designing components for a wide range of projects—such as water supply systems, hydropower plants, irrigation networks, transportation infrastructure, environmental works, and building construction.

Despite this growing demand, the country currently has fewer than 150 structural engineers. To put this into perspective, a single hydropower project may require over five structural engineers, while a large building project may need at least three. Given the surge in civil construction activities across the country, Nepal urgently needs a significantly larger pool of structural engineering professionals.

To address this gap, the Master's program in Structural Engineering has been designed to produce competent professionals capable of handling complex structural analysis and design challenges. This advanced course equips students with both theoretical knowledge and practical skills, enabling them to contribute effectively to Nepal’s infrastructure development and meet the evolving demands of the construction industry.

Eligibility

Candidates who have completed 4 years Bachelor of Engineering (Civil Engineering) with minimum 2.0 CGPA (on a maximum 4 point grading system) or 50% in aggregate marks are eligible to apply for the Master Degree Program in Structural Engineering

Curricular Structure

First Semester

Course Code

Course Title

Type

Credits

MSTR500

Dynamics of Structures

Core

3

MSTR501

Advanced Structural Analysis

Core

3

MSTR503

Seismic Hazard Analysis and Retrofitting Techniques

Core

3

 

Elective I

Elective

3

 

Elective II

Elective

3

Total Credits Hours

15

Second Semester

Course Code

Course Title

Type

Credits

MSTR502

Seismic Resistant Design of Structures

Core

3

MSTR504

Advanced Structural Design of Concrete Structures

Core

3

MSTR505

Finite Element Method

Core

3

 

Elective III

Elective

3

 

Elective IV

Elective

3

Total Credits Hours

15

Third Semester

Course Code

Course Title

Type

Credits

MSTR506

Prescribed 1

Core

3

MSTR507

Prescribed 2

Core

3

MSTR508

Problem Assessment Project

Core

9

Total Credits Hours

15

Fourth Semester

Course Code

Course Title

Type

Credits

MSTR509

Research Thesis

Core

15

Total Credits Hours

15

Elective (Semester I)

Course Code

Course Title

Type

Credits

MSTR510

Theory of Elasticity and Plasticity

Elective

3

MSTR511

Earthquake Disaster Management

Elective

3

MSTR512

Computer Aided Design and Lab Works

Elective

3

MSTR513

Design of Bridge Structure

Elective

3

MSTR514

Elements of Non – Linear Structures

Elective

3

MSTR515

Lab Tests on Concrete

Elective

3

Elective (Semester II)

Course Code

Course Title

Type

Credits

MSTR516

Advanced Design of Hydraulic Structures

Elective

3

MSTR517

Design of Prestressed Concrete Structures

Elective

3

MSTR518

Advanced Structural Design of Steel Structure

Elective

3

MSTR519

Advanced Foundation Engineering

Elective

3

MSTR520

Elements of Masonry Structures

Elective

3

ITPG533

Research Methodology

Elective

3

Note: Students will write a thesis in the fourth semester. However, the thesis work must start from the beginning of third semester, which is in the form of Project.

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