M Sc. in Structural Engineering

M Sc. in Structural Engineering at Cosmos College of Management and Technology

M Sc. in Structural Engineering at Cosmos College of Management and Technology is a two-year, four-semester postgraduate program affiliated with Pokhara University. The course focuses on structural behaviour, analysis, design, construction, earthquake-resistant structures, and economical structural solutions. Students complete 48 credit hours of coursework and 12 credit hours of thesis work.

Classroom discussions, presentations, group work, case analysis, guest lectures, projects, workshops, seminars, and research activities form part of the learning process. The program is intended for graduates of Civil Engineering who want advanced academic and technical study in structural engineering.

Quick Highlights

Course Overview

The program provides advanced study in the analysis, design, and construction of structural infrastructure. Earthquake-resistant structural design is a central area of the course, along with the study of structural behaviour and economical design approaches.

Students examine how different structures respond to loads, environmental conditions, construction requirements, and seismic forces. The program also develops the ability to plan and carry out structural engineering assignments using suitable analytical methods and software.

Research forms a substantial part of the degree. Students participate in project work, presentations, guest lectures, workshops, seminars, and thesis research alongside their taught courses.

Program Background

Pokhara University’s Faculty of Science and Technology introduced the Master of Science in Structural Engineering program at the School of Engineering in 2017.

The program was developed in response to the need for advanced academic and technical knowledge related to structural safety and earthquake-resistant construction following the 2015 Gorkha earthquake.

At Cosmos College, the course is conducted within the civil engineering academic environment and connects advanced structural study with research, design, construction, and professional practice.

Who May Consider This Program?

The program is intended for graduates with a bachelor’s degree in Civil Engineering.

It may suit applicants interested in:

• Structural analysis and design

• Earthquake-resistant structures

• Structural behaviour

• Infrastructure design

• Construction and project responsibilities

• Engineering software

• Research and academic work

• Seismic design

• Structural consultancy

Students should be prepared for advanced analytical work, technical presentations, independent study, project assignments, and thesis research.

Program Objectives

The course aims to develop advanced knowledge and practical ability in structural engineering.

Its stated objectives include preparing students to:

• Understand structural behaviour in greater depth

• Analyse different types of structural infrastructure

• Design structural systems

• Plan and carry out structural engineering tasks independently

• Use suitable software for structural engineering work

• Study earthquake-resistant and economical structural design

• Conduct independent research in structural engineering

• Present and communicate technical findings

Duration and Credit Structure

The M Sc. in Structural Engineering program takes two years and is divided into four semesters.

Students must complete:

• 48 credit hours of coursework

• 12 credit hours of thesis work

• 60 credit hours in total

Each course is assigned credits according to its weekly lecture, tutorial, and practical hours. One lecture hour per week during a semester is assigned one credit.

The semester system uses continuous evaluation to assess student performance. Academic progression remains subject to the program’s credit requirements and applicable regulations.

Main Areas of Learning

Structural Behaviour

Students study how structures respond to loads, forces, materials, and environmental conditions.

Understanding structural behaviour supports the analysis and design of buildings and other forms of infrastructure.

Structural Analysis

Structural analysis examines the internal forces, stresses, movements, and responses that occur within a structure.

The course develops the ability to assess different structural systems and apply suitable analytical methods.

Structural Design

Structural design involves selecting and arranging structural components so that a structure can meet its intended purpose and performance requirements.

Students work with design principles related to different types of structural infrastructure.

Earthquake-Resistant Structures

Earthquake-resistant analysis, design, and construction are central parts of the program.

Students examine structural responses to seismic forces and study approaches used to reduce structural vulnerability during earthquakes.

Economical Structural Design

The program also considers the relationship between structural performance and economical design.

This area requires students to assess technical requirements while considering the practical use of materials, structural systems, and construction methods.

Engineering Software

Students develop the ability to use suitable software for structural analysis, planning, design, and related engineering tasks.

Software use forms part of the program’s focus on independent professional-level planning and implementation.

Research Methods and Thesis

Research is integrated into the postgraduate learning process.

Students undertake independent study in a structural engineering topic and complete 12 credit hours of thesis work. Thesis activities require research planning, analysis, technical writing, and presentation of findings.

Teaching and Learning Methods

The program uses both on-campus and off-campus learning activities.

On-Campus Learning

On-campus learning includes:

• Classroom discussions

• Presentations

• Group work

• Case analysis

• Guest lecture series

• Workshops

• Seminars

• Research discussions

Guest lectures may involve national and international specialists working in engineering or research-related areas.

Off-Campus Learning

Off-campus activities include:

• Project work

• Independent assignments

• Online instruction

• Research preparation

These methods allow students to work on engineering questions beyond scheduled classroom sessions.

Research Environment

Students are encouraged to participate in research activities throughout the program.

Research-related activities include:

• Project work

• Regular technical presentations

• Guest lectures

• Workshops

• Seminars

• Thesis preparation

• Research writing

• Academic publication activities

The college has also received research grants from the University Grants Commission and the Pokhara University Research Center for faculty research activities.

Skills Students May Develop

Coursework, research, presentations, and thesis activities may help students develop abilities in:

• Structural analysis

• Structural design

• Seismic assessment

• Earthquake-resistant design

• Engineering software use

• Infrastructure assessment

• Technical problem-solving

• Research planning

• Data interpretation

• Technical report writing

• Academic presentation

• Project planning and implementation

• Independent decision-making

The level of ability developed depends on academic participation, research quality, software practice, thesis work, and previous engineering experience.

Eligibility

Applicants must hold a bachelor’s degree in Civil Engineering.

They must also have:

• At least 16 years of formal education, including 12 years of schooling and four years of undergraduate study

• A minimum CGPA of 2.0 out of 4.0 at the bachelor’s level, or

• At least 50 percent marks in the bachelor’s degree

These academic conditions form the stated entry requirements for the program.

Application Documents

Applicants must submit the required documents with the application form.

The stated documents are:

• A completed and signed application form

• Attested transcripts from all academic institutions attended

Incomplete applications are not processed.

Enrollment remains conditional upon completion of admission formalities and payment of the fees determined by the college.

Applicants given provisional admission under special conditions must submit all necessary documents within one month from the beginning of regular classes. Failure to submit the documents within that period results in cancellation of admission.

Admission Procedure

The admission process begins with a public notice inviting applications.

The procedure includes the following stages:

1. Applicants obtain the application form and information brochure after paying the prescribed fee.

2. The college reviews the submitted application and academic documents.

3. Eligible applicants are informed about the entrance test.

4. The college communicates the entrance test date and time.

5. Final selection is based on the applicant’s aggregate performance in the entrance test, previous academic record, and experience.

6. Selected applicants complete the remaining admission and enrollment formalities.

Thesis Work

The thesis accounts for 12 credit hours of the program.

It requires students to conduct independent research on a topic connected with structural engineering. The work may involve structural behaviour, analysis, design, earthquake resistance, construction, infrastructure, or another approved area within the discipline.

Students are expected to define a research problem, select suitable methods, examine findings, prepare a formal written thesis, and present their work.

Career Pathways

Graduates may consider professional and academic work related to structural analysis, design, construction, seismic safety, infrastructure development, project coordination, and research.

Possible roles include:

• Structural Engineer

• Design Engineer

• Project Manager

• Construction Consultant

• Seismic Design Specialist

• Infrastructure Development Expert

• Researcher

• University Professional

Potential workplaces include construction companies, engineering consultancies, research institutions, government agencies, universities, international organizations, NGOs, and INGOs.

Structural engineering professionals may contribute to infrastructure planning, structural design, project supervision, building-code-related work, disaster resilience, and urban development projects.

Career outcomes depend on technical competence, prior experience, research ability, professional requirements, organizational needs, and available positions.

Professional Associations

Graduates may seek membership or professional affiliation with organizations such as:

• Structural Engineers Association Nepal

• Nepal Engineers’ Association

• Relevant international engineering organizations

Membership requirements and professional benefits are governed by the respective organizations.

Department of Civil Engineering

The program is connected with the Department of Civil Engineering at Cosmos College of Management and Technology.

Er. Sujant Jha serves as Head of the Department of Civil Engineering and Additional Associate Professor. He holds an MSc in Structural Engineering.

The department’s academic approach includes engineering analysis, laboratory work, project activities, research, critical thinking, and technical decision-making.

College Facilities and Academic Resources

Students study within the academic setting of Cosmos College of Management and Technology, which includes:

• Classrooms

• Laboratories

• Library

• Collaborative spaces

These resources support classroom discussions, group work, presentations, research preparation, technical study, and project activities.

Scholarships

CCMT has scholarship arrangements that include:

• Full scholarships following Pokhara University norms and standards

• Merit-based limited scholarships

• Scholarships for female students

• Scholarships for Dalit students

• Scholarships for students from underprivileged areas

• Semester-wise performance scholarships

When a student qualifies for more than one scholarship in the same semester, the scholarship with the higher value is awarded for that semester.

Contact Details

College: Cosmos College of Management and Technology
Location: Sitapaila-15, Kathmandu, Nepal
Phone: +977-1-5970000, +977-1-5151704, +977-1-5151411
Email: info@cosmoscollege.edu.np
Website: www.cosmoscollege.edu.np

Frequently Asked Questions

What is M Sc. in Structural Engineering?

M Sc. in Structural Engineering is a postgraduate engineering program covering structural behaviour, structural analysis, design, construction, earthquake-resistant structures, and research.

How long is the program at Cosmos College?

The program takes two years and is divided into four semesters.

Which university is the program affiliated with?

The M Sc. in Structural Engineering program at Cosmos College of Management and Technology is affiliated with Pokhara University.

How many credits are required?

Students must complete 48 credit hours of coursework and 12 credit hours of thesis work, making a total of 60 credit hours.

Who is eligible to apply?

Applicants must have a bachelor’s degree in Civil Engineering, at least 16 years of formal education, and either a minimum CGPA of 2.0 out of 4.0 or at least 50 percent marks at the bachelor’s level.

Is an entrance test required?

Yes. Eligible applicants are informed to take an entrance test as part of the admission process.

How are applicants selected?

Final selection is based on aggregate scores from the entrance test, previous academic records, and experience.

Which documents are required with the application?

Applicants must submit a completed and signed application form and attested transcripts from all academic institutions attended.

Does the program include a thesis?

Yes. The thesis carries 12 credit hours and requires independent research in an approved area of structural engineering.

What teaching methods are used?

The program uses classroom discussions, presentations, group work, case analysis, guest lectures, project work, workshops, seminars, online instruction, and research activities.

What career roles may graduates consider?

Graduates may consider roles such as structural engineer, design engineer, project manager, construction consultant, seismic design specialist, infrastructure development expert, researcher, and university professional.