The M.Sc Earthquake Engineering at Thapathali Campus is a two-year postgraduate engineering program conducted through the Department of Civil Engineering under the Institute of Engineering (IOE), Tribhuvan University. The program is organized across four semesters, carries 60 credits, and has an intake of 20 students.
The curriculum focuses on earthquake engineering through structural mechanics, vibration, engineering seismology, geotechnical earthquake engineering, seismic-resistant structural design, finite element methods, specialized electives, project work, and a research thesis. Eligibility is BE in Civil Engineering, and the stated degree award is M.Sc in Earthquake Engineering (Civil Engineering).
| Particular | Details |
|---|---|
| Course | M.Sc Earthquake Engineering |
| Level | Master's Degree |
| Institution | Thapathali Campus |
| Department | Civil Engineering |
| Institute | Institute of Engineering (IOE) |
| University | Tribhuvan University |
| Duration | 2 Years |
| Academic Structure | 4 Semesters |
| Total Credits | 60 |
| Intake | 20 Seats |
| Eligibility | BE in Civil Engineering |
| Degree Award | M.Sc in Earthquake Engineering (Civil Engineering) |
| Location | Thapathali, Kathmandu, Nepal |
The first semester establishes the main analytical and seismic foundations of the program. Students study Solid Mechanics, Theory of Vibrations, Engineering Seismology, and Geotechnical Earthquake Engineering. Each course carries four credits, giving the semester a total of 16 credits.
Theory of Vibrations covers single-degree and multi-degree systems, continuous structural systems, nonlinear dynamic analysis, and random vibration. Engineering Seismology addresses earthquake generation, seismic waves, earthquake recording, ground-motion parameters, seismic signal processing, and related engineering applications.
The second semester contains Seismic Resistant Design of Structures, Finite Element Methods, Elective I, and Elective II. These four courses also carry 16 credits in total.
The third semester consists of Elective III, Elective IV, and a four-credit Project, for a total of 12 credits. The final semester is devoted to a 16-credit Thesis. Thesis work begins from the start of the third semester and may be associated with the project work.
| Semester | Credits | Courses |
|---|---|---|
| Year I, Part I | 16 | Solid Mechanics, Theory of Vibrations, Engineering Seismology, Geotechnical Earthquake Engineering |
| Year I, Part II | 16 | Seismic Resistant Design of Structures, Finite Element Methods, Elective I, Elective II |
| Year II, Part I | 12 | Elective III, Elective IV, Project |
| Year II, Part II | 16 | Thesis |
The program provides four elective groups. Elective availability depends on the availability of resource persons.
Elective I includes Computer Application for Earthquake Engineering, Non-Linear Analysis of Structures, and Research Methodology. Elective II includes Structural Health Monitoring, Seismic Resistant Design of Substructures, Design and Testing of Seismic Resistant Masonry, and Disaster Risk Evaluation, Policies and Management.
Elective III includes Advanced Optimization Techniques in Earthquake Engineering, Performance Based Design of Structures, Design of Industrial Structures, and Seismic Risk Assessment and Retrofitting Techniques.
Elective IV includes Application of AI Tools in Earthquake Engineering, Structural Control and Base Isolation, Design of Bridges, and Earthquake Engineering Laboratory.
The project component carries four credits and is placed in Year II, Part I. It is designed for approximately three months of full-time work. Project and thesis themes may involve industrial or organizational problems, community-based work, literature-based study, analytical or experimental work, prototypes, case studies, or field-based research.
The thesis carries 16 credits in the fourth semester. Research starts from the beginning of the third semester, and students may work with one or more supervisors.
This structure gives research a substantial place in the program rather than limiting postgraduate study to taught subjects.
Eligibility for admission is BE in Civil Engineering.
Admission to postgraduate engineering study at Thapathali Campus follows the Institute of Engineering and Tribhuvan University framework. Graduate applicants are required to meet the applicable academic requirements and qualify through the IOE postgraduate entrance process.
Core and elective theory courses generally use internal assessment together with final examinations. For the first-semester courses, the structure assigns 40 marks to assessment and 60 marks to the final examination for each four-credit subject. The same 40/60 structure is used for the second-semester core and elective courses.
Project and thesis components use their own assessment arrangements. The Project carries 100 assessment marks, while the Thesis carries 100 marks.
Academic assessment, examinations, results, and the final degree award operate under the applicable IOE and Tribhuvan University rules.
The program brings together structural, geotechnical, seismic, computational, and research-based study. Depending on elective choice, students may work with nonlinear structural analysis, structural monitoring, performance-based design, seismic retrofitting, substructure design, masonry, optimization, structural control, base isolation, bridges, disaster risk, or earthquake engineering laboratory methods.
The Earthquake Engineering Laboratory elective includes practical work involving non-destructive testing, micro-tremor measurement, pseudo-dynamic testing, and shock-table or shake-table testing.
Through the curriculum, students may develop stronger analytical ability in structural dynamics, seismic analysis, structural response, geotechnical earthquake engineering, finite element methods, seismic-resistant design, research methods, and technical investigation.
Project and thesis work can also develop experience in defining an engineering problem, selecting an appropriate research approach, analyzing results, and preparing structured academic work.
The exact technical emphasis depends partly on elective selection and the research topic chosen.
Graduates may explore work or research related to earthquake engineering, seismic structural analysis, earthquake-resistant design, structural assessment, retrofitting, geotechnical earthquake engineering, structural monitoring, seismic risk assessment, and related civil engineering fields.
Career options depend on professional requirements, technical competence, research experience, individual specialization, and available positions. The program can also provide a base for further research in earthquake, structural, geotechnical, seismic-risk, and related civil engineering areas.
It is a postgraduate Civil Engineering program under the Institute of Engineering, Tribhuvan University. The curriculum focuses on earthquake engineering through structural mechanics, vibrations, seismology, seismic design, geotechnical earthquake engineering, computational methods, electives, project work, and thesis research.
The program takes two academic years and is organized into four semesters.
The program carries 60 credits: 16 credits in each of the first two semesters, 12 credits in the third semester, and 16 credits for the fourth-semester thesis.
The intake for M.Sc Earthquake Engineering is 20 seats.
The stated eligibility is BE in Civil Engineering.
Yes. Year II, Part I includes a four-credit Project designed for approximately three months of full-time work.
Yes. The fourth semester includes a 16-credit Thesis. Thesis work begins from the start of the third semester and may be linked with the project work.
Yes. The curriculum has four elective groups covering areas such as nonlinear analysis, structural health monitoring, seismic retrofitting, performance-based design, structural control, base isolation, bridges, disaster risk, optimization, and earthquake engineering laboratory work. Electives are offered according to resource-person availability.
Tribhuvan University awards the degree. The stated award is M.Sc in Earthquake Engineering (Civil Engineering).
