The Doctor of Philosophy (PhD) in Sustainable and Resilient Infrastructure (SRI) at Madan Bhandari University of Science and Technology (MBUST) is a research-based doctoral program focused on infrastructure safety, disaster resilience, sustainable construction materials, structural engineering, and infrastructure planning.
The program combines advanced engineering research with scientific methods, development policy, and community-oriented infrastructure planning. Its research areas include earthquake-resistant rural buildings, sustainable construction materials, structural monitoring, retrofitting, risk-sensitive settlement planning, and rural tourism infrastructure.
Doctoral students undertake core coursework, technical electives, and independent thesis research. The program emphasizes investigating infrastructure problems associated with Nepal's mountainous terrain, seismic activity, climate-related hazards, rural settlements, and cultural heritage.
MBUST offers the program at its campus in Chitlang, Thaha Municipality, Makawanpur District, Bagmati Province, Nepal.
| Particulars | Details |
|---|---|
| Program | Doctor of Philosophy in Sustainable and Resilient Infrastructure |
| Abbreviation | PhD in SRI |
| University | Madan Bhandari University of Science and Technology (MBUST) |
| Academic Level | Doctoral |
| Academic Structure | 6 semesters |
| Total Credits | 77 |
| Core Coursework | 12 credits |
| Technical Electives | 15 credits |
| Thesis Credits | 50 |
| Study Approach | Research-based doctoral education |
| Major Areas | Structural Engineering, Sustainable Materials, Disaster Resilience, Infrastructure Planning |
| Research Component | Independent doctoral thesis |
| Location | Chitlang, Makawanpur, Bagmati Province, Nepal |
The PhD in Sustainable and Resilient Infrastructure examines how infrastructure can be designed, assessed, maintained, and improved to withstand natural and human-induced hazards.
The program addresses infrastructure challenges associated with earthquakes, flooding, landslides, climate change, environmental degradation, and settlement development.
Its academic scope extends beyond conventional structural engineering. Students investigate the relationship between infrastructure design, environmental conditions, construction materials, development policy, community needs, and the requirements of particular economic sectors.
Rural tourism is a significant research application within the SRI program. Research subjects include resilient accommodation structures, hiking and trekking trails, rural access routes, traditional buildings, and settlement planning.
The doctoral degree provides opportunities to investigate these subjects through independent scientific research.
The PhD in Sustainable and Resilient Infrastructure aims to develop advanced research competencies in engineering and infrastructure development.
Its principal objectives include:
Investigating infrastructure safety and resilience against natural hazards.
Applying engineering methods to structural assessment, design, and rehabilitation.
Examining sustainable construction materials and their technical properties.
Conducting independent research on infrastructure planning and development.
Studying disaster risk assessment and mitigation methods.
Investigating community-based and risk-sensitive land use planning.
Examining infrastructure requirements associated with rural tourism and traditional settlements.
Developing scientific communication and doctoral thesis research competencies.
The program connects infrastructure engineering with environmental, economic, social, and cultural considerations.
The PhD in SRI follows a six-semester academic structure carrying 77 credits.
The curriculum includes core coursework, technical electives, compulsory non-credit study, and doctoral thesis research.
| Academic Component | Credits |
|---|---|
| Core Coursework | 12 |
| Technical Electives | 15 |
| Doctoral Thesis | 50 |
| Total | 77 |
Thesis research accounts for 50 credits, making independent scientific investigation the largest academic component of the degree.
The first semester introduces sustainable infrastructure principles, tourism-sector requirements, research methods, and development policy.
| Course Code | Course Title | Credits |
|---|---|---|
| SRI-CR-501 | Sustainable and Resilient Development Principles and Practices | 3 |
| SRI-CR-502 | Fundamentals of Tourism | 3 |
| GC-CR-502 | Research Methodology, Scientific Communication and Data Mining | 3 |
| GC-CR-501 | Development Policy | 3 |
| Total | 12 |
These courses establish the scientific and policy-related foundations for subsequent doctoral research.
Fundamentals of Tourism introduces the sectoral considerations relevant to the program's research on rural tourism infrastructure.
The second semester includes three technical electives, thesis research, and a compulsory non-credit course.
| Course Code | Course Title | Credits |
|---|---|---|
| SRI-TH-699 | Thesis | 4 |
| SRI-EL-XXX | Elective II | 3 |
| SRI-EL-XXX | Elective III | 3 |
| SRI-EL-XXX | Elective IV | 3 |
| GC-NC-551 | Entrepreneurship and Leadership | 0 |
| Total | 13 |
Technical electives support specialization within the student's intended research area.
The semester also introduces thesis work, connecting advanced coursework with independent investigation.
| Course Code | Course Title | Credits |
|---|---|---|
| SRI-TH-699 | Thesis | 12 |
| SRI-EL-XXX | Elective V | 3 |
| Total | 15 |
The third semester combines doctoral thesis research with an additional technical elective.
Students continue investigating their selected research problem using appropriate scientific and engineering methods.
| Course Code | Course Title | Credits |
|---|---|---|
| SRI-TH-699 | Thesis | 12 |
| SRI-EL-XXX | Elective VI | 3 |
| Total | 15 |
The fourth semester continues thesis research alongside the final identified technical elective.
The academic structure allows students to connect specialized engineering study with their doctoral investigation.
| Course Code | Course Title | Credits |
|---|---|---|
| SRI-TH-699 | Thesis | 11 |
| Total | 11 |
The fifth semester is allocated to doctoral thesis research.
Students continue scientific investigation, technical analysis, and development of research findings.
| Course Code | Course Title | Credits |
|---|---|---|
| SRI-TH-699 | Thesis | 11 |
| Total | 11 |
The sixth semester concentrates on the doctoral thesis, completing the six-semester, 77-credit academic structure.
Research on rural buildings examines the safety and structural performance of buildings constructed using different materials and techniques.
Identified research subjects include:
Resilience of stone and brick masonry buildings.
Structural performance of bamboo and timber buildings.
Structural health monitoring of existing buildings.
Low-cost retrofitting methods.
Sustainable and resilient homestay structures.
These subjects connect structural engineering with rural construction methods and the assessment of existing buildings.
Construction materials research examines the development, improvement, and application of materials used in infrastructure.
The identified areas include sustainable construction material alternatives, improvement of existing materials, and nanotechnology applications.
Research may involve investigating material properties, testing performance, and examining alternative construction methods suitable for particular infrastructure requirements.
Rural transportation research includes the design and development of hiking and trekking trails.
The program also considers infrastructure associated with rural tourism, including resilient guesthouses, access routes, and buildings adapted to local construction conditions.
This research connects engineering design with tourism-sector requirements and the physical characteristics of rural settlements.
This research area examines infrastructure planning in relation to disaster exposure, settlement characteristics, and community needs.
Principal subjects include risk-sensitive land use planning in traditional settlements, socioeconomic studies of rural tourism, and strategies supporting local recovery through sustainable infrastructure practices.
The program also considers cultural heritage preservation and the rehabilitation of traditional building forms.
Doctoral research within Sustainable and Resilient Infrastructure can address different aspects of engineering and planning.
The SRI academic area identifies specialization fields including:
Structural Engineering
Construction Materials
Settlement Planning
Building Design
The choice of research topic determines the particular scientific and technical subjects investigated through the doctoral thesis.
Technical electives support the student's research direction and provide additional study connected with the selected specialization.
MBUST's Sustainable and Resilient Infrastructure research facilities cover materials testing, structural engineering, computational analysis, and infrastructure planning.
The identified laboratories include:
Material Testing Laboratory
Computational Structural Engineering Laboratory
Structural Engineering Laboratory
Infrastructure Design and Planning Laboratory
These facilities correspond with the program's research areas, including material performance, structural assessment, engineering analysis, and infrastructure design.
The SRI program also incorporates research related to rural construction, structural resilience, and community-oriented infrastructure development.
Independent research is the principal component of the PhD in Sustainable and Resilient Infrastructure.
The 50-credit thesis supports investigation of a selected infrastructure-related problem through appropriate scientific and engineering methods.
Research may involve structural investigation, materials testing, computational analysis, infrastructure planning, or the examination of construction methods and disaster resilience.
The doctoral research component develops competencies in defining research problems, examining relevant scientific literature, conducting investigations, interpreting findings, and preparing a substantial academic thesis.
The program is intended to develop advanced technical and scientific research competencies.
Doctoral students work toward developing the ability to:
Conduct independent infrastructure-related research.
Assess structural and environmental risks.
Examine the performance of construction materials and structural systems.
Apply engineering methods to infrastructure design and assessment.
Investigate disaster-resilient construction and rehabilitation techniques.
Examine risk-sensitive planning and community infrastructure requirements.
Interpret scientific findings and communicate research results.
Prepare a doctoral thesis based on independent investigation.
The specific competencies developed depend on the student's research specialization.
The PhD provides advanced research preparation related to structural engineering, construction materials, infrastructure planning, disaster resilience, and sustainable construction.
Its academic coverage is relevant to university research, engineering research institutions, infrastructure planning organizations, construction materials research, and disaster risk reduction activities.
The qualification also provides preparation for academic research and university teaching, subject to the requirements of the concerned institution.
Professional opportunities depend on research specialization, previous qualifications, technical experience, and institutional recruitment requirements.
It is a research-based doctoral program covering structural engineering, sustainable construction materials, disaster resilience, infrastructure planning, and independent scientific research.
The program follows a six-semester academic structure.
The program carries 77 credits, including 12 core-course credits, 15 technical-elective credits, and 50 thesis credits.
Research covers rural building structures, sustainable construction materials, rural transportation, tourism infrastructure, risk-sensitive planning, and community resilience.
Yes. The doctoral curriculum includes 15 technical-elective credits distributed across the second, third, and fourth semesters.
Yes. The SRI research facilities include laboratories associated with materials testing, structural engineering, computational structural engineering, and infrastructure design and planning.
Doctoral students develop their specialization through technical electives and their selected thesis research area.
Yes. MBUST also offers a Master of Applied Science in Sustainable and Resilient Infrastructure.
