Adoption of Building Information Modelling(BIM) in Government-Led Construction Projects in Nepal: Assessment of Challenges, Benefits and Possible Remedies.
Student: Sheela Bhandari
Supervisor: Prof. Dr. Thusitha Chandani Shahi
Submitted Date:
August, 2026
Abstract
Building Information Modelling (BIM) is an integrated solution withbetter project
visualization, coordination, information management, cost control and lifecycle asset
management. Although BIM is widely used in many developed countries, the use of
BIM in Nepal is still at an early stage. Especially in government-led construction
projects challenges like technical, organizational, financial and policy-related
challenges affects the use of BIM.
This study aims to explore the challenges in the adoption of BIM in the planning and
design, construction, operation and maintenance phases of government building
projects in Nepal. Also it aims to identify the potential benifits of BIM and strategy to
enhancing project performance and asset management with the adoption of BIM. A
mixed-method approach was adopted, combining quantitative and qualitative methods.
Primary data were gathered using structured questionnaire survey to technical
professionals working on government building projects and Key Informant Interviews
(KII) with BIM experts.
The results indicate that the most important challenges in the planning and design
phase are the limited availability of BIM-capable designers and consultants and the
lack of awareness and knowledge of BIM. The major hurdles in the construction phase
were found to be limited BIM skills of site personnel and hardware and technology
limitations at construction sites. Limited skills and awareness of facility management
personnel, limited awareness of lifecycle benefits and high initial investment were
identified as major obstacles in operation and maintenance phase. The overall findings
suggest BIM adoptionchallenges in Nepal are mainly related to the lack of capable
human resource, lack of training, technological constraints and weak institutional
support systems.
The study shows BIM can enhance project planning, design visualization,
costmanagementand early detection of design conflicts. BIM can eventually reduce
mistakes and rework, improve efficiency and management of government assets
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throughout their lifecycle.Developing national BIM standards, providing training,
improving digital infrastructure and introducing BIM requirements in government
policies, procurement and contract procedures can enhance adoption of BIM. Taking
these measures can help Nepal move towards a more modern and digitally enabled
construction sector.
Keywords
Building Information Modelling (BIM), Government Buildings, BIM Adoption, Digital Construction, Construction Management, Public Sector Projects, Nepal.