I am a dedicated Civil Engineer with a strong foundation in hydropower and infrastructure development, specializing in site supervision, construction monitoring, and quality assurance. I have hands-on experience coordinating with contractors, local stakeholders, and government authorities to ensure timely and sustainable project delivery.
With hands-on experience across multiple hydropower projects in Nepal — including Upper Daraundi HPP (9.2 MW) with Green Gorkha Energy Limited and Sangu Sorun Khola HPP (5.0 MW) with Kalinchowk Hydropower Limited — I bring practical expertise in civil engineering design, construction supervision, quality assurance, and project coordination. I am also the creator of Hydropedia, Nepal's comprehensive hydropower reference platform used by engineers, developers, and researchers across the energy sector.
Structure, Highway, Hydropower & Disaster Management
Revit, SW Road, Smart Road, MS Project & InfraWorks
MS Office, Project Management, BBS, Estimation & Costing
Traveling, Virtual Exploration, Teaching
Dedicated civil engineer with hands-on project experience, passionate about ethical practices, innovation, and collaboration.
Overseeing project coordination, technical reviews, and compliance monitoring from the client side, ensuring adherence to design specifications, contract provisions, and regulatory requirements for hydropower development.
Overseeing day-to-day works, quality assurance, and site supervision for hydropower development.
Dhulikhel, Kavre. Grade: First class.
Conducted blood donation, first aid training, plantation programs.
Organized panel discussions, project demonstrations, and sports tournaments.
Conducted a comprehensive feasibility study and designed major components of a run-of-river hydropower project on the Chepe River, Nepal. The study covered headworks design, headrace tunnel alignment, penstock sizing, powerhouse layout, and techno-economic feasibility analysis as part of final year undergraduate research at Kathmandu University. The project demonstrated practical application of hydraulic engineering principles in Nepal's mountainous river systems.
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An experimental research study investigating the mechanical properties of concrete when fine aggregate is partially replaced by recycled glass powder at varying percentages (5%, 10%, 15%, 20%). The study analyzed compressive strength, workability, and durability parameters, contributing to sustainable construction material research in Nepal. Findings were published on ResearchGate and demonstrated viable use of waste glass in structural concrete applications.
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Designed and built a scaled demonstrative model of a proposed flyover at the New Baneshwor intersection in Kathmandu — one of the most congested traffic nodes in Nepal. The project involved traffic flow analysis, geometric design of the flyover structure, and presentation of an engineering solution to reduce peak-hour congestion. The model was presented at Sankalpa Expo as a student engineering initiative.
Details
A technical poster summarizing a six-week engineering internship at Likhu 1 and 2 Hydroelectric Projects under MV Dugar Hydro Division. The internship covered hands-on experience in reinforcement bar bending and placement, mass concreting operations, headrace tunnel construction, shotcreting, and quality control procedures in an active hydropower construction environment.
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Prepared a complete set of municipal building drawings including site location plan, architectural floor plans, elevations, cross-sections, and structural detailing using AutoCAD. The drawings were prepared in compliance with Kathmandu Metropolitan City building bylaws and standards, covering all elements required for building permit submission.
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Conducted a detailed alignment survey for a road and bridge corridor in Panauti using reciprocal and differential leveling techniques. The survey involved benchmark transfer, establishment of temporary benchmarks (TBMs) along the alignment, and preparation of longitudinal and cross-sectional profiles for design purposes. Data was processed and plotted using standard surveying software.
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Conducted a detailed topographic survey of the area above the KU Canteen and International Girls Hostel at Kathmandu University, Dhulikhel. The survey used Total Station and leveling instruments to capture ground elevation data, which was processed to generate a contour map showing terrain features, slopes, and drainage patterns of the campus area.
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Prepared comprehensive Bar Bending Schedules (BBS) for a residential building project in Siraha district, Nepal. The BBS covered all reinforced concrete structural elements including isolated footings, columns, beams, slabs, and staircases. Accurate cutting lengths, bending details, and quantity estimates were calculated to support material procurement, cost estimation, and efficient on-site construction execution.
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