Our Team

Mr. Thapa holds a Master’s degree in Hydropower Development from the Norwegian University of Science and Technology (NTNU), specializing in Rock Mechanics. He has extensive experience in the design and analysis of hydropower projects, focusing on tunnels, shafts, powerhouse caverns, and dam foundations. His work includes stability assessments, hydraulic modeling, and optimization of underground structures.

Educational background Mr. Maharjan holds a Master's degree in Engineering from Tongji University, specializing in Structural engineering. His thesis focused on the nonlinear response study of structures using vertical and three-dimensional isolation systems. Before his master's, he completed a Bachelor's degree in Civil Engineering at Kathmandu Engineering College. Work experience Mr. Maharjan has significant experience as a Structural Engineer, currently working at Hydro Tunnelling & Research Pvt. Ltd. since November 2019. His responsibilities include the structural analysis and design of critical components for hydro power projects, such as waterways, hydro structures (intake, undersluice, gravel trap, settling basin), underground structures, and powerhouse structures (including control buildings, loading bays). He also works on designing switchyards and transmission/substation elements like generator foundations and tower foundations. Additionally, Newton produces structural drawings, performs foundation analysis, and conducts preliminary sizing of structures. He plays a key role in the rehabilitation and retrofitting of existing hydro power and powerhouse structures and ensures that in-situ construction aligns with designed structures, applying necessary modifications when required. Newton has led the design of several major hydropower projects in HTR, including the Nilgiri-II Hydropower Project (71 MW), Khimti-II Hydropower Project (48.8 MW), Langtang Hydropower Project (20 MW), Middle Mewa Hydropower Project (73.5 MW), United Mewa Hydropower Project (50 MW), Super Lower Bagmati Hydropower Project (41.86 MW), and Bagmati Small Hydropower Project (33 MW). Publication https://www.irjet.net/archives/V7/i7/IRJET-V7I7794.pdf

Education

• BE in Civil Engineering (Specialization in Hydropower), Kathmandu University, Nepal.
• MSc in Hydropower Development, Norwegian University of Science & Technology (NTNU), Norway
• ME in Earthquake, Khwopa Engineering Collage, Purbanchal University, Nepal

Experience Mr. Shrestha holds over 10 years of professional experience, and over 5 years’ experience in Hydropower specializing in feasibility studies, detailed engineering design, and project management as hydropower engineer, design engineer, and civil engineer. His expertise spans projects ranging from 9.5 MW to 325 MW, including notable contributions to projects such as the Khimti-II Hydroelectric Project (48.8 MW) -Detail Engineering Design,  Upper Bheri Hydropower Project (325MW) – Feasibility Study, Tiplyang Kaligandaki Hydroelectric Project (86 MW) -Detail engineering design, Bakan Hydroelectric Project (44 MW) -Detail engineering design, Super Lower Bagmati Hydroelectric Project (42 MW)- Detail engineering design, Middle Trishuli Hydroelectric Project (20 MW) -Detail engineering design, Mai Beni Hydroelectric Project (9.51 MW ) -Project Rehabilitation, Bhirkate Road Tunnel - Review of Feasibility Study and Design, Mauribhir Road Tunnel- Review of Feasibility Study and Design. Mr. Shrestha possesses adept knowledge in the detailed design of tunnel, waterways and powerhouse complex. His skills include layout planning, civil drawing preparation for hydraulic structures, overall project cost estimation (civil and hydromechanical), and preparation of deliverable documents for hydropower and road projects. He is experienced in design and issuance of construction drawings (IFCs) for waterways, tunnels, penstocks, adits, vertical Shafts, caverns and powerhouse complex with various hydropower related structures.

Education

• BE in Civil Engineering, Himalayan Whitehouse Int’l College, Purbanchal University (PU), Kathmandu, Nepal.
• M.Sc. in Hydropower Engineering(ongoing), Institute of Engineering, Tribhuvan University (TU), Nepal;

Experience With over 7 years of experience in Hydropower sector. Mr. Lakhey, has contributed to hydropower projects with capacities ranging from 9.51 MW to 341 MW. His experience spans across planning, feasibility studies, detailed engineering design, 3D modelling, hydraulic modelling, BOQ and construction drawing preparation for various hydropower components, such as headworks and powerhouse. Throughout his professional career, he engaged in detailed engineering design, preparation of construction drawings for the Mai Beni Hydroelectric Project (9.51 MW), Lungri Khola Hydropower Project (9.6 MW), Langtang Khola Hydroelectric Project (20 MW), Super Lower Bagmati Hydroelectric Project (41.86 MW), Bakan Hydroelectric Project (44MW), Khimti-II Hydropower Project (48.8 MW), Mewa Khola Hydropower Project (50 MW), Nilgiri Khola II Hydropower Project (71 MW), Middle Mewa Hydropower Project (73.5 MW). He has also been involved in Feasibility study for Apsuwa 1 and Upper Apsuwa Hydropower Project (23 and 35.15MW), Budhi Gandaki Hydroelectric Project (341 MW).  

Education

• BE in Civil Engineering, Advanced College of Engineering and Management, Kathmandu, Nepal.
• MSc. In Rock and Tunnel Engineering, Institute of Engineering, Tribhuvan University (TU), Nepal;

Work Experience Mr. Upreti is a skilled and dedicated Tunnel Engineer with over half a decade of experience in designing and constructing underground structures, including road, railway, and hydropower tunnels, as well as large underground caverns. With a solid foundation in tunnel design and construction, he collaborates with multidisciplinary teams to ensure projects are delivered safely, efficiently, and within budget. His sound knowledge in numerical modelling helps assess ground behavior, optimize excavation methods, and enhance structural performance. In addition to tunnelling, Rajiv has experience in slope stability and has contributed to various hydropower and irrigation projects gaining a well-rounded understanding of underground and surface geotechnical challenges. Passionate about underground construction, he is committed to advancing industry practices and delivering innovative, practical solutions.

Education

• BE in Civil Engineering, Kantipur Engineering College, Tribhuvan University, Kathmandu, Nepal.
• MSc. In Rock and Tunnel Engineering, Institute of Engineering, Tribhuvan University, Nepal;

Work Experience Mr. Thapa is a dedicated and skilled Tunnel Engineer specializing in Rock and Tunnel Engineering, with over five years of professional experience, including expertise in hydropower design and construction. With a strong foundation in geotechnical principles, he effectively addresses complex challenges in underground construction and rock mechanics. As an advisor on underground tunnels, caverns, and leakage issues, he collaborates with multidisciplinary teams to provide innovative solutions to site-related challenges. Mr. Thapa has extensive hands-on experience in numerical modelling, particularly in seepage analysis, slope stability, and stability of underground structures. His expertise includes layout planning, civil drawing preparation for underground structures, and rock support design for various underground caverns. Additionally, his proficiency in geotechnical analysis, including bearing capacity assessment and slope stability evaluation, makes him a valuable asset to our team.    

Education MSc. In Structural Engineering, Institute of Engineering, Pulchowk campus, Nepal; BE in Civil Engineering, Institute of Engineering, Paschimanchal campus, Nepal Work Experience Ms. Marhatta is a structural engineer and her professional journey includes working as Civil Engineer on Highway Project. Currently, she serves as a Structural Engineer at Hydrotunneling and Research Center, focusing on complex structural designs and analysis She has more than a year of experience in designing the hydropower structures. With a solid foundation in structural design and analysis, she collaborates with multidisciplinary teams to ensure projects are delivered safely, efficiently, and within budget. Her sound knowledge in numerical modelling helps in design and analysis of various structures. In addition to structural design, Mimamsa has experience in stability analysis and has contributed to various hydropower projects. She is committed to advancing industry practices and delivering innovative, practical solutions.