Mechanical engineer with interest in computational fluid dynamics
I am a motivated and research-oriented Mechanical Engineering graduate from the Institute of Engineering (IOE), Pashchimanchal Campus, Tribhuvan University, specializing in Computational Fluid Dynamics (CFD), heat transfer, and thermal system analysis.
A Registered Mechanical Engineer (Nepal Engineering Council) specializing in Computational Fluid Dynamics (CFD), aerodynamics, and renewable energy systems. Conducted a comprehensive research project titled "Design and Numerical Analysis of a Mid-Size Horizontal Axis Wind Turbine Blade for Kagbeni, Nepal," focusing on aerodynamic optimization and performance enhancement using CFD simulations. Passionate about advancing sustainable energy technologies, wind system design, and fluid–structure interaction research through computational and experimental approaches.
Institute of Engineering (IOE), Pashchimanchal Campus – Tribhuvan University, Nepal
Completed a 4-year accredited program with a research thesis on "Design, numerical and experimental analysis of NREL-s series airfoil blade for mid-size HAWT in Kagbeni"
Orchid College of Science and Management, Chitwan, Nepal
Focused on advanced science and mathematics with strong academic foundation
Daisy English Boarding Secondary School, Chitwan, Nepal
Strong foundation in science and mathematics with emphasis on analytical problem-solving
ANSYS Fluent/CFX for computational fluid dynamics, turbulence modeling, flow visualization, and aerodynamic performance analysis of wind turbines and thermal systems.
SolidWorks, Onshape, AutoCAD for 3D modeling and design. ANSYS Mechanical for structural analysis, stress simulation, and optimization of mechanical components.
Python (intermediate), C, MATLAB (basic), OpenFOAM (basic), LaTeX. Excel data analysis, web scripting, and automation of engineering workflows.
Designed and analyzed mid-size horizontal axis wind turbine blade using NREL-S airfoils; CFD and FEA to evaluate aerodynamic efficiency.
Mini research (UGC) on NREL wind turbine blade performance across wind regimes; power output, lift/drag, and tip speed ratio evaluation.
Internship project modeling nano-fluid based BTMS for EV batteries; improved heat dissipation and summarized technical recommendations.
Structural analysis via ANSYS Mechanical for stress distribution, deformation, and safety factors on hydropower components.
Comparative CFD analysis of horizontal axis wind turbine rotors with/without winglets at varied wind speeds.
Evaluated lift/drag and power coefficient impacts of winglet configurations using CFD to enhance small/mid-size turbines.
Modeled battery thermal management using nano-fluids; improved heat dissipation and produced technical recommendations for BTMS design.
Used AutoCAD for segmented bends, plates, and sheet layouts; performed structural analysis in ANSYS to assess stress and safety factors.
Analyzed mid-size horizontal axis wind turbine blade performance at varying wind speeds; evaluated power output and aerodynamic coefficients.
Designed and simulated NREL-S series airfoil blade for mid-size HAWT; combined CFD and experimental work to validate aerodynamic and structural performance.
Journal of Engineering and Sciences, 4(1), 79–86.
DOI:
https://doi.org/10.3126/jes2.v4i1.78278
Passed the national engineering license examination, becoming a certified Mechanical engineer of Nepal.
Led the design and performance analysis of a Mid-size NREL wind turbine blade, optimizing efficiency under varying wind speeds.
Demonstrated ability to create parametric parts, assemblies, and detailed engineering drawings in SolidWorks.
Advanced numerical methods and turbulence models for complex flow analysis.
Thermal management systems, convection processes, and heat exchanger design.
Wind turbine design, blade optimization, and aerodynamic performance enhancement.
Direct numerical simulation of jet flows across transonic and supersonic regimes.
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