Renewable Energy System Analysis
Comprehensive analysis evaluating efficiency metrics, cost-benefit ratios, and environmental impact for sustainable energy implementation.
Bridging mechanical engineering with renewable energy solutions for a sustainable tomorrow.
A mechanical engineer turned renewable energy researcher. With roots at Thapathali Campus and advanced studies at Pulchowk Campus, I combine analytical precision with creative problem-solving to tackle real-world energy challenges.
From heavy equipment operations to sustainable energy systems — my journey is powered by one question: how can engineering build a cleaner future?
From mechanical fundamentals to renewable energy research
Pulchowk Campus, IOE
Tribhuvan University
Lalitpur, Nepal
Research in sustainable energy systems, renewable technologies, and their impact on Nepal's energy future.
Thapathali Campus, IOE
Tribhuvan University
Kathmandu, Nepal
Comprehensive study in thermodynamics, fluid mechanics, machine design, manufacturing, and CAD/CAM technologies.
Engineering solutions for real-world challenges
Comprehensive analysis evaluating efficiency metrics, cost-benefit ratios, and environmental impact for sustainable energy implementation.
Precision-engineered components in SolidWorks with FEA analysis, optimized for manufacturing constraints and material efficiency.
Data-driven operational efficiency analysis identifying optimization opportunities through performance metrics and maintenance scheduling.
Exploring the intersection of mechanical engineering and renewable energy tech, focused on Nepal's unique energy landscape.
Open to opportunities in renewable energy, mechanical engineering, research collaborations, or just a good conversation.