Hi. I am
About Me
I am an Electrical Engineering undergraduate at Pulchowk Campus, Institute of Engineering, Tribhuvan University, specializing in Power Electronics, Renewable Energy Systems, and Energy Optimization. My focus is on modeling, simulation, and hardware-software integration to analyze and optimize converter designs, battery energy storage, and grid-interfaced renewable systems. Using dynamic system modeling, control strategies, and AI-driven optimization, I investigate ways to enhance grid resilience, efficiency, and stability in high-renewable-penetration networks. By bridging theoretical models with practical simulation and experimentation, I aim to contribute to seamless, efficient, and scalable renewable energy integration in modern power system.
Articles:
1) Harmonic Prediction in Grid Connected PV System Using Deep Learning Algorithm
IEEE International Conference on Role of Energy for Sustainable Social Development
Published on : Journal of Science and Engineering (JScE), Special Issue (Vol. 12, No. 2)
(First Author)
Experiences:
President
Electrical Club
(May 2024 – June 2025 )
Initiated and led the first-ever PLC Training Program, setting a benchmark for future technical events on campus.
Oversaw multiple workshops and training sessions, ensuring smooth execution by coordinating with instructors and managing logistics.
Provided guidance and mentorship to student teams, contributing to projects and supporting showcased at LOCUS 2025.
Re- launch of EC Talks. a podcast series with distinguished Pulchowk Campus alumni, strengthening alumni-student engagement.
Directed the overall strategic growth of the club, fostering collaboration, innovation, and a culture of hands-on learning among members.
Represented the club in external events and ensured its visibility within the campus and beyond.
Techinical Editor
The Zerone
( May 2022 – May 2023 )
Contributed as an editor for Zerone, the official technical magazine, ensuring accuracy, clarity, and readability of all published content.
Collaborated with writers and contributors to review, refine, and structure technical articles into engaging, reader-friendly formats.
Maintained the editorial standards and technical authenticity, verifying facts, figures, and references in submitted articles.
Coordinated with the publication team to plan, organize, and finalize issues within deadlines.
Played a key role in shaping the magazine’s voice and content direction, highlighting innovation, research, and student projects.
Projects:
1) Co-Optimized Deployment of Battery Energy Storage Systems for Voltage Regulation and Reverse Power Flow Control in Rooftop PV-Integrated Low Voltage Distribution Networks ( Ongoing )
- This is a final year project which is likely to be completed on April 2026
2) Harmonic Prediction and Mitigation in Grid-Connected PV Systems Using Deep Learning
Tribhuvan University, IOE, Pulchowk Campus (Jan 2025)
Developed a deep learning-based model to predict Total Harmonic Distortion (THD) and individual harmonic components in grid-connected PV systems.
Achieved 83% prediction accuracy, enabling proactive detection of power quality issues.
Improved overall system stability and efficiency, ensuring smoother integration of renewable energy into low-inertia grids.
Demonstrated the effectiveness of AI-driven harmonic analysis as a scalable solution for smart grid applications.
3 ) Underground Fault Detection Using IoT
Tribhuvan University, IOE, Pulchowk Campus (Jan 2024)
Designed and developed a prototype fault detection system using microcontroller-based IoT technology.
Enabled real-time detection and localization of underground cable faults, providing fault distance within seconds.
Integrated sensors, communication modules, and data acquisition for accurate fault analysis.
Demonstrated the system’s potential to minimize downtime and enhance reliability in power distribution networks.
Highlighted IoT’s application in smart grid fault monitoring and predictive maintenance.
4 ) Wireless EV Chagrining System
Tribhuvan University, IOE, Pulchowk Campus (Jan 2023)
Designed and built a prototype wireless charging system for electric vehicles, enabling static inductive charging without physical connectors.
Implemented resonant inductive coupling between transmitter and receiver coils to achieve efficient wireless power transfer.
Integrated power electronics circuitry (inverter, rectifier, and control units) to ensure stable DC output for battery charging.
Demonstrated the system as a proof-of-concept for safe, contactless EV charging infrastructure, highlighting its potential for future smart mobility solutions.
Honors & Awards:
1) Outstanding Paper Award
IEEE International Conference on Role of Energy for Sustainable Social Development
Received the Outstanding Paper Award for research contribution presented at the IEEE International Conference.
Recognized for innovation, technical depth, and practical relevance in advancing sustainable energy solutions.
2) Winner – Energy Hackathon 8.0
Secured 1st place in the Energy Efficiency category at Energy Hackathon 8.0.
Designed and presented a practical solution to improve energy efficiency, addressing sustainability and real-world applicability.
Recognized for technical innovation, feasibility, and impact among competing teams.
2) IOE Full Scholarship – Undergraduate Studies
Institute of Engineering (IOE), Tribhuvan University – Pulchowk Campus
Awarded a full scholarship for the Bachelor in Electrical Engineering (BEL) program.
Earned through a nationwide competitive entrance examination conducted by IOE, Nepal.
Recognized for academic excellence and merit among thousands of applicants.
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