Electrical Engineer
Nirakar
Nepal
Optimization · Renewable Energy Systems · Power Electronics
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Electrical Engineer
Optimization · Renewable Energy Systems · Power Electronics
I am an Electrical Engineering graduate 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 systems.
Pulchowk Campus, Institute of Engineering (IOE), Tribhuvan University
Specializing in Power Electronics, Renewable Energy Systems, and Energy Optimization. Recipient of the IOE Full Scholarship for outstanding academic achievement.
Global School of Science
Secured A+ Grade
This paper develops a two-stage optimization framework for planning distributed energy resources in low-voltage microgrids. First, multiple DER architectures are screened using physics-based time-series load-flow simulation and Grey Relational Analysis. Then, the best candidates are refined using robust multi-objective NSGA-II optimization to minimize grid-import energy and total annual cost while satisfying worst-case voltage and operational constraints.
This paper proposes a lightweight ANN-based model for predicting harmonic distortion in grid-connected PV systems. Using only solar irradiance and ambient temperature as inputs, the model predicts THD and selected harmonic components from measured data of a 6.4 kW rooftop PV system. The ANN achieved about 83% prediction accuracy, showing that simple environmental inputs can support fast harmonic estimation for real-time monitoring and adaptive active filter control.
This paper presents a coordinated optimization framework for deploying BESS in PV-rich low-voltage distribution networks. A hybrid GA–PSO method is used to optimize BESS placement and sizing for voltage regulation and reverse power flow reduction, while dynamic consensus control coordinates the distributed batteries during operation. Results show that four optimally placed BESS units can maintain voltages within 0.95–1.05 pu, reduce reverse power flow, and ensure balanced battery utilization.
K&A Engineering Consulting
Started as Electrical Engineering Trainee at K&A Engineering Consulting (a US-based company)
Electrical Club, Pulchowk Campus, IOE
Led the Electrical Club, organizing technical workshops, seminars, and hands-on project events. Coordinated with faculty and industry professionals to bridge academic and practical engineering knowledge for student members.
The Zerone Magazine, Pulchowk Campus
Served as editor for The Zerone, the official technical magazine of Pulchowk Campus. Curated and reviewed technical articles, research summaries, and student contributions across all engineering disciplines.
Dynamic system modeling, power system simulation, control system design and analysis
AI-driven optimization, data analysis, automation scripting and numerical methods
Electrical drafting, schematic design, technical drawing and documentation
Power system stability analysis, load flow studies and fault analysis
Finite element analysis, electromagnetic simulation and thermal modeling
Converter design, battery energy storage systems and hardware-software integration
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.
Full Scholarship for undergraduate studies under the Bachelor in Electrical Engineering (BEL) program of Institute of Engineering (IOE), Nepa
Designed and presented a practical solution to improve energy efficiency, addressing sustainability and real-world applicability
Issuing Organization · Year
Issuing Organization · Year
Whether you want to discuss research collaboration, have questions about my work, or simply want to connect — I'd love to hear from you.
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