Selected Projects

Dynamic Stability Analysis of a Renewable-Integrated Power Grid (2019)

• Simulated the dynamic behavior of a power grid with high penetration of renewable energy sources (wind/solar).
• Analyzed grid stability during disturbances such as faults, sudden load changes, or generator tripping.

Power System Protection (2017)

• Designed and tested protection schemes for different parts of the power system.
• Ensured that critical equipment was safeguarded during fault conditions.

Demand Response System – National Power Institute (2018)

• Created a demand response program to help utilities manage peak demand.
• Incentivized consumers to reduce electricity consumption during peak periods.

Electric Vehicle Charging Infrastructure – IKCO (2021)

• Planned and designed an EV charging network.
• Considered charger placement, power capacity, and grid impact.

Load Forecasting for Power Grid Optimization Using Machine Learning (2018)

• Applied Random Forests and Gradient Boosting to analyze historical load data and external factors (weather, economy).
• Integrated forecasts into day-ahead planning with grid operators → reduced operational costs.
• Presented methodology to stakeholders, demonstrating improved precision in load forecasting.

Sub-Synchronous Resonance Mitigation in a Power System (2019)

• Investigated SSR risk using the Heffron-Phillips Model.
• Simulated system response in MATLAB with series-compensated transmission lines.

Robust State Estimation for Power Grids (2023)

• Developed a robust state estimation model using Huber loss.
• Applied breakdown point analysis to enhance resilience against bad data.
• Validated with real-world datasets → higher accuracy than conventional methods.
• Collaborated with grid operators to improve anomaly detection.