University / Personal Experiments / Research
Two-Area Power System MATLAB Simulink
Load-frequency and tie-line dynamic analysis for a two-area power system.
University / Personal Experiments
Simulation / Energy Systems
Role: University / Personal Experiment
Research
2023
Problem, execution, and outcomes
Interconnected power-system behavior needed simulation-based analysis under load disturbances.
Modeled load-frequency control dynamics, tie-line deviations, and transient response in MATLAB/Simulink.
Analyzed load-frequency behavior.
Modeled tie-line power deviation.
Connected simulation outputs to control-system understanding.
Load frequency controlTie-line dynamicsSimulink
Capability Proven: Energy-system simulation and control response analysis using model-based evaluation.
MATLABSimulinkPower SystemsLoad Frequency Control
Power SystemsSimulationControl
More work from this evidence lane
University / Personal ExperimentsResearch
Breast Cancer Survival Prediction
SEER survival analysis with Kaplan-Meier, Cox PH, and Random Survival Forest models.
ICECET 2023
Python / Scikit-learn / Survival Analysis / +1
University / Personal ExperimentsResearch
Advanced Controller Design and Optimization (PMSM FOC)
PMSM FOC assessment with PI controller redesign and response-quality validation.
PMSM FOC
MATLAB / Simulink / FOC / +2
University / Personal ExperimentsResearch
EV Powertrain Simulation
MATLAB/Simulink EV powertrain model with battery sizing and control tradeoffs.
MATLAB/Simulink
MATLAB / Simulink / Control Systems / +1