MATLAB Simulink, power electronics, microgrid, renewable energy, EV charging, motor drive and control-system simulations for research, thesis and FYP work. Browse project demos with output snapshots, PhD thesis support, assignments and FYP guidance for Germany, France, Malaysia, UAE and global universities.
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Research watch page focused on power-system load flow, RMS dynamics, renewable integration and network stability under disturbances, with project media, validation guidance and thesis-oriented extensions.
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Research watch page focused on HVDC converter-line dynamics, DC fault behavior, protection logic and post-fault recovery, with project media, validation guidance and thesis-oriented extensions.
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Research watch page focused on wind-energy conversion, generator control, DC-link/grid interaction and variable-wind response, with project media, validation guidance and thesis-oriented extensions.
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Research watch page focused on HVDC converter-line dynamics, DC fault behavior, protection logic and post-fault recovery, with project media, validation guidance and thesis-oriented extensions.
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Research watch page focused on wind-energy conversion, generator control, DC-link/grid interaction and variable-wind response, with project media, validation guidance and thesis-oriented extensions.
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Research watch page focused on engineering-system modelling, controller or numerical implementation, measurable output validation and transient/steady-state performance, with project media, validation guidance and thesis-oriented extensions.
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Research watch page focused on HVDC converter-line dynamics, DC fault behavior, protection logic and post-fault recovery, with project media, validation guidance and thesis-oriented extensions.
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Research watch page focused on HVDC converter-line dynamics, DC fault behavior, protection logic and post-fault recovery, with project media, validation guidance and thesis-oriented extensions.
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Research watch page focused on HVDC converter-line dynamics, DC fault behavior, protection logic and post-fault recovery, with project media, validation guidance and thesis-oriented extensions.
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Electrical MATLAB and Simulink research connects physical power-system behaviour with control logic, converter switching, energy management and measurable engineering performance. A defensible study links its research question to architecture, software workflow, algorithms, test scenarios, validation and numerical comparison.
Typical areas include microgrids, renewable-energy converters, electric drives, power-quality compensators, HVDC networks, batteries, fuel cells, BESS and grid-control studies.
Common outputs include DC-link voltage, active/reactive power, motor speed and torque, battery SOC, harmonic distortion, frequency and voltage recovery, supported by clearly defined numerical metrics.
Useful extensions include adaptive AI control, multi-objective energy management, digital-twin validation, HIL testing, uncertainty-aware control and fault-tolerant operation.
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