Power engineering portfolio

Energy & Grid Systems

Power-distribution design, distributed-energy control, and transmission reliability studies built around traceable assumptions and reproducible analysis.

IEEE 14-bus network with the transformer 7-8 contingency highlighted

Engineering focus

What this track demonstrates

Load flow and short-circuit studies
Distribution equipment and feeder sizing
Microgrid dispatch and energy optimization
N-1 contingency analysis and grid risk

Selected work

Three verified case studies

Each page separates executed results, analytical work, automated tests, and uncompleted physical validation.

Preliminary one-line from the 12.47 kV utility through 480 V and 208/120 V distribution equipment

01 / Case study

Small Commercial Facility Power Distribution Design and Analysis

An executable educational design that connects a load schedule and preliminary equipment sizing to AC load flow, voltage-drop checks, phase allocation, and fault-current analysis.

Executed simulation
Analytical calculation
Automated test

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Microgrid architecture connecting solar, battery, utility grid, facility load, and energy-management controller

02 / Case study

Solar + Battery Microgrid Energy-Management Simulator

A reproducible single-bus simulator that schedules PV, battery, and grid power under time-of-use prices, demand charges, equipment limits, and optional outages.

Executed simulation
Automated test

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IEEE 14-bus network showing transformer 7-8 out of service and bus 8 islanded

03 / Case study

IEEE 14-Bus N−1 Contingency Analysis and Grid-Risk Dashboard

A reproducible reliability workflow that validates the base case, removes every line and transformer, records violations, and compares fast DC screening with full AC results.

Executed simulation
Automated test

View engineering case study →