Developing and leading a team of power system engineers and designers to ensure our clients' power distribution systems are code compliant, safe, and reliable.

Technical Proficiency with IEEE Standards * Power Distribution System Analysis - Short-Circuit and device evaluations to ensure properly rated equipment - LV and MV protective device coordination to optimize the selectivity of protective devices - NFPA 70-E arc flash boundary and incident energy calculations - Load flow to evaluate optimal loading of distribution system - Motor Starting / Voltage Drop that approximates motor inrush and voltage drop during motor starting - Harmonic calculations that evaluates the total harmonic distortion throughout the system - Bus Bracing Analysis to calculate the withstand rating of existing busway in LV and MV switchgear and MCCs. * Power Distribution System Design - Arc flash incident energy mitigation to limit incident energy exposure to qualified workers - Harmonic distortion mitigation to reduce harmful effects of harmonics to sensitive equipment - Bus Brace design used to increase the withstand rating of existing busway in LV and MV switchgear and MCCs * Power Quality - Onsite metering that monitors and records the health of a power system - Troubleshooting power issues that occur within a power system - Product solutions that are tailored to each systems’ needs * Create proposals and cost estimates based on customer needs and specificationsAreas of Experience * Commercial - Schools, Universities, Hospitals, Airports, Data Centers, Hotels * Industrial / Manufacturing - Chemical, Mining, Steel, Hydro, Water Treatment, Aerospace, Automobile * Government - Military Bases, WAPA, Courthouses, Prisons, Emergency Services