

Detail-oriented and solutions-driven Electrical Engineer with a strong foundation in both analytical problem-solving and field execution. Known for delivering reliable, data-informed decisions that improve system performance and operational efficiency. Brings a balanced approach to planning and implementation, consistently aligning engineering work with safety, regulatory, and business objectives. Skilled at translating complex challenges into actionable strategies, backed by a commitment to continuous learning and clear technical communication. Thrives in dynamic environments where collaboration, adaptability, and initiative drive project success.
Power systems analysis (load flow, time-domain load growth, short circuit, harmonic studies)
Load forecasting and distribution planning
Solar PV system design (PVsyst, Helioscope, OpenSolar)
Battery Energy Storage System (BESS) integration
ETAP (modeling, simulation, and network studies)
Microsoft Excel (advanced engineering functions and automation)
Distribution system loss study and technical loss evaluation
Electrical standards compliance (PEC, PDC, PGC, IEEE, IEC)
Electrical instrumentation (IR tester, Clamp RT, Power Quality analyzer, Thermal imager)
Field data gathering and system condition assessment
Service report preparation and technical documentation
Team collaboration, adaptability, and continuous learning