• Complete electrical design of substations by creating single line diagrams, plan and elevation views, grounding details, bill of materials, ACDC distribution, lighting protection, and cable routing detail drawings.• Sized rigid and strain bus bars by calculating allowable span lengths, cantilever forces on insulators, corona onset gradients, bus ampacity, and maximum allowable fault current according to IEEE 605 and 738 standards• Defined electrical phase-phase and phase-ground clearances for voltages up to 138kV according to IEEE 1427, C37.30.1, and C71-2-98• Completed lightning shielding studies using both the rolling sphere and fixed angle method according to IEEE 998• Specified various electrical equipment including AC/DC distribution panels, battery banks, battery chargers, station service transformers, transfer switches, cable trays, rigid and strain bus bars, bus connectors and grounding materials.

•Created PowerPoints to acquire funding for projects at the RioTinto aluminum smelter in Kitimat, B.C. ranging from $50,000 – $6,000,000+ in value•Prepared Scope of Work documents containing single-line drawings, cable schedules, red-line markups, and preliminary cost estimates while adhering to CEC and NEC standards•Completed a feasibility study on the upgrade of two 5 MVA, 25/13.2 kV transformers to 10 MVA, 25/13.2 kV by determining current and power requirements for upstream and downstream switchgear, transformers, cables, circuit breakers, ducts, and fuses•Designed a 120/208 V distribution network to provide power to roughly 50 contractor trailers

•Created PowerPoints to acquire funding for projects at the RioTinto aluminum smelter in Kitimat, B.C. ranging from $50,000 – $6,000,000+ in value•Prepared Scope of Work documents containing single-line drawings, cable schedules, red-line markups, and preliminary cost estimates while adhering to CEC and NEC standards•Completed a feasibility study on the upgrade of two 5 MVA, 25/13.2 kV transformers to 10 MVA, 25/13.2 kV by determining current and power requirements for upstream and downstream switchgear, transformers, cables, circuit breakers, ducts, and fuses•Designed a 120/208 V distribution network to provide power to roughly 50 contractor trailers

•Collaborated one-on-one with a Physics professor to apply differential equations, calculus, and complex analysis to a quantum mechanical model of a metal in a gravitational field•Formulated C++ code to numerically approximate various quantities of interest•Reported complex results over the phone, email, written documents, and Excel spreadsheets

• Marked 1st-year Physics and 2nd-year Math assignments every week after being requested by twoprofessors• Organized grades into Excel spreadsheets and uploaded marks to UNBC Blackboard• Invigilated and graded exams, checked student ID’s, and answered student questions to ensure academic integrity over 60 students