The responsibilities of this role include, but may not be limited to, the following:

Responsible for leading the electrical engineering design across markets sectors including transmission (substations, OH/UG transmission systems, generator interconnections, interconnection strategy), power distribution (OH/UG power systems, substations, EV charging networks, microgrid design, etc.), and renewables (Solar PV, Battery Energy Storage Systems, Wind).
Take technical ownership of all aspects of design for high voltage (4kV – 230kV) and EHV (above 230kV) substations:

Substation and switching station physical design, including air-insulated substations (AIS), gas-insulated substations (GIS), Flexible AC Transmission System (FACTS).
Substation general arrangement drawings, elevations, and sections
Plan drawings such as grounding plans, raceway plans, cable tray plans etc.
Grounding plans, cable trough/conduit plans
Specification for major primary equipment
One-line and three-line diagrams
Protective relay and metering diagrams
AC/DC schematics
Panel Layouts, equipment layouts and sectional views
Connection Diagrams
Bill of Materials
Cable Schedules
DC power distribution design
Electrical Lists - Cable and Conduit Schedules, Load List, Equipment List
Calculations – Grounding analysis and design, Cable sizing, conduit sizing, transformer sizing, battery sizing, lightning protection, bus bracing
Power system studies (load flow, short circuit, protective coordination, arc flash analysis)
Leading projects during construction, start-up, and commissioning
Reviewing engineering work performed by peers or consultants.
Occasional travel to client or project sites
Keenly focused on the production of high-quality work and supports continuous improvement efforts.
Enjoys working in a fast-paced environment on multiple projects.
Responsible for assisting with the identification of key client interests and drivers and may determine the key clients.