Electrical Engineer

Bechtel Corporation•Phoenix, AZ

30d•Onsite

About The Position

We are building high performing teams to deliver complex EPC heavy civil project and looking for motivated, hands-on, collaborative innovators, doers, and problem solvers. The projects are hydro power generation with scopes including roadway development, significant structures including dams, spillways, tunnel waterways, inlet/outlet structures, hydromechanical equipment, mechanical and electrical systems, and site facilities and buildings. This is your opportunity to be part of history making projects. The Senior Electrical Engineer is responsible for the engineering, coordination, and technical oversight of powerhouse and balance of plant electrical systems. The role supports EPC execution through design development, interface management, constructability, and construction/commissioning support for large hydro facilities comprising underground powerhouse, shafts, tunnels, intake/outlet works, and surface facilities, in accordance with customer requirements, applicable codes, and Bechtel engineering procedures. A key part of this role is collaboration with multiple stakeholders including design consultants. The Senior Electrical Engineer shall work with the team to establish regular meetings with design consultant and other external stakeholders as required and reporting cycles for managing, coordinating, and assuring the design. The role may require collocating in design consultants’ offices across the US and Canada. During construction, the role may transfer to site or require regular site attendance

Requirements

University/College graduate with BS (or Master’s degree) in Electrical Engineering or equivalent from a recognized Institute with an overall experience of 10 years.
Minimum 5 years of progressive experience in electrical engineering for hydropower, pumped storage, or large power/infrastructure projects and demonstrated experience supporting powerhouse or BOP electrical systems on at least one medium to large scale hydropower / pumped storage project.
Knowledge of current computer applications for electrical engineering and design including appropriate knowledge of CAD e.g., AutoCAD, MS Word and Excel for managing design reviews.
Broad knowledge of US government compliance standards.
Strong knowledge of pumped storage / hydropower auxiliary and BOP electrical systems.
Able to communicate technical information in writing and orally; to interrelate effectively with individuals and teams and have presentation skills.
Able to work within a multi-disciplinary, multi-cultural team and manage challenging multi-cultural relationships across a range of entities.
Self-driven and able to plan and execute work without direct supervision from senior management and/or peers.
Flexible and able to adapt to working in a demanding environment, including traveling and working remotely if / when required.
Familiarity with EPC execution, engineering workflows, and document control systems.
Experience supporting commissioning and handover to Owner operations.
Exposure to lenders’ technical advisor or independent engineers.
Knowledge of safety in design principles appropriate for underground and hydro facilities (fire, egress, arc flash, electrical separation).

Nice To Haves

Professional/Chartered Engineer preferred

Responsibilities

Perform and review conceptual, preliminary, and detailed design for BOP electrical systems, including: Medium and Low Voltage distribution within the powerhouse and plant facilities; Unit auxiliary systems, station service power, black start and emergency power provisions; Grounding, bonding, and lightning protection for underground and surface facilities; Powerhouse, access tunnel, and lighting (normal, emergency, maintenance); Cable tray, conduit, shaft, and tunnel routing systems, including segregation and installation constraints; Electrical systems supporting cranes, hoists, gates, valves, drainage, dewatering, ventilation, HVAC, and other BOP equipment.
Work with the Design consultant and discharge responsibilities as set out in the Management of Third-Party Engineering, 10G-M41-00013 as part of the Engineering team.
Develop and check electrical design criteria, load lists, calculations, single line diagrams, layouts, specifications, and data sheets consistent with projects operational, reliability, and safety requirements.
Coordinate electrical designs with: Civil / Geotechnical, Mechanical, Control Systems / I&C and Plant Design and Constructability.
Interface with OEMs for electrical integration into powerhouse systems.
Support and management of electrical interfaces between: Powerhouse and switchyard / transmission tie in, Underground works and surface facilities and Permanent and temporary construction power.
Provide Construction & Commissioning Support during execution including response to RFIs, Field change evaluations etc.
Support construction sequencing, installation constraints, and temporary power planning for underground works.
Participate in testing, energization, and commissioning support, including review of test procedures, energization and turnover sequencing for station service and auxiliaries.
Support to operations readiness and commissioning teams.
Review and approve electrical deliverables to ensure compliance with technical requirements, project specifications and design criteria, applicable IEC / IEEE / NEC / IS / EN codes.
Participate in design reviews, constructability reviews, safety in design workshops, and HAZID/HAZOP reviews, with focus on underground powerhouse risks.
Coordinate and manage the review of Electrical deliverables produced by design consultant, including schedules, reports, critical issues, risks and providing feedback to Engineering Manager.
Chair discipline specific meetings, recording actions.
Represent the client in technical meetings and Value Engineering analysis.
Provide guidance and ensure quality of design by independent engineering firms carrying out detailed design, including compliance with customer requirements, local design guidelines and codes, international codes and standards.
Actively support constructability and execution and contribute directly to safe, reliable commissioning and project turnover.
Apply safety in design principles appropriate for underground pumped storage facilities (fire, egress, arc flash, electrical separation).