What You'll Be Doing

Job Scope: The Field Electrical Engineer will provide dedicated on‑site electrical construction support. The role is focused on execution‑phase support, interface management, and electrical system readiness for a large compressor station with constrained utility power and interim power bridge / on‑site generation solutions. This position is not a design role. It is a field‑execution and integration role requiring strong construction experience, practical NEC knowledge, and the ability to resolve electrical issues in real time in a construction environment.

Primary responsibilities will include but not be limited to:

1. Electrical Construction Support (Primary Function)

• Act as the owner’s on‑site electrical representative supporting the Construction Manager, inspectors, and project team.

• Provide daily field oversight to ensure electrical installation activities align with:

  • IFC drawings

  • Approved one‑lines and schematics

  • Vendor documentation

  • Project electrical standards and NEC requirements

• Verify electrical installations in the field, including routing, clearances, access, grounding, bonding, and equipment placement.

• Identify constructability issues early and coordinate resolution before they become rework or schedule risks.

• Support electrical scope in compressor buildings, E‑houses, switchgear, MCCs, grounding systems, lighting, and auxiliary systems.

2. RFI and Field Issue Management:

• Serve as the primary on‑site focal point for electrical RFIs, field questions, and technical clarifications.

• Ensure contractors do not deviate from electrical drawings or specifications without following the formal RFI process.

• Collect and provide field data (photos, dimensions, conditions) needed for engineering resolution.

• Track RFIs, responses, and implementation status to closure.

• Escalate issues that present safety, code, cost, or schedule risk.

3. EMD Electrical Integration Support:

• Support field installation and integration of EMD‑related electrical scope, including:

  • Cable tray routing and support

  • Power and control cable terminations

  • Interface coordination between EMD equipment and station electrical systems

• Verify electrical interfaces do not obstruct equipment access, maintenance paths, or operational walkways.

• Coordinate with vendors, inspectors, and construction teams to ensure correct installation and sequencing.

4. On‑Site Power Generation and Power Bridge Support:

• Provide field support for temporary or interim power bridge / on‑site generation systems required due to limited utility availability.

• Support the installation, tie‑in, grounding, and integration of on‑site generators and associated electrical infrastructure.

5. NEC Compliance and Electrical Safety:

• Maintain a working, field‑applicable knowledge of the National Electrical Code (NEC).

• Verify NEC compliance for:

  • Grounding and bonding systems

  • Equipment labeling and clearances

  • Conductor sizing and installation methods

  • Temporary power and generator connections

  • Surge protection and protection coordination where applicable

• Identify and correct non‑compliant installations before energization.

• Support a strong electrical safety culture on site.

6. Documentation, Redlines, and Turnover Support:

• Maintain accurate electrical redlines/as‑builts based on field conditions.

• Ensure redlines are routinely transferred to engineering/document control for incorporation into record drawings.

• Support development and completion of:

  • Electrical job books

  • As‑built documentation

  • Test and inspection records

  • Construction punch lists

• Assist with compiling electrical documentation required for commissioning and turnover.

7. Schedule, Progress, and Change Awareness:

• Support the Construction Manager by identifying electrical constraints that may impact schedule.

• Provide field input for evaluation of electrical change orders and scope changes.

• Assist with coordination of equipment deliveries and installation readiness for major electrical components.

• Identify opportunities to reduce delays and avoid rework through early issue identification.

8. Cross‑Functional