EIC Engineer III

The EIC Engineer III/IV leads and manages electrical, instrumentation, and controls engineering activities for industrial, utility, energy, and infrastructure projects. This role provides technical leadership throughout all project phases, including design, engineering, procurement, construction, commissioning, and client management. Responsibilities include overseeing project execution, ensuring technical quality, mentoring engineering staff, supporting business development and proposals, and driving process improvements. The position is accountable for delivering successful projects that meet client expectations, safety standards, budget targets, and schedule commitments.

• Possess and maintain broad and in-depth knowledge of principles, practices, procedures, and industry standards related to electrical power systems, instrumentation, controls, automation, SCADA, and protection and control systems.

• Providing technical leadership and oversight for all EIC engineering deliverables on assigned projects.
• Serving as Lead EIC Engineer for multidisciplinary engineering projects.
• Ensuring the successful execution and coordination of electrical, instrumentation, controls, and protection systems engineering activities.
• Providing engineering direction and making final technical decisions within the EIC scope of work.
• Acting as Engineer of Record (EOR), when required, for project deliverables.
• Reviewing and approving engineering calculations, specifications, drawings, studies, and procurement packages.
• Ensuring compliance with applicable codes, standards, client specifications, and industry best practices.

• Lead all electrical deliverables incorporating information from vendor documentation, power system studies, electrical equipment specifications, and construction requirements.
• Develop and review power system studies and deliverables:
  • Medium Voltage (MV) and Low Voltage (LV) power distribution systems.
  • Single-line diagrams.
  • Electrical equipment layouts.
  • Cable schedules and cable routing.
  • Grounding and bonding systems.
  • Lighting systems.
  • Motor control center (MCC) designs.
  • Standby and emergency power systems.
  • Variable frequency drive (VFD) applications.
• Lead electrical system analysis including:
  • Load flow studies.
  • Short circuit studies.
  • Motor starting studies.
  • Protective device coordination studies.
  • Arc flash hazard analysis.
  • Harmonic analysis.
• Develop equipment specifications, RFQ packages, bid evaluations, and technical recommendations.
• Coordinate utility interconnection requirements and power system integration activities.

• Lead instrumentation and controls engineering efforts for industrial and utility facilities as required.
• Develop and review:
  • Instrument indexes.
  • Instrument data sheets.
  • Instrument installation details.
  • Loop drawings.
  • Wiring diagrams.
  • Cause-and-effect matrices.
  • Control narratives.
  • Control system architecture drawings.
  • Instrument location plans.
• Support development and review of P&IDs to ensure instrumentation and control requirements are properly incorporated.
• Define process measurement strategies including pressure, temperature, flow, level, analytical, and specialty instrumentation applications.
• Develop and review control philosophies and operational strategies.
• Support specification and selection of field instrumentation and control devices.
• Coordinate instrument procurement and vendor package integration.

• Serve as primary client contact for EIC engineering activities.
• Lead project kickoff meetings, technical reviews, and client coordination meetings.
• Develop project scopes, man-hour estimates, schedules, and resource plans.
• Monitor…