Instrumentation & Controls - Head (PMC)

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Job Description AECOM is seeking a highly experienced Instrumentation & Controls - Head for PMC to lead I&C engineering, design review, and execution oversight for power transmission systems, substations (AIS/GIS/Hybrid Digital), HVDC systems, FACTS (STATCOM/SVC), and renewable energy integration (Solar, Wind, BESS). The role will function as the PMC discipline lead and PMC representative for all control, automation, communication, and grid monitoring systems, ensuring compliance with technical specifications, grid codes, cybersecurity standards, and project performance requirements across the full project lifecycle. The position requires strong expertise in advanced grid control systems including HVDC control & protection, STATCOM automation, WAPS / Remedial Action Scheme (RAS) schemes, and PMU-based systems, with close coordination across Electrical, Protection, Telecom, and Digital disciplines. Key Accountabilities 1. Engineering Design Review & Technical Governance Lead basic and detailed engineering reviews of SCADA, SAS, PLC/DCS, EMS, and communication systems. Review advanced control systems for: HVDC systems (converter control, pole control, DC protection, redundancy) FACTS (STATCOM/SVC) for voltage regulation and reactive power control WAPS / RAS schemes for grid stability and contingency management PMU systems for real-time monitoring and advanced Grid modernization Validate system architecture, network topology, IO's, Develop Algorithm's as per system requirements, IED/RTU configurations, and HMI systems. Ensure compliance with IEC 61850, IEC 60870-5-101/104, IEEE C37.118, IEC 61970/61968, and utility standards. 2. PMC's Engineer Role Act as the single-point accountability for all I&C systems within the PMC framework. Ensure EPC contractors adhere to approved designs, specifications, and integration requirements. Lead design reviews, interface management, and multidisciplinary coordination. Support technical due diligence, vendor evaluations, and techno-commercial assessments. 3. Construction Supervision & Site Execution Oversee installation of control panels, SCADA/SAS, HVDC/STATCOM control systems, PMUs, EMS, and communication networks. Ensure proper implementation of fiber optic systems, redundancy architecture, and time synchronization (GPS/NTP). Conduct site inspections, audits, and progress monitoring ensuring QA/QC and HSE compliance. 4. Testing, Commissioning & Grid Integration Lead and witness FAT, SAT, pre-commissioning, and commissioning for: HVDC control & protection systems STATCOM / FACTS systems WAPS / PMU-based monitoring systems EMS integration Validate integration with SLDC/RLDC/NLDC, REMC, and utility SCADA/EMS platforms. Ensure correct configuration of alarms, interlocks, event logs, remote control, and synchrophasor data flows. Support grid compliance testing and dynamic performance validation. 5. Communication Systems & Cybersecurity Ensure implementation of communication protocols including IEC 61850, IEC 104, Modbus, DNP3, IEEE C37.118. Oversee synchrophasor communication architecture (PMU-PDC-Control Center). Ensure compliance with IEC 62351 cybersecurity standards. Validate redundancy, failover, and network reliability. 6. Project Controls, Risk & Reporting Integrate I&C deliverables into project schedules, milestones, and commissioning timelines. Identify risks related to complex system integration (HVDC, FACTS, WAPS) and implement mitigation strategies. Support progress reporting, KPI tracking, and management dashboards. 7. Quality Assurance & Documentation Develop and implement QA/QC plans, ITPs, FAT/SAT procedures, and inspection checklists. Review and approve engineering documents, test reports, as-built drawings, and O&M manuals. Ensure compliance with contractual, regulatory, and client requirements. 8. Renewable & BESS Integration Lead integration of SCADA, EMS, plant controllers, and hybrid control systems. Ensure coordination between renewable plants, BESS, EHV Transmission line / HVDC links, and STATCOM systems. Validate control strategies for frequency response, voltage control, ramp rate, and ancillary services. 9. Stakeholder Coordination & Leadership Interface with clients, EPC contractors, OEMs, system operators, and regulatory authorities. Lead multidisciplinary teams and provide technical leadership and mentorship. Support issue resolution, claims management, and change control processes. Key Focus Areas - PT&D with Hybrid Renewable Energy 1. Smart Grid Integration & Advanced Monitoring Deployment of SCADA, EMS, WAPS, and PMU-based systems for real-time monitoring and control. Integration of Solar, Wind, BESS, HVDC, and STATCOM into transmission networks. Adoption of digital substations and real-time analytics platforms. 2. Grid Stability & Dynamic Control Implementation of HVDC, STATCOM, and WAPS/RAS schemes for voltage and frequency stability. Use of PMU-based wide-area monitoring for dynamic grid assessment. Coordinated control of hybrid renewable

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