Principal Control Systems Engineer

Overview

As Principal Control Systems Engineer, you will lead automation projects across downstream oil & gas, aligning technical delivery with safety and commercial requirements. You’ll coordinate multiple concurrent initiatives, from DCS and PLC migrations to new installations, ensuring successful system integration and plant operations. You work closely with clients, EPCs, and vendors to shape FEED deliverables, design reviews, and commissioning activities. This high-impact role offers shaping automation strategy within a long-standing master service agreement and advancing sustainable energy projects. You’ll drive improvements through data-centric, cross-functional collaboration and clear, risk‑m

Responsibilities

• Lead and be accountable for automation project delivery, execution, and performance
• Oversee multiple concurrent projects (e.g., Honeywell DCS/FSC to Safety Manager migration; PLC replacements)
• Site surveying to determine cutover methods for outages and manual operation modes
• Develop project estimates (manhours and materials) with support from Automation & C&I engineers
• Lead FEED process and manage deliverable structure, testing, and cutover strategy
• Prioritize activities based on business needs and resources
• Review and approve DCS/PLC proposals with vendors and integrators
• Review and approve EC&I and OEM detailed design documentation
• Lead multi-disciplinary design review meetings with Client, EPC and OEM SMEs
• Create and maintain project schedules and resource plans
• Provide progress reporting to portfolio management
• Develop Control Narratives from P&IDs and operations procedures
• Develop FAT, SAT, and plant commissioning procedures and coordinate site commissioning

Key requirements

• Extensive experience in oil & gas, process, utilities or pharmaceutical industries
• Brownfield experience
• Strong knowledge of DCS systems and Functional Safety SIS implementations
• Experience with various PLC platforms and their integration
• Electrical interfacing knowledge between automation systems and process actuators
• Hazardous area classifications and ATEX protection requirements
• Knowledge of communications protocols (Profibus, Modbus, Ethernet/IP)

• Client-focused approach
• Self-motivated with ability to work independently and in a team
• Excellent communication and presentation skills
• DCS systems and SIS (Functional Safety) implementations
• PLC platforms and integration
• FEED and detailed design review

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