In this role, you will lead the planning, design, and execution of engineering projects within a manufacturing environment. The position involves both implementing new systems and enhancing existing processes. You will oversee technically complex initiatives, often collaborating across multiple engineering disciplines.
You will work cross-functionally with contractors, operations teams, maintenance staff, suppliers, procurement, and safety teams to ensure projects are delivered with strong performance in safety, quality, and efficiency.
Key Responsibilities:
Develop and communicate comprehensive project plans, translating technical concepts effectively for both engineering and non-engineering stakeholders
Define project scope, solicit and evaluate vendor bids, and manage documentation and approval processes
Oversee project execution, including construction activities, system downtime coordination, and commissioning/startup support
Establish and manage project budgets and timelines, ensuring delivery within defined constraints
Monitor project costs throughout the lifecycle and provide updates, forecasts, and adjustments as needed
Support troubleshooting of operational and maintenance issues when required
Lead implementation and upgrades of control systems, plant infrastructure, and electrical distribution systems
Design and deliver training programs to enhance operational and maintenance capabilities
Ensure compliance with applicable safety, quality, and environmental standards and regulations
Qualifications:
Bachelor’s degree in Electrical Engineering, Electrical Engineering Technology, or a related discipline
Minimum of 5 years of experience working with industrial control systems (PLC/DCS environments)
Familiarity with PLC programming and process instrumentation in manufacturing settings, or willingness to develop expertise
Exposure to SCADA systems, HMI interfaces, or data historian tools is advantageous
Strong communication skills with the ability to engage diverse audiences
Demonstrated problem-solving ability and systems-level thinking