PACKAGED EQUIPMENT ENGINEER – LEVEL 3 - FTE Lake Mary, Orlando FL

The Mechanical Systems Engineering team is responsible for end-to-end engineering and integration of major systems, including:

• Lube Oil Unit & Oil Mist Separator
• Control Oil Unit & Control Oil Cleaning Unit
• Compressor Blade Washing Unit
• Heat Exchangers (Turbine Cooling Air Cooler, 2C Cooler, 4S Cooler, ECA Cooler, Fuel Gas Heater, FG Dew Point Heater, Closed Cooling Water Coolers)
• Fuel Gas Conditioning Equipment (Filter/Separators, Scrubbers, Filters)
• Gas Turbine & Auxiliary Enclosure HVAC Systems
• Enhanced Cooling Air Equipment (Compressor & Drain Mist Separator)
• Fire Fighting Systems
• GT Modular Enclosures

The Packaged Equipment Engineer – Level 3 will play a critical role in system design, vendor management, integration, quality assurance, and continuous improvement. Responsibilities include:

• Interpret P&IDs, drawings, and technical documentation to define system requirements.
• Prepare detailed engineering calculations to ensure proper sizing and performance of mechanical equipment.
• Develop inquiry and purchase specifications for mechanical systems and components.
• Review and evaluate vendor designs for compliance with codes, standards, contracts, and internal requirements.
• Specify testing requirements and analyze vendor test results to validate performance.
• Ensure arrangement drawings and foundation interfaces meet engineering and project specifications.
• Integrate design requirements provided by global engineering teams.

• Provide technical recommendations for vendor selection and qualification.
• Meet regularly with suppliers to ensure technical alignment and on-time deliverables.
• Prepare clear and concise correspondence to vendors and cross-functional engineering teams.

• Develop and manage schedules for engineering deliverables to meet project milestones.
• Interpret and respond to technical inquiries from customers, vendors, and field personnel.
• Ensure compliance with all applicable industry codes and standards in system design.
• Provide regular progress updates to management, including risks and mitigation plans.

• Lead development of standard drawings, specifications, and design improvements.
• Identify opportunities to reduce system costs without compromising quality or performance.
• Establish and refine engineering processes to optimize resources and improve output quality.
• Implement corrective actions to reduce nonconformance and enhance product reliability.

• →Generate innovative ideas for product and system improvements.
• →Proactively enhance engineering tools, workflows, and documentation.
• →Work effectively in a multicultural, multi-disciplinary environment.
• →Communicate clearly with technical and non-technical stakeholders at all organizational levels.
• →Travel between 5%–20% as required.