Role Overview

• Executes process systems major deliverables according to a set engineering design criteria utilizing approved engineering procedures and practices.
• Prepares, coordinates, and reviews designs, studies, reports and proposals.
• Uses specialized engineering hydraulic programs such as Flare System Analyzer (Flarenet), PIPENET, AFT Fathom, VMGSim, etc to interpret or complete calculations.
• Uses 3D model software such as SmartPlant Review or PDSView in order to review the physical design of a plant or drive the client attended model review.
• Takes the initiative to coordinate the detailed design development of a system with other engineering disciplines while managing workload and meeting schedule due dates. 

Specific responsibilities include:

• Leading a discipline team in the execution of process systems deliverables according to the budget and project schedule.
• Giving technical guidance and performance feedback to direct reports.
• Piping & Instrument Diagrams (P&IDs) development and review
• Line Designation Tables (LDTs) development and review – line lists with process and mechanical design conditions captured
• Hydraulic calculations – for pumps, compressors, control valves, and line sizing
• Flare system design and Process Safety Valves (PSV) sizing
• Design Pressure and Temperature Diagrams (DPDTs) development – analyzing and determining piping systems design conditions
• Technical Lists development – scoping documents such as equipment list, PSV list, Specialty Piping (SP) Items list
• 3D Model Review execution – organizing and running a review of the physical design of systems
• Vendor print review execution – commenting on deviations from a set of technical design criteria provided to a vendor
• HazOp review execution – organizing technical documentation and participating in a hazard and operability review of a system
• Speciality Piping (SP) item and Relief Valve Datasheet development – define a set of technical criteria and conditions for vendors to use to design engineered items 

Basic Qualifications

• A recognized bachelors degree in chemical engineering from an accredited college or university. Masters degree preferred.
• Excellent knowledge of technical theory, engineering principles, good engineering practices and how to apply them for design execution
• Familiarity with major regulations and industry codes and standards affecting standard design, quality, or processes
• Excellent skills in oral and written communication for reports and presentations
• Chartered engineer or willingness to pursue
• Extensive experience in process system design in both FEED and EPC projects and substantial experience in leading teams.
• Level 1 â€“ extensive experience in process systems design and leading medium sized teams on FEED and EPC projects
• Level 2 â€“ significant experience in process systems design and leading large sized teams on FEED and EPC projects

Industry Experience: 

Specific experience in planning and executing greenfield or brownfield projects in one or more of the following market segments if required:

• Natural gas processing including liquefaction and regasification
• Coal, gas or biomass to chemicals such as methanol and ammonia
• Petrochemicals such as HDPE, LDPE, MEG, PET, PTA, PVC and others
• Carbon capture and sequestration
• Solar and/or combined cycle power plants
• Hydrogen value chain including reforming, liquefaction, transportation and fuelling stations
• Offshore and onshore pipelines
• Desalination, raw water, demineralized water and wastewater treatment plants
• Familiarity with current process technologies and licensors associated with the above.