Principal Engineer - Process

Responsibilities:

You will be responsible for:

• Completing conceptual and/or detailed process engineering designs of new or revamp/additions to existing facilities.
• Developing design basis documents (process design criteria, mass, energy, and water balances etc.) and reports.
• Design, supervise metallurgical test work programs and analysing results to develop/optimize flowsheet.
• Conceptualizing flowsheet, Review of Metallurgical test work, design development, Process Simulations, Mass & Water balance, Utility Summary, PFD, equipment sizing calculation and selection i.e., Cyclone, Pumps, Dewatering screens, Tanks Valves, Crusher, feeders, sand washing plant and all other associated equipment like Columns Heat Exchangers, working on process design basis and criteria, basic & detail engineering deliverables, Vendor support etc.
• Perform Hydraulic Calculations for circuits (Slurry service and non-slurry service – Newtonian and Non-Newtonian fluid both)
• Plant auditing, debottlenecking, and optimization
• Carrying out calculations, design development and process simulations including providing specifications for process equipment and instrumentation.
• Creating, reviewing, and revising process deliverables such as PFDs, P&IDs, line lists, control philosophies, cause and effect matrix and data sheets.
• Perform Hydraulic Calculations for circuits (Slurry service and non-slurry service – Newtonian and Non-Newtonian fluid both)
• Relief Load Estimation by scenario analysis and Preparation of PSV datasheets, cause and effect diagram, process control narrative, Sequence Interlock Diagrams, Operating manual / procedure. Lead in HAZOP and other safety studies.
• Preparing Operating Cost estimate and aid in the development of Capital Cost estimate.
• Interfacing and coordination between other discipline engineers and project management staff.

Technical and Industry Experience:

• Strong computer skills, proficient with MS Office software.
• Experience in using METSIM, SysCAD, HSC, Aspen and other process simulation software is considered an asset.
• Ability to deliver best practice plant design, with emphasis on cost-effective engineering.
• Ability to recognize the commercial implications in study, project and proposal execution.
• Ability to manage risk during the design process consists of technical and commercial requirements of the study or project.
• Ability to interact with clients and other teams in a positive manner.
• Ability to manage activities on or ahead of schedule and on or below budget.
• Ability to communicate process requirements to other members of the study, project, or proposal team.
• Ability to prepare and deliver oral and written presentations for study and project reports and proposals.
• An understanding of strategic and change management and an ability to participate in these processes.
• Ability to provide leadership and direction to process engineers within a designated area of expertise.
• Ability to maintain an in-depth knowledge of technological developments within a designated area of activity.
• Accountable for ensuring all process designs meet best practice safety practices using Wood policies and appropriate risk assessment tools such as hazop and risk reviews.
• Accountable for championing the development of new technologies which give Wood a competitive edge.
• Accountable to ensure delivery of process services to designated study, project, and proposal teams on or ahead of schedule and on or under budget.
• Accountable to manage the process of preparation of designated study, project and proposal documents and designs to ensure quality and accuracy of information.
• Assist Business Development including preparing proposals, participating in client meetings, developing client relationships, and reviewing new business proposals.
• Actively manage clients to ensure a win:win outcome whenever possible
• Provide guidance / advice to other team members (within process group and Wood in general) as required to ensure the best outcomes.