Prepare design specifications, Bill of Quantity (BQ) and RFQ documents, and conduct technical evaluation and selection of process equipment and components.
Support Business Development through site surveys, client meetings, technical presentations and proposal clarifications, translating customer operating requirements into practical process solutions.
Provide process support during detailed design and project implementation, including review of process/piping layouts, vendor documents, operability, maintainability and multidisciplinary interfaces.
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Perform and support process simulations and engineering calculations using HYSYS, PRO/II, FLARENET, FLARESIM, and other relevant software.
Participate in HAZOP, HAZID, SIL, and other safety/design review activities and incorporate agreed recommendations.
Coordinate with multidisciplinary engineering teams including Mechanical, Piping, Instrumentation & Control, Electrical, Civil/Structural, and Operations.
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Strong understanding of Process Engineering documentation, including PFDs, P&IDs, equipment data sheets, process calculations and technical specifications.
Hands-on experience with process simulation tools such as Aspen HYSYS and/or PRO/II.
Exposure to FLARENET, FLARESIM, heat exchanger sizing/rating tools or similar Process Engineering software would be advantageous.
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Lead product failure analysis, analyze quality issues at every stage (prototype, trial production, mass production, and market feedback), and provide solutions.
Train and guide engineers and technicians in their daily work.
Coordinate across departments and work closely with Production, Quality, Testing, and Project teams to ensure product quality and improve efficiency.
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Optimize formulation parameters to enhance product performance and cost reduction
Provide technical support to production/maintenance teams during daily operations.
Troubleshoot process issues related to blending, dosing accuracy, moisture control, and material flow, filling bag, stacking and palletizing, sand fraction
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Align packaging requirements with cross-functional teams, including Manufacturing, Process Engineering, Supply Chain, EHS, Purchasing, and Quality.
Partner with cross-functional stakeholders to identify and implement margin improvement and technical innovation opportunities across materials, labour, transportation, material handling, storage, and packaging cycle times.
Establish packaging standards, guidelines, and evaluation criteria for suppliers, and conduct quality and safety assessments to ensure compliance.
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