Lead inspection, testing and commissioning of instrumentation systems on oil & gas, LNG, petrochemical and industrial projects.
Responsibilities
Inspect instrument installation, testing and pre-commissioning activities to ensure compliance with approved drawings, specifications and project requirements.
Inspect field instruments, control valves, instrument tubing, cabling, junction boxes and associated systems.
Lead and supervise instrumentation activities ensuring compliance with project requirements and industry standards.
Responsibilities
Inspect instrument installation, testing and pre-commissioning activities to ensure compliance with approved drawings, specifications and project requirements.
Inspect field instruments, control valves, instrument tubing, cabling, junction boxes and associated systems.
Provides field engineering support for structural steel fabrication, assembly, inspection, completion, and release-for-shipment activities in the Module Yard.
Responsibilities
Provide field engineering support for structural steel fabrication, erection, assembly, fit-up, alignment, inspection, completion, turnover, and release-for-shipment activities.
Support structural execution within module boundaries, including permanent steel, temporary bracing, transport supports, platforms, ladders, handrails, grating, embeds, and related interfaces.
Review IFC drawings, structural details, specifications, vendor data, work packages, Inspection and Test Plans, lifting/transport requirements, and project procedures.
Support work planning, sequencing, constructability reviews, constraint removal, schedules, and work package development.
Verify structural material readiness, receiving status, kitting, traceability, shortages, substitutions, and preservation requirements.
Requirements
Bachelor's degree (or international equivalent)
Nice to have: Familiarity with Bechtel work processes
Support module yard piping execution from fabrication through installation, inspection, testing, preservation, turnover, and release for shipment.
Responsibilities
Provide field engineering support for module yard piping fabrication, installation, inspection, testing, preservation, turnover, and release-for-shipment activities.
Review piping drawings, isometrics, P&IDs, specifications, line class requirements, work packages, ITPs, and test packages to support compliant execution.
Support work planning, sequencing, constraint removal, material readiness, quantity verification, progress reporting, and short-term schedule alignment.
Perform field walkdowns to verify piping installation, spool fit up, supports, valves, interfaces, cleanliness, preservation, accessibility, and transport readiness.
Coordinate with Engineering, Construction, Quality, Materials, Procurement, Subcontracts, Project Controls, Logistics, Turnover, and Startup/Commissioning to resolve technical and execution issues.
Requirements
Bachelor's degree (or international equivalent)
Nice to have: Bechtel work processes
Nice to have: project systems such as Aconex, TeamWorks, DSCS, PTR, InfoWorks, BPS, Navisworks, Power BI
The OSM Structural Field Engineer provides field engineering support for structural steel fabrication, assembly, inspection, completion, and release-for-shipment activities in the Module Yard.
Responsibilities
Provide field engineering support for structural steel fabrication, erection, assembly, fit-up, alignment, inspection, completion, turnover, and release-for-shipment activities.
Support structural execution within module boundaries, including permanent steel, temporary bracing, transport supports, platforms, ladders, handrails, grating, embeds, and related interfaces.
Review IFC drawings, structural details, specifications, vendor data, work packages, Inspection and Test Plans, lifting/transport requirements, and project procedures.
Support work planning, sequencing, constructability reviews, constraint removal, schedules, and work package development.
Verify structural material readiness, receiving status, kitting, traceability, shortages, substitutions, and preservation requirements.
Support module yard piping execution from fabrication through installation, inspection, testing, preservation, turnover, and release for shipment.
Responsibilities
Provide field engineering support for module yard piping fabrication, installation, inspection, testing, preservation, turnover, and release-for-shipment activities.
Review piping drawings, isometrics, P&IDs, specifications, line class requirements, work packages, ITPs, and test packages to support compliant execution.
Support work planning, sequencing, constraint removal, material readiness, quantity verification, progress reporting, and short-term schedule alignment.
Perform field walkdowns to verify piping installation, spool fit up, supports, valves, interfaces, cleanliness, preservation, accessibility, and transport readiness.
Coordinate with Engineering, Construction, Quality, Materials, Procurement, Subcontracts, Project Controls, Logistics, Turnover, and Startup/Commissioning to resolve technical and execution issues.
Lead and coordinate mechanical engineering activities for a large-scale mining and mineral processing development project in Namibia.
Responsibilities
Lead and review mechanical engineering activities related to mining operations and mineral processing facilities
Oversee the design and engineering of crushing systems, conveyors, stacking equipment, material handling systems, pumps, tanks, agitators, piping networks and associated mechanical packages
Review and validate mechanical engineering deliverables, including equipment lists, technical datasheets, design calculations, general arrangement drawings, piping layouts and 3D models
Ensure compliance with applicable engineering standards, technical specifications and project design criteria
Coordinate multidisciplinary design reviews with Civil, Structural, Electrical, Instrumentation and Process Engineering teams
Requirements
Bachelor's or Master's degree in Mechanical Engineering
Nice to have: nuclear facilities
Nice to have: uranium mining
Nice to have: radiologically controlled environments