Job Orders

• Oil and Gas Offshore

• Instrumentation 3D Modeling for Oil & Gas / Petrochemical / LNG / Pharmaceutical plants
• Instrument layout
• tubing
• hook-ups
• constructability in EPC projects

• Detail-oriented and meticulous
• Strong 3D spatial reasoning
• Problem-solving and clash resolution mindset
• Effective communicator and collaborative team player
• Ability to mentor and guide junior engineers

• Create intelligent 3D models of all field instruments (transmitters, control valves, analyzers, gauges, etc.) based on P&IDs, instrument index, and vendor drawings.
• Model instrument location, orientation, mounting details (brackets, stands, platforms), and accessibility zones for operation and maintenance.
• Route and model instrument tubing/impulse lines from process taps to instrument enclosures, ensuring proper slope, support, and racking.
• Model instrument air supply tubing and junction box/conduit routing in coordination with the electrical design team.
• Place local instrument cabinets/panels, analyzer shelters, and sampling systems.
• Ensure all models adhere to company standards, project specifications, and industry best practices (ISA, ANSI).
• Interface closely with Piping, Civil/Structural, and Electrical/HVAC design teams to integrate the instrument model into the master model.
• Proactively perform regular clash detection runs using Navisworks or the native 3D tool to identify and resolve spatial conflicts (e.g., a transmitter blocking a ladder way, tubing interfering with a pipe support).
• Participate in 3D model review sessions (30%, 60%, 90% reviews) with engineering, construction, and client teams.
• Generate instrument location plans and installation detail drawings from the 3D model.
• Produce hook-up drawings (impulse and pneumatic) using automated extraction tools where available.
• Create bulk MTOs (Material Take-Offs).
• Generate weight control reports.
• Support the creation of construction work packages and isometric views for complex installations.
• Populate and maintain instrument attributes within the 3D model’s database (e.g., Tag Number, Service, Elevation), ensuring consistency with the Instrument Index (from SPI).
• Work with Smart Plant Instrumentation (SPI) administrators to ensure tag and data alignment between the SPI database and the 3D model (SPI-SP3D integration).
• Manage catalog and spec files within the 3D software, adding custom instrument components as needed.
• Provide constructability input; ensure models reflect practical installation, operation, and maintenance requirements.
• Support the resolution of field queries during construction by reviewing and updating the model.
• Update the model to reflect as-built conditions and design changes.

• Electrical Engineering
• Engineering
• Instrumentation

• English

• English

• Others

• AVEVA E3D/PDMS
• SP3D
• CADWorx
• AutoCAD Plant 3D
• AVEVA E3D/PDMS, SP3D, CADWorx, AutoCAD Plant 3D
• Navisworks clash detection and 3D review
• MTO generation
• Knowledge of ISA standards
• piping
• structural
• electrical coordination

• Bachelor’s degree in instrument-related majors (e.g., Automation, Measurement & Control Technology and Instruments, Engineering, Drafting & Design Technology, or a related field).
• At least 5 years of direct experience in instrument 3D modeling for the process industry (Oil & Gas, Petrochemical, LNG, Pharmaceuticals).
• Experience in EPC (Engineering, Procurement, Construction) environment is highly valued.
• Expert proficiency in AVEVA E3D/PDMS, Intergraph SmartPlant 3D (SP3D), Hexagon CADWorx, and AutoCAD Plant 3D.
• Strong proficiency in Navisworks Manage for clash detection, AutoCAD / MicroStation for 2D detailing, and SmartPlant Review.
• Basic understanding of AVEVA Instrumentation or SmartPlant Instrumentation (SPI) for data consistency.
• Strong understanding of P&IDs and Instrumentation Diagrams, instrument types, their functions, and typical installation requirements.
• Knowledge of ISA standards (e.g., ISA-5.1, ISA-20) and hook-up standards.
• Understanding of piping, structural, and electrical fundamentals to enable effective coordination.
• Meticulous attention to detail, strong spatial reasoning, problem-solving and clash resolution skills.
• Effective communication, collaboration, and teamwork in a highly integrated multi-disciplinary environment.
• Software-specific certifications (e.g., Hexagon/Intergraph SP3D, AVEVA) or professional certifications (e.g., from ISA) are a plus.