Static Equipment Engineer

Roles and Responsibilities

A bachelor's degree in relevant engineering (i.e Mechanical, or equivalent) from an accredited university with a minimum of fifteen (15+) years of relevant experience in the Oil & Gas or Petrochemical industry, including a minimum of five (5) years in the GCC region.
Must have at least five (5) years of experience in a similar position for international major Oil & Gas or Petrochemical projects.
Must have experience in static equipment design of onshore oil & gas related projects.
Competent to carry out design, check, and approve activities in the Design-Check-Approve-Authorize cycle for static equipment.
Should Possess

• Teamwork skills.
• Capability to strategize.
• Analytical / Decision Making Skills.
• Knowledge of HSE (NEBOSH / IOSH) Management.
• Capability in preparing diving operations 'Scope of Work' of Inspection/ Maintenance of Projects.
• Project Management skills.

Fluent in English (read/write).
Well-versed in IT & its application in relation to work requirements.
Responsibilities

• In-depth understanding of static equipment including pressure vessels, air-coolers, heat exchangers, fire heaters, API 650 tanks, columns, etc. used generally in oil and gas/refinery industries for onshore and offshore applications, and select correct types of equipment for a given process service application.
• Fully conversant with mechanical engineering design software such as PVELITE, TANK, COMPRESS, FINGLOW, etc.
• Fully conversant with materials used for pressure vessels, heat exchangers, and storage tanks.
• Work on static equipment design software for mechanical design.
• Prepare and check equipment specifications and datasheets.
• Prepare and check procurement engineering documents, like tender documents/RFQs, technical bid analysis, purchase recommendations.
• Vendor follow-ups, check & approval of vendor drawings/documents, and witnessing of factory acceptance tests (FAT).
• Attend site visits.
• Check interdisciplinary documents during IDC review cycle.
• Coordinate with other disciplines as required, ensuring success of multi-discipline project parallel working.
• Prepare and estimate equipment loads and foundation load data.

• Design and Analysis of Static Equipment

  • Lead the design and analysis of static equipment, ensuring they are structurally sound, safe, and compliant with industry standards.
  • Perform detailed stress analysis using software tools (e.g., CAESAR II, ANSYS, STAAD.Pro) to evaluate the performance of pressure vessels, heat exchangers, storage tanks, and other equipment.
  • Select appropriate materials and design methods based on load conditions, operating environments, and safety considerations.

• Compliance with Codes and Standards

  • Ensure designs adhere to relevant codes and standards, such as ASME (e.g., ASME BPVC for pressure vessels), API (e.g., API 650 for storage tanks), and ISO standards.
  • Stay updated on changes in codes and regulations to ensure all equipment designs are compliant with the latest requirements.
  • Conduct safety and risk assessments to identify potential hazards related to static equipment.

• Maintenance and Inspection

  • Oversee the inspection, testing, and maintenance programs for static equipment to ensure operational integrity.
  • Provide technical guidance on regular maintenance and repairs to ensure the longevity and safe operation of equipment.
  • Lead root cause analysis (RCA) investigations for equipment failures and propose corrective actions.

• Project Management and Leadership

  • Manage static engineering projects, from concept through design, installation, and commissioning, ensuring deadlines, budgets, and quality standards are met.
  • Supervise and mentor junior engineers and technical staff, providing guidance on design approaches, technical challenges, and best practices.
  • Review and approve engineering calculations, drawings, and reports produced by other team members.

• Stress and Fatigue Analysis

  • Conduct advanced stress and fatigue analyses for static equipment subjected to high pressures, thermal cycles, and mechanical loads.
  • Use finite element analysis (FEA) and other engineering tools to simulate operating conditions and ensure equipment will withstand stress over time.
  • Evaluate the effects of corrosion, wear, and other environmental factors on the structural integrity of equipment.

• Technical Documentation and Reporting

  • Prepare and review detailed technical documentation, including design reports, calculations, material specifications, and maintenance procedures.
  • Ensure that all engineering drawings and documents are accurate, complete, and comply with company and regulatory requirements.
  • Support project teams with technical clarifications during construction and commissioning phases.