Senior Piping Designer / Stress Engineer

Kintec Recruitment Limited; Pantai; On-site; IDR 200.000.000 - 300.000.000; Full time

Job summary

A leading energy operator is seeking a Senior Piping Designer / Stress Engineer to support a short-term project in Kuala Lumpur. This role involves 3D modelling, stress analysis, and the design of pipe supports. Candidates should have a degree in Mechanical or Structural Engineering and experience in the oil & gas industry. Responsibilities include updating 3D models, performing stress calculations, and coordinating designs with multidisciplinary teams.

Qualifications

• Proven experience in piping stress analysis, pipe support design, and 3D piping/modelling in oil & gas or energy projects.
• Skilled in load calculation, support selection, stress/flexibility assessment, and integration with structural elements.
• Knowledge of industry codes, standards, and best practices.

Responsibilities

• Update 3D models of material handling and piping systems.
• Ensure clash detection and resolve conflicts within 3D models.
• Perform routine stress calculations for piping systems and structural components.
• Prepare detailed drawings and specifications for pipe supports.

Skills

Piping stress analysis

3D modelling

Design documentation

Problem-solving

Team collaboration

Education

Degree or diploma in Mechanical or Structural Engineering

Tools

3D modelling software

Job description

Senior Piping Designer / Stress Engineer

Location: Kuala Lumpur, Malaysia

Assignment: 3 months, project-based (with potential extension subject to project workload)

Eligibility: Malaysian nationals only

Expected Start Date: 24 Nov 2025

Expected End Date: 24 Feb 2026

Allocated Manhours: 4500 hrs (for 10 pax across roles)

A leading energy operator is seeking experienced Senior Pipe Support Designers, Piping Stress Engineers, and Piping Designers to support a short-term major energy project in Kuala Lumpur. The roles cover 3D modelling, stress analysis, pipe support design, and multi-discipline coordination across material handling systems, piping, and structural integration. Candidates will ensure safe, reliable, and compliant designs in accordance with project specifications and industry codes.

Key Responsibilities

• Update 3D models of material handling and piping systems incorporating model review comments received before or after reviews.
• Ensure clash detection and resolve conflicts within 3D model environment.
• Coordinate with structural and other engineering disciplines to finalise material handling and piping designs for seamless integration.
• Perform routine stress calculations for piping systems, structural components, and equipment supports.
• Conduct stress analysis for piping connected to compressors, pumps, heat exchangers, pressure vessels, tanks, and other sensitive equipment.
• Assist in defining and analysing load cases including operational, environmental, and accidental loads.
• Gather design data, material properties, and load information; prepare analysis models.
• Interpret stress analysis results to identify potential overstress or fatigue issues and provide recommendations for design improvements.
• Select appropriate pipe support types and materials, determine support spacing and locations, and design for thermal expansion and vibration control.
• Prepare detailed drawings and specifications for supports, including SPS drawings, dimensions, materials, and installation instructions.
• Provide regular updates on modelling and analysis progress.
• Collaborate with multidisciplinary teams to ensure structural integrity, compliance, and constructability.
• Prepare and maintain documentation, reports, calculations, and records of inputs and results.
• Ensure all work adheres to relevant codes, standards, and project specifications. Participate in design reviews and quality checks.

Minimum Requirements

• Degree or diploma in Mechanical or Structural Engineering or equivalent.
• Proven experience in piping stress analysis, pipe support design, and 3D piping/modelling in oil & gas or energy projects.
• Competent in load calculation, support selection, stress/flexibility assessment, and integration with structural elements.
• Experience in thermal expansion, vibration control, and fatigue mitigation in piping systems.
• Skilled in 3D modelling, clash detection, and multi-discipline coordination.
• Knowledge of industry codes, standards, and best practices.
• Strong technical documentation, problem-solving, and communication skills.
• Detail-oriented, organised, and able to work effectively within a team.
• Eligible Malaysian national based in Kuala Lumpur.