Piping Layout Engineer

Functional Skills

Functional Skills are essential skills that help individuals perform tasks effectively in everyday life, work, and education.

Piping System Design

3D Modeling and Layout

Stress Analysis

Piping Material Selection

Code and Standards Compliance

Clash Detection and Interference Management

Isometrics and Piping Drawings

Fluid Dynamics

Piping Support Design

Valve and Equipment Integration

Soft Skills

Communication, teamwork, and critical thinking to ensure seamless project execution.

Attention to Detail

Problem-Solving

Communication

Teamwork

Time Management

Adaptability

Critical Thinking

Technical Proficiency

Negotiation

Technical Skills

Technical Skills are specialized abilities and knowledge needed to perform specific tasks or functions.

Piping Design Software (e.g., AutoCAD Plant 3D, PDMS, E3D)

Piping Codes and Standards (e.g., ASME B31.3, IBR)

Piping Layout and Routing

Stress Analysis Software (e.g., CAESAR II)

Material Selection

Clash Detection and Interference Management

P&ID Interpretation

Knowledge of Pipe Supports

Knowledge of Indian Standards

Duties and Responsiblities

Task

95%

Develop piping layouts ensuring compliance with engineering principles and safety standards.

90%

Review vendor drawings and equipment specifications for layout integration.

85%

Create detailed 2D and 3D models of piping systems using CAD software.

80%

Perform clash detection analysis to identify and resolve potential interferences.

75%

Collaborate with process, mechanical, and structural engineers for design coordination.

70%

Prepare isometrics and piping plans for fabrication and installation.

65%

Ensure layouts meet project specifications and regulatory requirements.

60%

Participate in design reviews and provide technical input.

55%

Manage and maintain piping layout documentation and records.

50%

Support field engineers during construction and commissioning phases.

Work Activities

95%

Creating detailed piping layouts and designs using CAD software, ensuring compliance with industry codes and standards.

92%

Performing stress analysis on piping systems to identify potential weaknesses and ensure structural integrity under various operating conditions.

90%

Selecting appropriate piping materials based on fluid properties, temperature, pressure, and corrosion resistance requirements.

88%

Ensuring all piping designs comply with relevant industry codes, standards, and regulations (e.g., ASME, ANSI, API).

85%

Developing and maintaining 3D models of piping systems for visualization, interference checking, and construction planning.

82%

Identifying and resolving clashes between piping systems and other structural or mechanical components in the plant layout.

80%

Generating isometric drawings for fabrication and installation of piping systems, including dimensions and material specifications.

78%

Designing and specifying supports for piping systems to ensure stability and prevent excessive stress or vibration.

75%

Coordinating with vendors to procure piping materials and components, ensuring they meet project specifications and quality standards.

72%

Conducting site surveys to gather information about existing piping systems and site conditions for retrofit or expansion projects.

70%

Preparing and maintaining accurate documentation of piping designs, calculations, and specifications for future reference.

68%

Collaborating with other engineering disciplines (e.g., structural, mechanical, process) to ensure integrated and coordinated plant design.

Detailed Work Profile

Interests