Piping Designer Goals and Objectives Examples
Create and develop piping designs for various projects.
Produce detailed drawings and schematics for installation.
Ensure that designs comply with industry standards and regulations.
Collaborate with project managers, engineers, and clients to determine design requirements.
Accurately calculate quantities of materials required for each project.
Design piping systems that are functional, efficient, and cost-effective.
Identify potential design problems and propose solutions.
Develop and maintain design specifications and standards.
Conduct field visits to gather data and assess site conditions.
Monitor progress of ongoing projects to ensure that design plans are being implemented correctly.
Liaise with other departments within the company to coordinate piping designs with electrical, structural, and civil engineering plans.
Attend meetings with clients to discuss design plans and modifications.
Create 3D models of piping designs using relevant software.
Generate bills of materials for each project.
Stay up-to-date on new technologies and industry trends in order to improve design processes.
Ensure that all designs are completed within specified deadlines.
Perform quality checks on final designs before submission for approval.
Maintain accurate records of all design projects.
Assist in training junior designers.
Use knowledge of different materials and their properties to make appropriate choices for each project.
Conduct feasibility studies on new piping designs.
Analyze existing systems and identify areas for improvement or replacement.
Develop testing procedures for new piping systems.
Conduct risk assessments for proposed piping designs.
Work with contractors and vendors to source required materials.
Coordinate with manufacturing teams to ensure that products meet design specifications.
Participate in safety meetings and adhere to safety protocols at all times.
Develop cost estimates for each project and monitor expenses against budget.
Use AutoCAD software to create 2D drawings and layouts.
Work with other departments to determine equipment needs for each project.
Ensure that all designs are compliant with environmental regulations.
Work with architects to integrate piping designs into overall building plans.
Troubleshoot issues related to piping installations or maintenance.
Use knowledge of different welding techniques to make appropriate choices for each project.
Use knowledge of different pipe fittings to make appropriate choices for each project.
Work with hydraulic engineers to ensure that fluid dynamics are optimized in piping designs.
Be able to read and interpret P&IDs (piping and instrumentation diagrams).
Use simulation software to analyze piping performance under different conditions.
Develop calibration procedures for instruments used in measuring flow rate, pressure, and temperature in piping systems.
Develop maintenance schedules for piping systems and equipment.
Partner with quality assurance teams to ensure that products meet design standards.
Ensure compliance with fire codes in all piping design plans.
Coordinate with HVAC designers to ensure that air conditioning systems are integrated into overall building plans.
Work with geotechnical engineers to account for soil conditions during piping installations.
Work with electrical engineers to design piping systems that are compatible with electrical equipment needs (such as power cables).
Develop contingency plans in case of piping system failure (such as backup systems or emergency repair procedures).
Ensure that all designs are easy to access and maintain for future repairs or modifications.
Use knowledge of steam systems to design appropriate piping layouts for steam applications.
Understand the principles of heat transfer in order to optimize pipe diameters and insulation materials.
Analyze vibration and noise levels in piping systems and develop solutions to mitigate them.
Use knowledge of water treatment chemicals to design appropriate piping layouts for water treatment applications.
Develop valve schedules that indicate valve types, locations, and operations required for each project.
Develop pressure drop calculations for each project based on required flow rate, pipe diameter, and friction factors.
Develop cooling load calculations for each project based on heat gain/loss calculations for each space served by the HVAC system.
Develop equipment selection criteria based on the facility's requirements and budget constraints.
Coordinate with construction managers to ensure smooth execution of piping installations during construction phase.
Review vendor proposals/specifications for standardization.
Develop line sizing calculations for each project based on required flow rate, pipe diameter, and pressure drop.
Conduct system hydraulic transient analysis to evaluate system response during changes in flow or pressure conditions.
Incorporate instrumentation requirements into the piping layout.
Study existing plant system layout/designs, suggest modifications/improvements as per requirement.
Define preliminary equipment layout based on plot plan requirements.
Prepare GADs (general arrangement drawing) and isometric drawings as per site requirements.
Develop material requisition sheet (MRS) for procuring mechanical items.
Preparation of Equipment Layouts / Plant Layouts.
Experience in designing of Pipe Supports & Hangers for various types of Piping Systems.
Take measures to optimize the use of equipment by keeping the ease of maintenance in mind while designing.
Able to develop plot plans from scratch.
Provide technical support during commissioning/startup of the plant/systems/equipment.
Preparation of stress analysis reports.
Knowledge of International Codes & Standards like ASME B31 series, API 610/617 etc.
Conduct stress analysis using Caesar II.
Working experience on 3D modelling software like PDMS/E3D/PDS/SPIP.
Pipe stress checks as per ASME B31 series codes using: CAESAR II Software.
Preparation of Piping Specifications based on client specifications/standards.
Coordinate with senior discipline engineers regarding pipe stress analysis results.
Ensure proper adherence to QA/QC procedures.
Maintain awareness of emerging trends in piped system technology.
Implement best practices during designing processes.