5 - 7 Years 1 Opening Noida Role description Job Role - Piping Stress Engineer Job Title - Engineer Function - Engineer Sub Function - Piping Location - Delhi Notice Period - 30 Days or Less Education - ITI Diploma in Engineering Discipline - Civil and Structure Experience Range - 4 to 8 Years Mode of Interview - Physical Delhi Location - Tool Test Technical Interview Tool proficiency - CAESAR-II SPR Navisworks Nozzle PRO Auto CAD Microstation Work Experience - Experience in EPC or Detail design engineering company in the engineering discipline for execution of projects in various sectors like Oil Gas Energy Refining Petrochemicals MAIN TASKS AND RESPONSIBILITIES General Executes in compliance with Discipline Manual and Job Manual during project execution to ensure that all contractual requirements are implemented and fulfilled Ensures valuable quality of the deliverables for the design work Estimation of Man hours and manpower planning Ensuring completion of allocated tasks within allotted man-hours and schedule dates Contributes to on time quality review of Inter-discipline documents and vendor deliverables Contributes to implementation of safety relevant principles standards rules and procedures Contributes to implementation of lessons learnt identified for the assigned projects Supports the technical procurement activities for various types of equipment Springs Expansion Bellows Any other components identified during stress analysis Review and approval of Engineering SubContractor documents Visiting Vendor s office as and when required Periodic training to Third Party Contractors about AL s procedures and checklists Monitor the Stress work progress incase it is outsourced to engineering subcontractor Mentoring Trainee Engineers by conducting occasional training sessions Providing necessary inputs for Pulsation Analysis to Vendor reviewing of Pulsation reports and implementation of vendor recommendations Extending support to proposals by performing preliminary stress analysis of big bore critical piping and estimation of special support springs and expansion joint quantity Supports reviews and approval of Vendor documents applicable for the Discipline Site assistance through replying to site queries HSE QA QC Executes applicable scope of work in compliance with the requirements of the HSE Management System and IMS for the discipline project Ensures that the documentation is prepared checked and approved according to Project Quality Plan and ready to be released by the respective Lead Engineer Provides all necessary input to the lessons learnt process capitalization and best engineering practice Ensure that Checklist is to be filled after completion of stress analysis of every calculation PROJECT CONTROL COORDINATION Communicates to the Lead Engineer status and progress of project s schedule deliverables Communicates man-hour spent per engineering package Records and communicates all changes to original scope Contributes to Change Management DOMAIN KNOWLEDGE Preparation of Stress Design basis Guidelines based on Site Data Sheet and other relevant codes applicable for a particular project Preparation of Stress Critical Line List and Markup PID Modeling Analysis Preparation of Load Cases and Supporting of Lines connected to Turbines Compressors Columns Air Coolers Plate Heat Exchangers Tanks Fired Heaters Reformers Reactors Pumps Heat Exchangers etc and as identified in Critical Line List Experience with various National and International codes Perform dynamic seismic wind slug flow analysis as applicable Tagging and Location of piping supports on isometrics Evaluate calculated stress results displacements and pipe support loads Prepare specification and requisition of spring supports expansion joints flexible seal boot etc Preparation of special support sketches and reviewing of SPS drawings Review of Support MTO as per Project requirement Support Tagging for the Non Critical Lines Preparation of loading data for pipe rack technological structures Pedestals and other Grade Level Supports Performing Calculations for Skirt growth Pipe Trunnions Slug force etc Coordination with piping designers Civil structural engineers and process engineers as required Preparation and Expediting of Stress documentation for each stress analyzed system Responsible for checking conformity between isometrics stress calculation and piping support drawings Review comment vendor documents such as equipment arrangement drawings project drawings Anticipation and Identification of risks and opportunities and recommend mitigations during execution Effective Communication skills with proactive coordination to manage interdiscipline workflow Ability to identify cost optimization opportunities during project execution Outcomes Guide the team members mentor junior designers and drive team effort towards a common goal Independently handle a new project and resolve technical issues at a project level Conduct root cause analysis and present findings Understand Phantom BOM for product Present new concepts to customers Electrical a Development of wire harness routing designs in 3D which includes ensuring secure routing of harness to corresponding connectors b Development of 2D wire harness drawings conforming with customer requirements and industrial drafting standards c Design hardware fixation components such as brackets clips and mounting points using 3D modelling moduled Review and understand device and component technical datasheets e Conduct detailed Study and Analysis for Project Scope Methodology Estimation and Delivery schedule preparation f Create and understand schematic creation and drawing Mechanical a Hydraulic Design Design of Hydraulic systems selection of hydraulic components and fittings and hydraulic routings using Pro-E Wildfireb Structural Design Design of structural members bearings gearing heat transfer and engine related equipment machined parts castings and weld fabrications c Component Design Design test analyse machined parts castings weld fabrications and other components of mechanical systems and processesd FEA Perform calculations to analyse structural integrity system loads and fatigue life using thorough knowledge of finite element analysise Weld Design Design test and analyse weldments and welding structural components f Vehicle Integration and Assembly Contribute to Mechanical Electrical integration as a part of vehicle integrationg Compute and estimate loading on structural members air hydraulic flow velocity rates cylinder speeds steering system calculations pump inlet conditions and heat transfer calculations on air hydraulic fuel systems Measures of Outcomes Customer Satisfaction - Based on feedback from customer Adherence to schedule timelines Adherence to SLAs where applicable Number of defects post delivery Number of non-compliance issues Percent of reduction or reoccurrence of known defects Defined productivity standards for project Completion of all mandatory training requirements Outputs Expected Design Understand the design requirements sheet metal design guidelines Stack-up analysis Weldment Mining Design guidelines electrical component selection hydraulic fitting selection casting knowledge large assembly management as well as schematic diagrams for Electrical and Mechanical Errors Identify analyse and rectify drawing errors technical errors PLM PDM errors and model errors Document Create documentation for one s own work Input output folder maintenance Status update in Project tracker Comply with project related reporting standards process Design review presentation Review updated log Maintain documents for audit purposes Manage knowledge Create model procedures documents checklist Model QC workflow etc PLM PDM Adherence to PLM PDM process Requirement Analysis Understand the Inputs client expectations and work scope Learning and Growth Improve domain competency Improve soft skill competency by attending trainings and webinars Team Management Mentor manage and guide the team towards the common project goal Skill Examples Ability to explain and communicate the design development to the mentors leads Ability to perform interference check against top level assembly Ability to create harness drawing wire table and electrical components selection Ability to manage and guarantee high levels of cohesion and quality Ability to perform and evaluate new design using FEA and calculation by hand Good written and verbal communication abilities Proactively seek help wherever it is required Ability to work in a team with strong interpersonal skills Ability to think analytically and conceptually Knowledge Examples Appropriate 3D Software Modules GD T Stack-up analysis for new design DFMEA Value Analysis-Value Engineering to reduce product cost Knowledge about customer domain and sub domain Prior experience with documentation and specific definition of system specifications Domain knowledge of Off High-way mining equipment Electro-mechanical Automotive Casting Plastic Semiconductor Medical Aerospace Heavy machinery Proficiency in Creo Cabling Piping Sheet metal Auto CAD FEA Part modelling Casting Electrical Schematic Drawing as well as MBA Model Based Assembly or Paperless drawing Root cause analysis PUGH matrix Structural analysis FEA etc Additional Comments Tool proficiency - CAESAR-II SPR Navisworks Nozzle PRO Auto CAD MicroStation Work Experience - Experience in EPC or Detail design engineering company in the engineering discipline for execution of projects in various sectors like Oil Gas Energy Refining Petrochemicals MAIN TASKS AND RESPONSIBILITIES General Executes in compliance with Discipline Manual and Job Manual during project execution to ensure that all contractual requirements are implemented and fulfilled Ensures good quality of the deliverables for the design work Estimation of Man hours and manpower planning Ensuring completion of allocated tasks within allotted man-hours and schedule dates Contributes to on time quality review of Inter-discipline documents and vendor deliverables Contributes to implementation of safety relevant principles standards rules and procedures Contributes to implementation of lessons learnt identified for the assigned projects Supports the technical procurement activities for various types of equipment Springs Expansion Bellows Any other components identified during stress analysis Review and approval of Engineering SubContractor documents Visiting Vendor s office as and when required Periodic training to Third Party Contractors about AL s procedures and checklists Monitor the Stress work progress incase it is outsourced to engineering subcontractor Mentoring Trainee Engineers by conducting occasional training sessions Providing necessary inputs for Pulsation Analysis to Vendor reviewing of Pulsation reports and implementation of vendor recommendations Extending support to proposals by performing preliminary stress analysis of big bore critical piping and estimation of special support springs and expansion joint quantity Supports reviews and approval of Vendor documents applicable for the Discipline Site assistance through replying to site queries HSE QA QC Executes applicable scope of work in compliance with the requirements of the HSE Management System and IMS for the discipline project Ensures that the documentation is prepared checked and approved according to Project Quality Plan and ready to be released by the respective Lead Engineer Provides all necessary input to the lessons learnt process capitalization and best engineering practice Ensure that Checklist is to be filled after completion of stress analysis of every calculation PROJECT CONTROL COORDINATION Communicates to the Lead Engineer status and progress of project s schedule deliverables Communicates man-hour spent per engineering package Records and communicates all changes to original scope Contributes to Change Management DOMAIN KNOWLEDGE Preparation of Stress Design basis Guidelines based on Site Data Sheet and other relevant codes applicable for a particular project Preparation of Stress Critical Line List and Markup PID Modeling Analysis Preparation of Load Cases and Supporting of Lines connected to Turbines Compressors Columns Air Coolers Plate Heat Exchangers Tanks Fired Heaters Reformers Reactors Pumps Heat Exchangers etc and as identified in Critical Line List Experience with various National and International codes Perform dynamic seismic wind slug flow analysis as applicable Tagging and Location of piping supports on isometrics Evaluate calculated stress results displacements and pipe support loads Prepare specification and requisition of spring supports expansion joints flexible seal boot etc Preparation of special support sketches and reviewing of SPS drawings Review of Support MTO as per Project requirement Support Tagging for the Non Critical Lines Preparation of loading data for pipe rack technological structures Pedestals and other Grade Level Supports Performing Calculations for Skirt growth Pipe Trunnions Slug force etc Coordination with piping designers Civil structural engineers and process engineers as required Preparation and Expediting of Stress documentation for each stress analyzed system Responsible for checking conformity between isometrics stress calculation and piping support drawings Review comment vendor documents such as equipment arrangement drawings project drawings Anticipation and Identification of risks and opportunities and recommend mitigations during execution Effective Communication skills with proactive coordination to manage interdiscipline workflow Ability to identify cost optimization opportunities during project execution Skills Microstation Autocad Navisworks About UST UST is a global digital transformation solutions provider For more than 20 years UST has worked side by side with the world s best companies to make a real impact through transformation Powered by 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📌 Lead I - Engineering Design (Uttar Pradesh)
🏢 UST
📍 Uttar Pradesh