ASME Codes Jobs

Knowledge on materials and heat treatment processes.Excellent in GD&T and ASME Manufacturing processes. Engineering basics & Mechanisms Testing and validation ,VAVE Knowledge in DFMEA and DFA ,RCA Very good knowledge of GD&T and stack-up analysis. Good experience in Inventor or Solid works. Experience working with Creo will be an advantage. PLM/PDM system knowledge

Bachelors Degree in or Diploma Mechanical Engineering or relevant disciplineMinimum 8 years experience in QA/QC within a fabrication or EPC environmentIn-depth knowledge of ASME Section VIII Div.1, ASME B31.3, ISO 9001, and welding standardsCertified in CSWIP 3.1 or equivalent (mandatory)Level II in NDT methods (UT, RT, PT, MT) preferredStrong documentation and report preparation skillsExcellent understanding of welding processes, materials, and inspection toolsGood command of English spoken and written

The duties of the Pipe Stress Engineer are amongst others: Application of the Design Process, Pipe stress analysis of products for the proposals of the Energy Sector of John Cockerill, Detailed pipe stress analysis of Piping systems during project execution, Issue of calculation reports, Optimization of the design, Conformity of the technical documentation to applicable codes and norms, Respect of Customer specifications and requirements, Technical risks assessments, Application of internal standards and good practices, Delivery of the technical documentation to the Project Team according to the project schedule and within the specified budget.His / Her technical skills are: Understanding of international codes and norms (ASME, ISO and EN) in particular with ASME B31 and EN13480 Technical skills related to products (thermal, mechanical design) Software skills with Caesar II General knowledge of steel materials Ability to read mechanical drawings (especially piping isometric drawings) Application of internal technical choices Understanding of his professional environment Understanding of product and organization interfaces Knowledge of the MS Office, particularly Excel Fluent in English (reading, speaking, listening)

Conduct on-site visits to project locations to gather relevant data, collaborate with stakeholders, and understand site-specific requirements.Develop and coordinate P&ID drawings directly at project sites using industry-standard software and tools, ensuring accuracy, completeness, and compliance with project specifications.Collaborate closely with process engineers, design teams, and project managers to integrate design changes and updates into on-site P&ID documents.Participate in on-site drawing reviews and validation processes to ensure consistency, correctness, and adherence to relevant codes, standards, and regulatory requirements.Manage internal and external interfaces, including partner and supplier documentation, to ensure alignment with on-site project objectives.

Design Engineer: Number of Positions: 01 Education Required: DME, BE Mechanical Experience: 4-5 Years Salary: negotiate at the time of interview Notice Period: Immediate joiner can be preferred Background required for Manufacturing of Head Exchanger, pressure vessel & Heavy fabrication Industries. Job Description: 1. Review of customer specification2. Mechanical Design on PV Elite software3. Mechanical design preparation for 'U' stamp job4. Preparation of Fabrication drawing 5. Preparation of work order part list and enquiries required for material procurement6. Preparation of material standard specification as per ASME required for U-stamp job7. Checking of fabrication drawing, BOM8. Knowledge of ASME, TEMA, and PED is required9. Preparation of MDR10. Interaction with AI, client

The person employed for bare pipe inspection shall be technically qualified and trained in steel plate and line pipe manufacturing procedures as well as in the testing of API 5L quality SAW/HFERW/ Seamless pipe as applicable.The inspector should also be qualified as per ASNT level II-in UT, RT, PT & MT and should be fully conversant with API-ASME codes for pipe and APIRP codes for transportation and handling of pipes and other relevant codes as applicable for bare pipe inspection.

ASME/API Design Calculation EngineerRoles and Responsibilities : Candidate would be responsible for Mechanical Design of Fired Heater / Piping related projects being executed by the company.Job Includes : Mechanical Design calculations of Pressure Parts/Pressure Vessels Piping as per ASME/API Codes. Planning activities. Drawing checking. Reporting of Progress. MTO preparation / checking. Review of sub-vendor drawings and designs. Piping layout/design. Coordination between different departments. Any other activity required to ensure job completion in time and as per client requirements.Desired Candidate Profile :M.Tech / B.Tech / B.E in Mechanical Engineering.Candidate should necessarily be a Mechanical Engineer from IIT/ NIT/ Other similar premier engineering colleges. Candidate should have good knowledge of:IBRASME Sec IASME Sec.VIIIASME B 31.3 / 31.1API 530Stack Design (IS : 6533 / API 560 )Lifting two loading calculationsGood knowledge of the Design and calculations for of heavy structural/piping, engineering and detailing is required.Candidates having specific knowledge of Fired Heater project would be preferred.Candidate should have good communication, PR skills and should be good at computer usage.Other Details :Experience Required : 5-10 yearsSalary : INR 5,00,000 - 9,00,000 P.A. Employment Type : Full Time, Permanent Industry : Oil and Gas / Petrochemical/ Chemical/ Heavy FabricationFunctional Area : Engineering Design, R&DLocation : The location for the job would be Noida office. However the candidate should be willing to relocate as and when required by the company.No. of Vacancies : 2Queries ?If you have any questions, please feel free to contact us through emailRecruitment related queries are not normally responded over phone.Company Profile:Esteem Projects Pvt. Ltd.: Oil & Gas Sector

1 Prepare, implement and review quality system SOPs and ensuring compliance with legal and global standards 2 Review / Prepare QA plans and evaluate their accuracy. Make necessary amendments to the plan3 Build/Design QA plans for critical projects in accordance with the standards, codes and guidelines adopted by the company, such as ASME, NBIC etc.4 Review applicable regulations and statutory requirements to assure quality of products in order to minimize rejections, failures, reprocessing, and market complaints on finished products5 Interacting with customer to address the Quality concerns and ensures corrective and preventive actions are taken internally6 Manage and oversee project quality to ensure compliance to codes, standards, regulations, and equipment specific specifications are met7 Performing quality review of completed products and control records of critical process steps before release of the product to the customer8 Lead activities to improve the Quality system so site certifications are maintained or reached9 Troubleshoot quality problems and support production to address issues with timely corrective actions10 Organize and conduct internal quality audits for product and process to close the non-compliances raised during the audits12 Responsible for investigation and resolution of any deviations/NCRs from the required processes and quality related complaints. Responsible to close NCRs13 Identify and develop QA/QC personnel certification requirements and continuing education/training to stay updated on current needs of the industry14 Manage employees of QC department, allocate work, oversee their day-to-day work, conduct performance reviews, participate in hiring process for QC department15 Coordinate with Operations Head and ensure that correct material is issued to the production eng16 Monitor, comply & report monthly all quality and safety related documents in accordance with ISO/ASME U-Stamp / AD2000 HP0