363 Asme Jobs

The Engineering Manager will oversee the planning, coordination, and execution of engineering design projects within the oil and gas sector. You will be responsible for managing multidisciplinary teams, including process, mechanical, civil, piping, electrical, and instrumentation, to ensure that all designs comply with industry standards, client requirements, and regulatory guidelines. Your key responsibilities will include leading, supervising, and coordinating engineering design activities for oil and gas projects such as FEED, EPC, Conceptual & Detailed Design. You will review and approve engineering deliverables, ensure timely delivery aligned with project schedules and budgets, interface with clients, vendors, and project stakeholders, and monitor team performance to ensure technical quality and compliance with industry codes. Additionally, you will support proposal development, estimation, and resource planning for new projects, manage change requests and design modifications, mentor and develop junior engineers, and promote knowledge sharing across disciplines. It will also be your responsibility to ensure adherence to HSE standards in all design work. For this role, you should have a Bachelor's degree in Engineering (Mechanical, Chemical, Civil, or related discipline), with a Master's degree considered a plus. You should have at least 18 years of engineering experience in the oil and gas industry, including a minimum of 3 years in a leadership or management role. Proven experience in leading multidisciplinary engineering teams on medium to large-scale projects is required. In terms of technical skills, you should possess a strong knowledge of oil and gas process design, plant layout, and engineering tools such as AutoCAD, PDMS/E3D, SmartPlant, and HYSYS. Familiarity with engineering codes and standards like API, ASME, ASTM, ISO, and NFPA is essential. Project management skills, including schedule development, risk management, and budgeting, are also necessary. Soft skills required for this role include excellent communication and leadership skills, as well as the ability to work collaboratively with project teams and clients. This Engineering Manager position is based in Cochin.,

You will be responsible for developing practical and innovative ways to identify cost reduction opportunities in the Financial BPO industry in Bangalore. Your role will involve executing business objectives, organizing cross-functional meetings, and driving Value Engineering projects. You should possess a strong knowledge of Design, ASME, GD &T, and ISO standards, with a background in CAD. You will provide technical leadership, coordinate activities with external resources, and ensure appropriate documentation issuance. To qualify for this role, you must have a Bachelor's degree in Mechanical/Electrical or equivalent background, along with at least 3 years of experience in cost-out projects. Certified Value Engineer with experience in Value engineering and should cost analysis in a discrete manufacturing setup is required. You should be proficient in working within teams, achieving targets, and functioning in a global environment. Sound knowledge of costing software like DFMA and Costimator is essential. Desired characteristics include being Six Sigma Green/Black Belt certified, willingness for extended hours/travel, proven ability to influence and lead change collaboratively, excellent communication skills, and the capability to manage R&D, NPD, new business development, suppliers, and customers efficiently. Flexibility to work extended hours, travel within India/abroad, and adapt to business requirements is necessary for this role.,

You will be responsible for reviewing strength and other design related calculations, as well as designing static equipment/pressure vessels using software such as Pvelite and Compress. You will lead a team of draftsmen in preparing GA and detailed fabrication drawings, ensuring drawings are reviewed and approved by clients throughout the project execution. Additionally, you will be involved in the preparation of project-related design documents and updating documentation for static equipment/pressure vessels. In this role, you will also be responsible for tasks such as reading client specifications, preparing PRs, design development, design review, and providing support for the fabrication of static equipment/pressure vessel design. Client and vendor visits may be required based on work demands. The ideal candidate should have 10 to 20 years of experience in designing pressure vessels, process columns, heat exchangers, etc., preferably from heavy equipment manufacturing industries or EPC design engineering consultancy. Proficiency in international design codes like ASME, EN, PD-5500, TEMA standards/codes, and specifications is essential. Familiarity with software such as AUTOCAD, Compress, PV-Elite, and nozzle-pro is required. Knowledge of Finite Element Analysis (FEA) and experience with software like Ansys will be advantageous. Strong multitasking skills and the ability to manage projects independently throughout the design life cycle are key for this role. Effective communication with clients, vendors, and internal cross-functional teams is crucial. A proactive approach, good communication skills, cost consciousness, out-of-the-box thinking, and a strong teamwork spirit are important behavioral skills expected in this position.,

You are an experienced Piping Design Engineer with a focus on EPC projects. Your role involves ensuring technical compliance, evaluating vendor offers, and overseeing the installation and commissioning of piping systems to meet project objectives. You should have a strong understanding of Piping systems, technical scrutiny, and specification preparation, along with vendor management experience. Your responsibilities include understanding typical P&IDs & Isometrics drawings, identifying pipe routing and locations of various pipe supports, and coordinating within the piping team to provide mark-ups. You will be developing Piping GADs, Piping Isometrics, and Piping Standard drawings, monitoring changes in the project, and participating in 3D model reviews with relevant disciplines. It is essential for you to have knowledge of piping and valve material specifications, relevant codes, and standards, as well as experience with Pipe Stress Analysis and selection of Pipe Supports. Your proficiency in modeling tools like Autodesk Plant3D, AVEVA E3D, PDMS, CADWorx is crucial for this role. You should be familiar with Piping Specifications, codes & standards such as ASME, ASTM, API, DIN, JIS, EN. Your ability to lead project teams, resolve discipline issues effectively, and ensure contractual requirements are met will be key to your success. Additionally, you will coordinate with other disciplines, clients, vendors, and subcontractors to achieve project objectives. Your exceptional mentorship abilities will enable you to introduce and implement technical solutions effectively. You should possess advanced knowledge of business operations and project management. Flexibility, a solution-oriented approach, and being a strong team player are essential qualities for this role. Willingness to travel when required is expected to fulfill the responsibilities of this position.,

Role & responsibilities Marketing of range of heat exchangers & heat exchanger based systems Evaluate best opportunities in target industries to generate enquiries Order booking for designated region Coordinate with product teams for technical & commercial negotiations Cultivate business relationship with key customers in the region Present, participate at seminars, conferences, exhibitions to enhance business Travelling extensively in assigned geography is essential. Preferred candidate profile Experience of selling heat exchangers/ pressure vessels, similar products to process industry Readiness to travel extensively in the designated geography Open to relocation as per business requirements

To design and implement the quality assurancesystems for a new fabrication plant, ensuring that all processes,documentation, and standards are embedded into the execution flow from Day 1,enabling smooth job release, traceability, and client satisfaction withoutbecoming a bottleneck to project throughput. Key Responsibilities A. System Setup Documentation Design and implement QA systems, including SOPs,WPS libraries, ITP formats, QAPs, weld maps, and inspection logs Develop templates and processes for weldtraceability, consumable control, inspection hold points, and QA checklists Create and maintain documentation for ISOreadiness, internal audits, and customer inspection folders from Day 1 B. Execution Integration Collaborate with PPC, Design, and Productionteams to embed QA checkpoints in job release Audit job readiness (drawings, WPS, kits) beforerelease to catch gaps early Coordinate with the Welding Expert and the QCLead to ensure proper WPS use, welder qualification records, and inspectionalignment C. Monitoring, Training Escalation Lead root cause analysis (RCA) of quality issuesin trial runs and initial projects Analyze NCR trends, internal audits, and QCreports to drive updates to QA documentation and systems Train section teams and welders on drawingdiscipline, WPS compliance, traceability protocols, and QA forms Escalate breakdowns in adherence, repeatedissues, or gaps in documentation flow to the Quality Head D. Client Compliance Readiness Ensure QA folders are ready for each project perclient format (QAP, WPS, inspection reports, weld maps, etc.) Liaise with clients, third-party inspectors, andauditors for QA walkthroughs, system demonstrations, and documentationsubmission Support calibration record maintenance andinternal audit closure Qualifications Experience B.Tech / Diploma in Mechanical / Production / Metallurgy / Materials Engineering 8+ years of QA experience in structural steel fabricationor EPC industries, with at least one greenfield/brownfield or full QA systemrollout experience preferred Strong knowledge of ISO/ITP/NDT/WPS/ASME or ENstandards as applicable to structural and stainless steel fabrication Capable of setting up quality systems fromscratch forms, logs, audit trails, WPS libraries, and training frameworks Skilled in documentation, preventive systemdesign, client coordination, and continuous improvement Comfortable working in cross-functional teams ina first-time setup environment Preferred but not mandatory: Lead AuditorCertifications (ISO 9001 , ISO 14001, ISO 45001, and ISO 3834FMEA/SPC experience Key Skills Quality documentation and audit preparation Welding traceability and ITP/QAP setup Coordination with production, QC, and clientinspection teams Drawing/document control and revision discipline RCA, preventive system design, and continuousimprovement mindset Clear communication and training ability acrossfunctions .

To coordinate, conduct, and documentNon-Destructive Testing (NDT) activities across all welding stages and projectrequirements , ensuring that all jobs meet therelevant code, client standards, and acceptance criteria without delaying flowor compromising safety. Key Responsibilities 1. Plan and coordinate NDT testing (in-house oroutsourced) for all welds as per project specifications, ITPs, andclient-approved procedures. 2. Ensure the availability and readiness of NDT personnel,tools, and documentation before the job reaches its inspection stage. 3. Carry out or coordinate the following NDT methods asapplicable: o VisualTesting (VT) primary inspection of weld bead, surfacedefects, undercut, and overlap o LiquidPenetrant Testing (LPT/DPT) for surface cracks in filletwelds, corner joints, and SS jobs o MagneticParticle Testing (MPT) for ferromagnetic jobs (lessapplicable in SS, but relevant for any MS assemblies) o UltrasonicTesting (UT) for subsurface and volumetric inspection incritical butt joints or heavy welds o RadiographicTesting (RT/X-ray) for full-penetration welds where specifiedby client or code o PositiveMaterial Identification (PMI) for material mix-up preventionin high-specification SS components o Hardness,Ferrite, or Surface Roughness Checks where required byQA/Welding Expert or client 4. Ensure tests are conducted only after job is fullyready avoid premature offers or repeated attempts. 5. Mark and isolate jobs pending NDT prevent them fromproceeding to next stage until cleared. 6. Coordinate with third-party agencies for witnessing andapproval where needed. 7. Maintain NDT reports, maps, and traceability documentsin proper formats linked to job ID, weld ID, operator ID, and shift. 8. Escalate repeat failures, inconsistent readings, ortest rejections to QC Lead and Welding Expert for investigation. 9. Monitor equipment calibration, validity of NDT agencyapprovals, and Level II/III certification documents. 10. Provideinspection data during client audits and walkdowns; support QA in maintainingNDT records in ISO or client formats. 11. Supporttraining of junior QC staff on NDT interpretation and reporting discipline. Responsibilities Outsidethe Scope of This Role Does not interpret test standards oraccept/reject results independently unless certified escalates to LevelII/III or QC Lead as required Does not perform welding, rework, or repair only validates results and traceability Does not schedule project flow tests must alignwith fabrication sequence and readiness Does not control quality systems but ensurestesting aligns with QA-defined ITP and project specs Qualifications Experience Diploma or B.Tech in Mechanical / Metallurgy /Welding Engineering / NDT Technician 2 + years of experience in NDT coordination or execution in fabrication or EPC projects NDT Level IIcertification (at minimum) in VT and LPT; UTand RT preferred Familiarity with ASME, AWS, EN, and ISOstandards applicable to SS fabrication Experience coordinating outsourced NDT orin-house lab teams Strong understanding of NDT documentation,mapping, and traceability Good communication for the client, agency, andshift coordination Preferred: Experience in stainless steel or infrastructure fabrication setup

We are seeking a highly motivated and detail-oriented Design Engineer to join our dynamic engineering team. In this role, you will be responsible for designing, developing, and testing innovative solutions for ASME, API 650, EN Standered. You will collaborate with cross-functional teams to ensure products meet the highest standards of quality, functionality, and performance. Roles and Responsibilities Develop and create designs for new products, systems, or components based on project requirements. Conduct detailed research and analysis to support the design process. Preparation of UDR, MDR of U stamp Equipment Preparation of FEA Report Conduct simulations and prototype testing to validate designs and ensure functionality. Work closely with manufacturing teams to ensure designs are feasible for production. Assist in the development of project timelines and budgets, ensuring on-time delivery of design milestones. Knowlage on PV Elite Perform design revisions and improvements based on feedback and testing results. Ensure compliance with relevant standards, codes, and regulations. Participate in design reviews and provide technical support to other teams. Maintain and organize design documentation for easy access and review.

The CAD Automation Engineer is responsible for developing and implementing automated CAD workflows to ensure design accuracy, collaborate with cross-functional teams, troubleshoot system issues, and maintain comprehensive documentation. You will report to the team manager of the INOPC PGTR Engineering & Technology team. Your primary responsibilities will include designing and implementing automation scripts and tools to enhance CAD design processes, creating automated design solutions to streamline workflows, and collaborating with product owners, designers, and stakeholders to gather requirements and identify automation opportunities. You will also interact with the Global Team to ensure applications are developed according to global guidelines and work with software developers to integrate CAD automation tools with other engineering software and systems. Furthermore, you will analyze current workflows to identify areas for improvement, test and validate CAD automation solutions, troubleshoot issues with automation scripts and tools, and support migration projects from legacy/local systems to the Windchill PLM by traveling to supported locations to collect requirements, validate, and implement developed solutions. It is essential to ensure compliance with applicable external and internal regulations, procedures, and guidelines while embodying Hitachi Energy's core values of safety and integrity. To be successful in this role, you should have a Bachelor's degree in mechanical engineering or a related field with 3 to 6 years of relevant experience. Strong experience with 3D CAD modeling tools, specifically Creo Parametric, and skills in CAD automation and Pro-Program development are required. Additionally, experience with Sigmaxim Smart Assembly applications is considered an added advantage. Intermediate programming abilities, hands-on experience with PLM systems (particularly Windchill), knowledge of Bill of Materials (BoM) and workflow management within Windchill, and a strong grasp of mechanical design principles and CAD software functionalities are essential. You should have knowledge of applicable international standards such as ISO, ANSI, and ASME and possess excellent analytical skills, outstanding communication skills, the ability to work both independently and as part of a team, proficiency in prioritizing tasks and meeting deadlines, and strong self-management skills. Proven ability to learn and adapt to engineering design tools and proficiency in both spoken and written English language are also required. Qualified individuals with disabilities requiring accessibility assistance or accommodation during the job application process can request reasonable accommodations by completing a general inquiry form on the Hitachi Energy website. Please provide specific details about your required accommodation to support you during the application process.,

As a Mechanical Manager at our Corporate Office in Vadodara, you will be responsible for overseeing projects within Chemical Processing Industries, utilizing your extensive 15+ years of experience in Project Mechanical. Your main responsibilities will include preparing budgets, finalizing project scopes, reviewing piping and structural drawings, and verifying contractor bills. You will also play a crucial role in the preparation and implementation of Project Execution Plans (PE) while working closely with upper management to ensure project schedules are on track. Your role will involve coordinating with various departments such as engineering, procurement, and construction support to ensure the successful execution of projects. Your hands-on experience in material selection, equipment sizing, and performance evaluation within Petrochemical, Chemical, and oil and gas industries will be invaluable. You will be required to review technical documents such as TBE, ISO drawings, and 3D models while adhering to design codes and regulations such as ASME, API, and ASTM. Furthermore, you will lead a Mechanical team responsible for Process & utility areas, participate in safety reviews, and coordinate with different departments for project implementation. Your ability to manage multiple projects, prioritize tasks, and work effectively under pressure will be essential. You will also be involved in post-order management, procurement activities, and documentation for project plans. To excel in this role, you must possess strong technical knowledge as a competent Mechanical Engineer with excellent communication, organization, and coordination skills. Your track record in detail engineering and project execution will be crucial in ensuring projects are carried out in accordance with company procedures and safety standards. Your focus on timely, safe, and cost-effective project design and implementation will be key in successfully delivering projects from conception to commissioning.,

As a qualified Mechanical Engineer with over 5 years of experience, you will be responsible for various tasks related to industrial piping design. Your main duties will include the preparation of Piping Material Specifications in compliance with relevant codes and standards such as ASME, API, ASTM, SP, NACE, among others. You will also be involved in pipe wall thickness calculations, branch reinforcement calculations, and the formulation of branch tables. Additionally, you will be in charge of preparing Valve Specifications and Datasheets, conducting material take-offs at different project stages, and creating Technical Purchase Specifications to support Requests for Quotation (RFQ) and Purchase Orders (PO) for Piping Bulk Material and Speciality Items. Your role will also involve the technical evaluation of vendor quotations for piping materials and the review of vendor drawings for items like Valves, Strainers, Steam Traps, safety showers, Hose & Hose couplers, and other specialized equipment. Overall, your expertise in mechanical engineering and industrial piping design will be crucial in ensuring the successful execution of projects and the adherence to quality and safety standards.,

RFQ, TBE, vendor doc review Design of vessels, exchangers, tanks Tools: PV-Elite, B-JAC, HTRI Codes: ASME Sec.VIII, TEMA, API, IBR Review pumps, compressors, turbines Coordination with piping/procurement Review datasheets & inspection docs

Technical Skills : Basic knowledge of processes related to Oil & Gas./Refinery/Petrochemicals Line sizing including liquid and vapor line sizing. Pump Hydraulic calculations including NPSH & head calculations. Relief valve sizing based on APL STD 520/521. Developing /updating process flow diagrams including Heat & Mass balance calculations. Developing/updating P&IDs Equipment sizing & preparing process datasheets for Heat Exchangers, Atmospheric storage tanks, Distillation columns, Pumps, Compressors, Filters, Dryers , package units(e.g, N2 , generation plant, Fired heaters, Compressed air plants, Steam boiler, Water treatment plants) Preparing instrument process data sheets for pressure, flow, temperature & level instruments. Preparing other process drawings/calculations such as utility summary, line list, equipment list, electrical load list. Participating in HAZOPs and safety studies Lead and contribute to the development, review, and optimization of process engineering designs for oil and gas facilities, adhering to industry standards and regulations. Conduct process simulations, feasibility studies, and risk assessments to ensure efficient and safe operations. Software/System Skills: ASPEN,HYSYS,HTFS,FLARENET Understanding of codes and standards like API,ASME,BS, ANSI,TEMA Special Skills : Good Communication in English (Written & Spoken) and Presentation Skills. Experience in Multi Discipline engineering environment. Provide technical guidance and mentorship to junior engineers, fostering their professional growth and development. Stay abreast of emerging technologies, best practices, and industry trends in process engineering for the oil and gas sector.

Manage critical machines and resource planning for shop floor Monitor execution of daily plans with shop supervisors for each project Ensure implementation of TPM Familiarity with international codes like ASME, TEMA Required Candidate profile Min 8 years of experience in Process Equipment Industry in manufacturing of Heat exchangers, Pressure vessels, Columns and Reactors etc.

We are looking for a core procurement professional with hands-on experience in sourcing industrial pipes for engineering or project-based environments. The ideal candidate should have solid domain expertise in pipe procurement (MS, SS, CS, Seamless, Welded), understanding of global standards, and experience handling the complete sourcing lifecycle. Key Responsibilities Manage end-to-end procurement for: Mild Steel (MS), Stainless Steel (SS), Carbon Steel (CS) Pipes Seamless & Welded Pipes Float RFQs, evaluate offers, and ensure timely placement of Purchase Orders (POs). Ensure technical and commercial compliance as per project specifications. Collaborate with internal stakeholders (Engineering, Projects, QA/QC) for requirement finalization and approvals. Maintain relationships with reputed pipe manufacturers and stockists, both domestic and international. Ensure cost-effective sourcing while maintaining delivery schedules and quality standards. Track supplier performance, delivery milestones, and ensure PO acknowledgements. Understand and apply Incoterms effectively for domestic & international procurement. Coordinate with logistics, finance, and customs teams for smooth material flow. Candidate Requirements Experience: 57 years in core procurement (not sales, stores, or logistics). Industry Exposure: Must have worked in pipe procurement for EPC / Oil & Gas / Industrial projects . Technical Skills: Knowledge of ASME / ASTM standards , pipe material grades, thicknesses, pressure ratings, etc. Commercial Skills: Proficient with Incoterms , negotiation, vendor development, and ERP (SAP/Oracle preferred). Tools: Strong command over MS Excel and procurement software. Other Requirements: Must be able to join within 30 days . Excellent verbal and written communication skills. Should be open to a Hyderabad-based role (On-site) .

Walk-in Interview on 2nd August 2025 (Saturday) on the below location Quest Global Engineering Private Limited, 6th floor, IndiQube Alpine, behind Ekkattuthangal Metro Station, Labour Colony, SIDCO Industrial Estate, Guindy, Chennai. Position : Piping Stress Engineer Work Location : Bangalore / Chennai Job Requirements 1.Responsible for the quality and respect of project schedule for assigned piping stress analysis tasks. 2.Preparation of stress critical line list of assigned projects. 3.Performs stress calculations of all kinds of piping networks 4.Works on piping loads to civil and structural discipline for design of pipe-rack/ technological structures and foundations 5.Designs piping supports components 6.Follows Client's technical documentation and requirements 7.Preparation of project piping stress specification and critical lines list 8.Prepare technical part of requisitions for all piping supports components required by stress analysis. 9.Helps in technical bid evaluation for all piping supports components offers. 10. Prepares technical part of requisitions for all piping supports components purchase orders Commenting of vendor documents for stress related Issues. 11. Checking of isometrics being issued for construction for stress and support point of view based on the stress activity. 12. Responsible for the quality, budget and respect of project schedule for piping stress analysis tasks. 13. Reviews the Clients technical documentation and requirements. 14. Reviews and approve vendors documents Evaluate pipe flexibility and stress analysis. 15. Measure the effects of support settlement, safety relief valves, seismic loads, thermal cycle loads and wind. 16. Select proper springs for necessary support. 17. Analysis capabilities for Jacketed Piping system, FRP Piping system, Expansion joints piping system etc. 18. Analysis capabilities the considering the effects of the modular design and transit phase, static & differential structural deflections associated with fabrication, lift, transit and site installation. 19. Evaluate Stress, Displacement, Forces and moments on restraints for support design and Evaluate piping loads with in allowable allowable nozzle loads. 20. Nozzle Flexibilities (WRC) and Stresses. 21. Flange Leak Check. 22. Dynamic analysis capabilities including modal, harmonic and response spectrum analysis. 23. Data sheet preparation for Expansion joints, spring hanger data sheet and updating the Pipe support standards 24. Stress analysis report preparation. Work Experience 1. Engineering Degree or equivalent(Mechanical) 2. At least 7+ years of experience in the Oil & Gas Industry or Power Generation sector; 3. Languages: Fluent in spoken and written English 4. Experience with Auto Pipe and Caesar II software 5. Experience with detailed design project (EPC) execution 6. Experience of working with various ASME/ API/ NEMA/ TEMA/ ASTM, IS codes and standards as well as various PMC standards. 7. Conversant with stress analysis of piping connected to various types of equipment like Column, tanks, exchangers, pumps/ compressors/ reactors etc. 8. Perform evaluation of nozzle loads or vessels stress utilizing WRC 107/297 capability of Caesar II program. 9. Conversant with Anchor study requirements. 10. Conversant with requirements like trunnion calculation, flange leakage calculations, qualification of allowable nozzle loads etc. 11. Should have the flexibility to work on areas other than core competence. 12. Advanced analytical, problem solving, accuracy, attention to details, and interpersonal skills. 13. Ability to establish and meet deadlines for the task provided and effectively achieve the goals in fast paced environment is critical. 14. Strong written and verbal communication skills in English is essential. 15. Ability to foster communication within diverse cultural environments. Interested Candidates can apply with the updated resume, shortlisted candidates will be invited for the interview.

Walk-in Interview on 2nd August 2025 (Saturday) on the below location QuEST Global Engineering Services Private Limited PRIMROSE 7B, 2nd Floor, Embassy Tech Village, Sarjapura Marathahalli Outer Ring Road, Devarabeesanahalli, Bengaluru 560103, India Position : Piping Stress Engineer Work Location : Bangalore Job Requirements 1.Responsible for the quality and respect of project schedule for assigned piping stress analysis tasks. 2.Preparation of stress critical line list of assigned projects. 3.Performs stress calculations of all kinds of piping networks 4.Works on piping loads to civil and structural discipline for design of pipe-rack/ technological structures and foundations 5.Designs piping supports components 6.Follows Client's technical documentation and requirements 7.Preparation of project piping stress specification and critical lines list 8.Prepare technical part of requisitions for all piping supports components required by stress analysis. 9.Helps in technical bid evaluation for all piping supports components offers. 10. Prepares technical part of requisitions for all piping supports components purchase orders Commenting of vendor documents for stress related Issues. 11. Checking of isometrics being issued for construction for stress and support point of view based on the stress activity. 12. Responsible for the quality, budget and respect of project schedule for piping stress analysis tasks. 13. Reviews the Clients technical documentation and requirements. 14. Reviews and approve vendors documents Evaluate pipe flexibility and stress analysis. 15. Measure the effects of support settlement, safety relief valves, seismic loads, thermal cycle loads and wind. 16. Select proper springs for necessary support. 17. Analysis capabilities for Jacketed Piping system, FRP Piping system, Expansion joints piping system etc. 18. Analysis capabilities the considering the effects of the modular design and transit phase, static & differential structural deflections associated with fabrication, lift, transit and site installation. 19. Evaluate Stress, Displacement, Forces and moments on restraints for support design and Evaluate piping loads with in allowable allowable nozzle loads. 20. Nozzle Flexibilities (WRC) and Stresses. 21. Flange Leak Check. 22. Dynamic analysis capabilities including modal, harmonic and response spectrum analysis. 23. Data sheet preparation for Expansion joints, spring hanger data sheet and updating the Pipe support standards 24. Stress analysis report preparation. Work Experience 1. Engineering Degree or equivalent(Mechanical) 2. At least 7+ years of experience in the Oil & Gas Industry or Power Generation sector; 3. Languages: Fluent in spoken and written English 4. Experience with Auto Pipe and Caesar II software 5. Experience with detailed design project (EPC) execution 6. Experience of working with various ASME/ API/ NEMA/ TEMA/ ASTM, IS codes and standards as well as various PMC standards. 7. Conversant with stress analysis of piping connected to various types of equipment like Column, tanks, exchangers, pumps/ compressors/ reactors etc. 8. Perform evaluation of nozzle loads or vessels stress utilizing WRC 107/297 capability of Caesar II program. 9. Conversant with Anchor study requirements. 10. Conversant with requirements like trunnion calculation, flange leakage calculations, qualification of allowable nozzle loads etc. 11. Should have the flexibility to work on areas other than core competence. 12. Advanced analytical, problem solving, accuracy, attention to details, and interpersonal skills. 13. Ability to establish and meet deadlines for the task provided and effectively achieve the goals in fast paced environment is critical. 14. Strong written and verbal communication skills in English is essential. 15. Ability to foster communication within diverse cultural environments. Interested Candidates can apply with the updated resume, shortlisted candidates will be invited for the interview.

Responsibilities: * Conduct weld inspections on pipes, skids, vessels, tanks, reactors. * Ensure compliance with ASME standards for fabrication and pressure vessel construction. Office cab/shuttle Annual bonus Provident fund Health insurance

Key Responsibilities: Stress Analysis & Evaluation: Conduct stress analysis of mechanical, structural, and piping systems using various analytical and computational methods (Finite Element Analysis - FEA, etc.). Perform calculations to evaluate the integrity and performance of systems and components under various loading conditions (thermal, mechanical, seismic, etc.). Evaluate the design for potential failure modes and suggest necessary modifications to ensure compliance with safety and performance standards. Design Support & Review: Assist in the design and optimization of engineering systems, ensuring that designs meet technical requirements, safety standards, and client specifications. Review and provide input on engineering drawings, specifications, and other design documents. Support the preparation of technical specifications, reports, and calculations for system design and structural evaluations. Project Coordination & Technical Support: Coordinate with multidisciplinary project teams to ensure that stress analysis and design are integrated effectively into the overall project plan. Provide technical expertise to design, procurement, and construction teams on matters related to stress analysis, material selection, and structural design. Assist in the development of project schedules, budgets, and resource plans for stress analysis tasks. Compliance & Standards: Ensure that all designs, stress analysis, and evaluations comply with relevant codes, industry standards, and safety regulations (e.g., ASME, ANSI, API, etc.). Maintain up-to-date knowledge of industry codes, standards, and best practices related to stress analysis and structural design. Ensure the implementation of safety in design practices across all projects. Documentation & Reporting: Prepare and maintain detailed technical reports, including stress analysis findings, design recommendations, and calculations. Document all design and analysis work in a clear and organized manner, ensuring that records are easily accessible for review and future reference. Present findings and technical solutions to clients, management, and project teams in regular project meetings and design reviews. Risk Management & Troubleshooting: Identify and assess potential risks related to stress analysis and design during the project lifecycle. Troubleshoot and resolve engineering issues related to stress analysis and design, providing solutions that meet safety, quality, and performance standards. Continuous Improvement: Contribute to the development and implementation of best practices, process improvements, and engineering innovations within the stress analysis discipline. Stay current with advancements in stress analysis tools and techniques, incorporating new methodologies into project work. Qualifications & Experience: Educational Qualifications: Bachelor's degree in Mechanical Engineering, Structural Engineering, or a related field. Certification or advanced studies in stress analysis or structural engineering (e.g., Finite Element Analysis, etc.) is a plus. Experience: Minimum of [X] years of experience in stress analysis, design engineering, or structural analysis within [relevant industry]. Proven experience in applying stress analysis tools (e.g., ANSYS, Abaqus, COMSOL, etc.) to evaluate mechanical and structural systems. Familiarity with mechanical and structural design principles, including materials selection, welding, and fatigue analysis. Skills & Competencies: Strong knowledge of stress analysis, mechanical engineering principles, and structural integrity assessments. Proficiency in using engineering software for stress analysis (e.g., ANSYS, Abaqus, or similar FEA tools). Strong understanding of relevant industry codes and standards (ASME, API, ISO, etc.) related to stress analysis and design. Excellent problem-solving, analytical, and critical thinking skills. Strong verbal and written communication skills, with the ability to present complex technical information to both technical and non-technical stakeholders. Ability to work effectively within a multidisciplinary team environment. Proficient in using Microsoft Office Suite and engineering design tools (AutoCAD, SolidWorks, etc.).

As a Piping Designer/Modeler specializing in SmartPlant 3D (SP3D), you will be responsible for developing and delivering high-quality piping design models and deliverables for various industrial projects in sectors such as Oil & Gas, Petrochemical, Chemicals, Power, Water Treatment, and Industrial Manufacturing. Your role will involve working with a team to ensure the successful implementation of piping design projects. Your key responsibilities will include: - Proficiency in SmartPlant 3D (SP3D) for the development of piping design models - Strong knowledge of ASME, ANSI, API, and other relevant piping codes and standards - Hands-on experience in SP3D module setup and configuration, pipe routing, equipment modeling, pipe supports, isometric and GA drawing extraction, clash detection, and resolution - Ability to interpret and work with P&IDs, PFDs, and equipment layouts - Familiarity with piping materials, valve types, and industrial plant components - Experience in skid-based modular piping design is desirable - Working knowledge of SmartPlant Review, SPR, Navisworks, or PDMS/E3D is a plus - Effective communication and team coordination skills - Capability to work independently under tight deadlines - Participation in 3D model reviews and collaboration with engineers for design optimization - Coordination with process, stress, and layout engineers for finalizing pipe routing and support requirements - Maintenance of project documentation and ensuring compliance with client specifications, international codes, and industry standards - Clash detection and issue resolution using SP3D and SmartPlant Review (SPR) or Navisworks - Assistance in the extraction and verification of Material Take-Offs (MTOs) and Bills of Materials (BOMs) This role requires a minimum of 8-12 years of experience and educational qualifications such as Diploma/BE/BTech/ITI. The position is based in Bangalore and falls under the Job Category of Oil & Gas.,

You should hold a B.E/B.Tech/Diploma in Mechanical Engineering with 6-8 years of experience in the Oil and Gas, Petrochemical industry. Your expertise should include experience in Turnaround Projects. It is essential that you possess a good understanding of Quality Control Management Systems such as ASME, API, Level II, and CSWIP 3.1 certification. Prior experience in turnaround projects would be highly advantageous, with CSWIP 3.1 certification being mandatory.,

As a graduate in Mechanical Engineering from a reputable university with 2 to 3 years of experience, you are expected to have expertise in the designs of Utilities & Mechanical piping. It is essential for you to be familiar with design codes such as ASME, ASTM, TEMA, etc. Having working experience in the designs of water systems, including generation and distribution of PWS, WFIS, and PSGS, would be an added advantage. Salary is not a constraint for deserving candidates. For job inquiries, please contact us via email at vishwasnirgude@samarpita.com or deepakav@samarpita.com.,

experience in Basic Engineering, Front End Engineering Design(FEED), Design & Detailed Engineering of Static Equipment's for Oil & Gas refinery, Petrochemical,Specialized in Pressure Vessel Columns, Heat exchanger, Mounded Bullets, Expert PV Elite,

more information call on 6352491011 ( JINAL) . Recruit the team of advisors. • Train and motivate them. • Guiding the Team to sell the products on the market. • Driving sales through advisors, for the company • Team Management and team handling Required Candidate profile Age: 21-38 Qualification: any graduation experience: 2 + year fresher cannot apply must have vehicle Candidate must ready to earn incentives

We are looking for a motivated and experienced Product Customization Engineer to join our team. In this role, you will contribute to a dynamic team focused on delivering custom solutions to customers" unique applications. Your primary responsibility will be to provide technical support for Fisher Rotary and Sliding Stem valves, collaborating closely with various teams to ensure seamless quote and order execution. Your responsibilities will include handling daily order activities related to product design modifications, supporting the quotation process, performing detailed design calculations and engineering analyses, creating and modifying 3D CAD models and technical drawings, reviewing industry codes and standards, and identifying process enhancements for continuous improvement. You will also collaborate with Sales Engineers, multi-functional teams, and global engineering teams to ensure smooth project execution. To be successful in this role, you should have a Bachelor or Master's degree in Engineering (Mechanical, Materials, Industrial, Chemical, Design, or Aerospace), along with 3-5 years of experience in Flow Controls or a similar field in the valve industry. You should have a solid understanding of engineering principles, materials properties, castings, forgings, machining, welding, industry codes, and standards. Additionally, you should be capable of working on multiple tasks accurately and efficiently. At Emerson, we prioritize a workplace where every employee is valued, respected, and empowered to grow. We foster an environment that encourages innovation, collaboration, and diverse perspectives. Our commitment to ongoing career development and growing an inclusive culture ensures you have the support to thrive. We offer competitive benefits plans, medical insurance, employee assistance programs, recognition, and flexible time off plans. Emerson is a global leader in automation technology and software, helping customers in critical industries operate more sustainably while improving productivity and reliability. We offer equitable opportunities, celebrate diversity, and embrace challenges with confidence. Join our team and make a difference with Emerson.,