155 Caesar Ii Jobs - Page 2

Your new role challenging and future- oriented: Perform piping stress analysis using CAESAR II / Rohr2 / Autopipe. Evaluate thermal expansion, seismic, wind, steam hammer, and other dynamic loads on piping systems. Ensure compliance with ASME B31.1, B31.3, and other relevant codes and standards. Review and interpret piping and instrumentation diagrams (P&IDs), isometrics, and general arrangement drawings. Collaborate with piping designers, civil/structural engineers, and project managers to resolve stress-related issues. Prepare technical reports, stress analysis documentation, and support design reviews. Provide input on pipe support design and selection. Participate in field walkdowns and support construction and commissioning activities. Interface with clients and vendors to ensure technical requirements are met. Ability to work efficiently and effectively when managing multiple tasks Must be self-motivated, results oriented, and be flexible to work well under tight schedules in a fast-paced team environment. We dont need superheroes, just super minds: Bachelors degree in Mechanical Engineering or related field. 5-10 years of relevant experience in piping stress analysis, preferably in the power industry. Proficiency in CAESAR II, Rohr2 or AutoPIPE. Strong understanding of piping materials, supports, and layout principles. Familiarity with power plant systems (e.g., steam, condensate, feedwater, cooling water). Knowledge of international codes and standards (ASME, ANSI, API, etc.). Excellent analytical, communication, and teamwork skills.

Role & responsibilities Complete the work as a Piping Stress Engineer for oil refinery projects, LNG plant projects, and/or gas processing plant projects: - PJ coordination in terms of stress analysis with client, other disciplines, piping layout engineers, engineering subcontractors etc... - Piping stress analysis as per relevant international codes and/or project specifications/guidelines - Control status and schedule for piping stress analysis activities - Check sub contractors engineering products - Prepare work instructions and procedures for stress analysis - Review vendors drawing - Review ISO drawing in terms of piping stress analysis - Piping support design Preferred candidate profile Bachelor's Degree in Mechanical Engineering from a recognized university - Minimum 8 years or more of experience as piping stress engineer in EPC firms - Knowledge of ASME B31.3 and other codes and standards such as ASME, API, MSS, NEMA etc...' - CAESAR II operation skills. - Navisworks operation skills. - Review and Analysis of piping systems connected to Pumps, Compressors, Heat Exchangers, Reactors, Air fin coolers, columns, Heaters, Coke drums, Tanks, Pressure vessels, Ejectors, Plate exchangers, Aluminum brazed plate exchangers, Jacketed Piping, PSVs, Underground Piping systems etc. - Support selection & developing special/miscellaneous piping support arrangements based on requirements of stress analysis. - Support strength verification for standard supports and special supports. - Preparation of index of Stress Critical Line List, stress Analysis reports and Documentation. - Vendor Document review and commenting for mechanical specialty items. - Preparing Structural Loading Data for Racks, Structures, Air cooler super structures etc. Platform Loading for Equipment's. - Preparation of the Specifications/Data-sheets for springs, expansion Joints, struts, Snubbers, sway brace & other specialty items. - Flange leakage analysis - Module/FPSO sea transportation analysis considering wave motion. - Fatigue analysis of piping system for module/FPSO.

Expanding renewables Transforming conventional power Strengthening electrical grids Driving industrial decarbonization Securing the supply chain and necessary minerals Job Summary: We are seeking an experienced Mechanical Engineer with 12-15 years of expertise in power plant engineering, with a strong focus on detailed design, engineering, and site installation. The ideal candidate should have hands-on experience in power plant mechanical systems, including piping, pressure vessels, heat exchangers, rotating equipment, and balance of plant (BoP) systems. Experience in Waste Heat Recovery (WHR) systems will be a significant advantage. Key Responsibilities: Mechanical Design & Engineering Review & approve piping systems, including material selection, stress analysis, and thermal expansion considerations. Review & approve technical specifications, P&IDs, and equipment layouts for power plant mechanical systems. Perform calculations for heat exchangers, pressure vessels, pumps, and turbines, ensuring compliance with industry standards. Review & approve Conduct CFD (Computational Fluid Dynamics) and FEA (Finite Element Analysis) for mechanical components. Review & approve of design specifications of steam and gas turbines, boilers, condensers, and cooling towers, ensuring operational efficiency. Power Plant Installation & Site Support Provide on-site technical design expert support during the installation, commissioning, and operation of power plant mechanical systems. Conduct root cause analysis (RCA) and troubleshooting of mechanical failures in plant equipment. Collaborate with site teams to ensure proper alignment, balancing, and vibration analysis of rotating equipment. Support in the installation of WHR systems, including integration with existing power plant infrastructure. Compliance, Safety, and Quality Ensure that all engineering designs comply with ASME, API, ISO, IBR, ASTM, and other relevant international and national standards. Implement safety protocols and risk assessment measures for mechanical systems. Review QA/QC documentation, including NDT (Non-Destructive Testing) reports and welding procedures. Vendor & Cross-functional Collaboration Evaluate vendor proposals and coordinate with suppliers for procurement and fabrication of mechanical components. Work closely with civil, electrical, and instrumentation engineers to integrate mechanical systems seamlessly into plant operations. Participate in design reviews, HAZOP (Hazard and Operability) studies, and FMEA (Failure Mode and Effects Analysis). Performance Optimization & Waste Heat Recovery (WHR) Conduct efficiency analysis and recommend design improvements for plant mechanical systems. Work on Waste Heat Recovery (WHR) feasibility studies, system design, and integration with power plants. Implement heat balance calculations and optimize thermal cycles for better energy utilization. Required Qualifications & Skills: B.E./B.Tech/M.E./M. Tech in Mechanical Engineering or a related field. 12-15 years of experience in mechanical engineering, preferably in power plant design, installation, and commissioning. Strong expertise in detailed engineering, mechanical design, and stress analysis. Hands-on experience with piping, pressure vessels, heat exchangers, turbines, boilers, and cooling systems. Proficiency in design software such as AutoCAD, SolidWorks, Ansys, Caesar II (for piping stress analysis), PV Elite (for pressure vessel design). Familiarity with international standards (ASME Sec VIII, API 610/650, ISO 9001, IBR, ANSI, TEMA, ASTM). Experience in rotating machinery selection, vibration analysis, and alignment techniques. Strong problem-solving, analytical, and decision-making skills. Ability to conduct fluid dynamics and thermal analysis for power plant systems. Experience with Failure Analysis, HAZOP, and FMEA for risk assessment and mitigation. Excellent communication, leadership, and interpersonal skills. Preferred Qualifications: Experience with Siemens power plant systems and processes. Knowledge of steam cycle analysis, Rankine cycle, and Brayton cycle. Exposure to gas-based, coal-based, or WHR power plants. Ability to manage multiple projects and support site activities efficiently.

This role plays a vital part in Arcadis's Global Excellence Centre (GEC), which serves as the centralized and fully integrated project delivery group. With over 3,000 skilled professionals stationed across offices in India, Romania, and the Philippines, our GEC offers Capability, Capacity, and a Competitive Advantage across diverse projects and services, collaborating closely with our global businesses. Within the GEC, the APM (Advanced Process Manufacturing) teams comprise cross-functional groups dedicated to designing and developing innovative process engineering solutions for Pharmaceutical and Process industries. Effective project management, client needs assessment, and technical guidance are pivotal for delivering successful outcomes, employing cutting-edge computational design methodologies. Role accountabilities: Perform pipe stress analysis using Caesar II software for evaluating piping systems under various operating conditions, including thermal expansion, sustained loads, and occasional loads. Collaborate with design and engineering teams to review and interpret piping specifications, isometric drawings, and relevant documents to conduct accurate stress analysis. Assess piping support requirements and provide recommendations to ensure compliance with industry codes, standards, and project-specific requirements. Generate comprehensive stress analysis reports detailing findings, recommendations, and necessary design modifications to ensure structural integrity and safety. Work closely with piping designers and engineers to optimize piping layouts and support configurations based on stress analysis results. Provide technical guidance and support to project teams regarding pipe stress analysis, including interpretation of analysis results and implementation of design changes. Collaborate with third-party stakeholders, including clients and regulatory authorities, to address stress analysis-related inquiries and requirements. Attend relevant design and client meetings to gain insight into project requirements and conduct training sessions for project team members to ensure proficiency in interpreting stress analysis results and implementing design changes. Qualifications & Experience: Bachelor's degree in mechanical engineering with a certified course in Stress analysis. A minimum of 13+ years experience in pipe stress analysis using Caesar II software in the field of engineering and design is required. Excellent analytical and problem-solving skills, with the ability to interpret complex stress analysis results and provide practical engineering solutions. Proficiency in CAD software and related tools, with the ability to integrate Ceaser II into project-specific design workflows. Good knowledge of national, international, and local codes and standards. They should be adept at problem-solving and have a track record of implementing new technologies, techniques, or design methodologies to improve project system performance and efficiency. Implementation of quality procedures to ensure a good design deliverable. Comprehensive leadership skills and previous experience in managing large-scale projects. Candidate to show out-of-the box thinking in order to identify any opportunities for automation or innovation. In-depth knowledge of industry codes and standards such as ASME B31.3, ASME B31.1, EN-13480-3, and API 579 for the design and analysis of piping systems. Nice to have: Experience in Piping Design in any Plant design software like CADWorx, Plant 3D, etc. Integration of 3D design software such as CADWorx with Caesar II Working knowledge of other stress analysis software packages

Position Name - Piping Stress Engineer Education - B.Tech / B.E :- Mechanical Experience: Minimum 6 years in Boilers / Power piping flexibility analysis using CAESER-II Flexibility Analysis of Boiler integral piping (Downcomer, feeder, riser, transfer pipes, soot blower pipes, Drains, Vents, safety valve exhausts etc) Flexibility Analysis of Power Cycle Piping Main steam, Cold Reheat, Hot Reheat, HP/LP Bypass piping, Boiler Feedwater piping, Spray water piping etc. Flexibility Analysis of Power Plant auxiliary piping systems Selection of various types of pipe supports, Initiate, Control and the preparation of specification for pipe hangers and supports Review of vendor offers and provide technical clearance for hangers & supports Approval of vendor drawings & documents for hangers & supports Review & Checking of the Critical piping 3D model, isometric drawings and support drawings for Boiler integral piping, Main steam, Cold & Hot Reheat piping, Feed water piping etc from stress analysis and functionality perspective. Preparing stress reports for customer submission, 3rd party approval, Providing inputs to piping design team (stress isos, support datasheets) Providing input to steel structure engineer for the support point load data Conducting site audits to confirm compliance of piping installation with design drawings Independently interface with internal and external customers and vendors in connection with piping system engineering and documentation Attending Customer / Consultant queries regarding piping engineering Design reviews Disposal of shop / site feedbacks, Non conformances, supplier change requests related to piping supports Other Requirements CAESAR-II software skills / Other piping flexibility analysis tool skills. 3D Model review tools (Cadmatic/E3D/Navisworks/Trimble connect, AutoCAD) Excellent spoken and written English communication skills Co-operation capabilities in global organization Proactive approach to work with high ownership and responsibility of results Systematic and proactive approach and attention to details Problem solving attitude High personal integrity and ethical standards Ability to work independently and collaborative with team members Cost optimization / Value engineering/trouble shooting

Application Deadline: 20 September 2025 Department: Piping Engineering Employment Type: Full Time Location: Pune, MH, India Description Equinox Design Engineering India Pvt Ltd. is a Calgary-based EPCM firm. We are a market leader in oil and gas processing specializing in facilities design, implementation and operational assistance for natural gas, conventional and heavy oil projects. Our clients include several of the largest oil & gas producers in canada and worldwide, and we are currently executing a wide range of sweet gas, sour gas, conventional oil, heavy oil facility and pipeline projects. Key Responsibilities CAESAR II modelling Evaluate pipe flexibility and stress analysis. Measure the effects of support settlement, safety relief valves, seismic loads, thermal cycle loads and wind. Select proper springs for necessary support. Evaluate stress, Displacement, Forces, and moments on restraints for support design and evaluate piping loads within allowable nozzle loads. Nozzle flexibilities (WRC) and stresses, Flange Leak Check. Data sheet preparation for Expansion joints, spring hanger data sheet and updating the pipe support standards. Stress analysis report preparation. Preparation of stress critical line list. Pipeline layout analysis. Skills, Knowledge and Expertise EPC work experience is an asset. Must possess strong communication and interpersonal skills. Experience working on North American projects is an asset. CAESAR II modelling for piping systems. Good knowledge of pipe support standards. Knowledge of piping codes and standards like ASME, API, IBR etc. Able to execute 3D projects with data centric project execution, CAESAR II Software, Navisworks review. Knowledge of various detail engineering documents like GA, Isometric, MTO, support drawings, material specifications, Line list, Valve list. Should be able to design piping systems. Knowledge of AutoCAD & 3D modelling would be an added advantage. Educational Qualification: Bachelor’s degree in mechanical engineering. 7+ years of experience preferably in EPCM / Oil & Gas / Petrochemical. Our People and Culture: Flexible Work Schedules for a healthy work-life integration. Abundant growth opportunities, mentorship programs, and continuous learning initiatives. Our Environmental Commitment: Equinox believes in a balanced energy future. Our projects, from Carbon Capture and Sequestration to Renewable Natural Gas, exemplify our commitment to an environmentally responsible energy sector. Equinox Success Statement: Equinox consistently delivers focused and experienced premium teams, custom-tailored with the best technical expertise to align seamlessly with client culture and requirements. Our commitment ensures the successful execution of projects on a repeatable basis.

As a Senior Piping Engineer at our company, you will be responsible for monitoring compliance with design, engineering, and process regulations, as well as ensuring adherence to occupational health and safety rules, workplace sanitation, and fire safety requirements. Your role will involve supporting designers in generating technical documentation such as drawings, bills of materials, specifications, and 3D models. Additionally, you will participate in the development of design tasks, prepare piping standards, and other deliverables according to project requirements. To excel in this position, you should be proficient in using software packages such as AutoCAD, AutoCAD Plant 3D, S3D, E3D, and CAESAR II. Basic knowledge of piping software is essential to support junior engineers and designers. Your responsibilities will include developing equipment layouts, piping GADs, and isometrics, as well as working on piping material selection, data sheet preparation, and material specification. You will collaborate with other disciplines such as Civil, Process, Marine, and Mechanical engineers to ensure inter-discipline coordination. Your expertise in piping design principles, industry standards, and codes like ASME and API will be crucial for the successful completion of projects. Moreover, your experience in LNG projects, including cryogenic piping design, routing, stress analysis, and support, will be highly beneficial. As a qualified candidate for this role, you should hold an Engineering Degree in Mechanical or Chemical Engineering, with a Master's degree being an added advantage. You must have a minimum of 6 to 10 years of working experience in a similar position, preferably within FEED/EPC contractors and LNG projects. Proficiency in relevant software, calculation templates, and the ability to develop design documentation in compliance with project and code requirements are essential qualifications. Join us at AFRY, where we engineer change for a sustainable future. As part of our diverse and inclusive team, you will collaborate on meaningful assignments while accelerating the transition towards a sustainable society. If you are a self-motivated individual with a passion for innovation and teamwork, we invite you to apply for the position of Senior Piping Engineer in Noida, India. We look forward to welcoming you to our global team at AFRY, where your contributions will make a positive impact on society. Apply now to be part of our journey towards a sustainable future.,

You will be responsible for designing district heating pipelines, including both above ground and underground systems, as well as designing pumping stations within district heating pipeline networks. You should have expertise in Civil 3D software and be proficient in its use. Knowledge of EU standards and guidelines will be advantageous for this role. Your extensive knowledge of pipeline materials, particularly for district heating applications, and stress analysis for steel pipelines in the ground will be crucial. Experience in distributing media with high temperatures is also required. A Bachelor's or Master's degree in Engineering, with a focus on District Heating, is necessary for this position. Strong English verbal and written communication skills are essential, as you will be responsible for report writing. You should be able to multitask effectively, manage multiple projects, and accurately estimate the time needed to complete each scope of work. This role may require you to work independently, as part of a team, or within a large cross-disciplinary team spanning multiple office locations. Therefore, self-motivation and excellent communication skills are key attributes. Proficiency in the Microsoft Office suite is required, and you should have demonstrated the ability to manage projects independently. Your extensive experience in field operations will be beneficial for this role. For qualifications, you should have expertise in ROHR2 Software, district heating systems, pipe stress analysis, and pressurized networks. Additional skills in pressurized networks, district heating, and pipe stress analysis are desirable for this position.,

Job Title: Piping Stress Engineer (CAESAR II) Location: Kalyani Nagar, Pune Employment Type: Permanent / Full-time Industry: Oil & Gas / Petroleum Department / Functional Area: Oil & Gas Engineering Experience: 7+ years (Piping Stress Analysis) Salary: 4,00,000 - 10,00,000 annually (as per company policy) Role Overview: We are looking for an experienced Piping Stress Engineer with expertise in CAESAR II to perform piping stress and flexibility analysis, ensuring safe, code-compliant designs and reliable piping support systems for ongoing projects. Key Responsibilities: Create and validate piping stress models using CAESAR II for new and modified piping systems. Perform stress analysis for thermal cycles, seismic loads, wind loads, support settlement, and relief valve actions. Assess stresses, displacements, forces, and moments on restraints; verify piping loads against allowable limits. Calculate nozzle flexibilities and perform flange leak-check assessments. Select and specify spring hangers, expansion joints, and other supports; prepare related datasheets. Maintain stress analysis reports and critical line lists. Coordinate with layout and 3D modelling teams to resolve design clashes and routing issues. Support continuous improvement of pipe support standards and practices. Required Qualifications & Skills: Bachelors degree in Mechanical Engineering. Minimum 7 years of proven experience in piping stress engineering. Hands-on expertise in CAESAR II and piping stress analysis. Knowledge of piping codes and standards (ASME, API, and other relevant standards). Ability to interpret GA drawings, isometrics, MTO, support drawings, material specs, and line lists. Experience in selection and specification of pipe supports, spring hangers, and expansion joints. Good communication and coordination skills. Preferred: EPC project experience. Familiarity with AutoCAD and 3D model review tools. Exposure to data-centric project execution.

You should be a Mechanical or Chemical Engineering Graduate from a reputable institution with a minimum of 8 years of experience in stress analysis using CAESAR II. Your role will involve leading a team of specialist engineers in piping stress analysis and support engineering. Your responsibilities will include analyzing critical piping systems of pumps, turbines, compressors, and other high-pressure/temperature piping arrangements, including jacketed piping systems. You should have a strong understanding of stress analysis requirements outlined in international piping codes. Familiarity with various supporting arrangements such as special supports, sway bracings, bellows, rigid struts, and spring supports is essential. Experience in dynamic analysis, including natural frequency calculations, harmonic analysis, response spectrum analysis, time history analysis, and Surge Analysis of piping systems, will be beneficial for this role.,

As an ideal candidate for this role, you will be responsible for the following essential responsibilities: - Execute tasks A, B, and C in a timely and efficient manner. - Collaborate with team members to achieve project goals and deadlines. - Analyze data and provide insights to support decision-making processes. In terms of job requirements, skills, knowledge, and abilities, you should possess the following: - Proficiency in XYZ software and tools. - Strong communication and interpersonal skills. - Ability to multitask and prioritize workload effectively. - Attention to detail and accuracy in all tasks. - Problem-solving capabilities and a proactive approach to challenges. If you meet these qualifications and are ready to take on a dynamic role in a fast-paced environment, we encourage you to apply for this position.,

At Siemens, you have the opportunity to be part of a global leader dedicated to innovation, quality, and excellence. This role provides the chance to work on challenging projects, grow professionally, and have a significant impact in the electrical and instrumentation domain, specifically in power plant and renewable energy projects. If you are passionate about leading a talented team and driving technical excellence, we encourage you to apply. As Siemens Energy, "We energize society" by assisting our customers in transitioning to a more sustainable world through innovative technologies and the ability to turn ideas into reality. This is achieved through: - Expanding renewables - Transforming conventional power - Strengthening electrical grids - Driving industrial decarbonization - Securing the supply chain and necessary minerals We are currently seeking an experienced Mechanical Engineer with 12-15 years of expertise in power plant engineering. The ideal candidate should have a strong focus on detailed design, engineering, and site installation, with hands-on experience in power plant mechanical systems such as piping, pressure vessels, heat exchangers, rotating equipment, and balance of plant (BoP) systems. Experience in Waste Heat Recovery (WHR) systems is advantageous. **Key Responsibilities:** **Mechanical Design & Engineering:** - Review and approve piping systems, including material selection, stress analysis, and thermal expansion considerations. - Review and approve technical specifications, P&IDs, and equipment layouts for power plant mechanical systems. - Perform calculations for heat exchangers, pressure vessels, pumps, and turbines, ensuring compliance with industry standards. - Review and approve CFD (Computational Fluid Dynamics) and FEA (Finite Element Analysis) for mechanical components. - Review and approve design specifications of steam and gas turbines, boilers, condensers, and cooling towers for operational efficiency. **Power Plant Installation & Site Support:** - Provide on-site technical design expert support during the installation, commissioning, and operation of power plant mechanical systems. - Conduct root cause analysis and troubleshooting of mechanical failures in plant equipment. - Collaborate with site teams to ensure proper alignment, balancing, and vibration analysis of rotating equipment. - Support in the installation of WHR systems, including integration with existing power plant infrastructure. **Compliance, Safety, and Quality:** - Ensure that all engineering designs comply with relevant international and national standards. - Implement safety protocols and risk assessment measures for mechanical systems. - Review QA/QC documentation, including NDT reports and welding procedures. **Vendor & Cross-functional Collaboration:** - Evaluate vendor proposals and coordinate with suppliers for procurement and fabrication of mechanical components. - Work closely with civil, electrical, and instrumentation engineers to integrate mechanical systems seamlessly into plant operations. - Participate in design reviews, HAZOP studies, and FMEA for risk assessment. **Performance Optimization & Waste Heat Recovery (WHR):** - Conduct efficiency analysis and recommend design improvements for plant mechanical systems. - Work on WHR feasibility studies, system design, and integration with power plants. - Implement heat balance calculations and optimize thermal cycles for better energy utilization. **Required Qualifications & Skills:** - B.E./B.Tech/M.E./M. Tech in Mechanical Engineering or a related field. - 12-15 years of experience in mechanical engineering, preferably in power plant design, installation, and commissioning. - Strong expertise in detailed engineering, mechanical design, and stress analysis. - Hands-on experience with piping, pressure vessels, heat exchangers, turbines, boilers, and cooling systems. - Proficiency in design software such as AutoCAD, SolidWorks, Ansys, Caesar II, PV Elite. - Familiarity with international standards like ASME, API, ISO, IBR, ANSI, TEMA, ASTM. - Experience in rotating machinery selection, vibration analysis, and alignment techniques. - Strong problem-solving, analytical, and decision-making skills. - Ability to conduct fluid dynamics and thermal analysis for power plant systems. - Experience with Failure Analysis, HAZOP, and FMEA for risk assessment. - Excellent communication, leadership, and interpersonal skills. **Preferred Qualifications:** - Experience with Siemens power plant systems and processes. - Knowledge of steam cycle analysis, Rankine cycle, and Brayton cycle. - Exposure to gas-based, coal-based, or WHR power plants. - Ability to manage multiple projects and support site activities efficiently. Siemens is a diverse and inclusive workplace where employment decisions are based on qualifications, merit, and business needs. Join us in building the future, one day at a time.,

It is the responsibility of the Piping Mechanical/Stress Engineer to: Carry out the necessary calculations to ensure that all loading conditions, which may be experienced by a piping system, are considered and catered for, within the design. Ensure that piping systems comply fully with the stress analysis requirements specified Issue approved stress isometrics for critical lines as required. Prepare stress calculations and nozzle loads summaries demonstrating Code compliance and prepare a Stress Analysis Report containing calculations and information for each piping system analyzed (when required by the Client). Confirm that the design of piping, pipe supports, and piping mechanical special piping (SP) items are in accordance with the requirements of the applicable ASME codes, industry standards and all applicable project, client and Company procedures and specifications. The Candidate shall be able to perform Pipe Stress Analysis Calculations Plant Layout Comments - loads to all other disciplines Piping Mechanical Specifications Special Studies Special Piping (SP) Item Calculations, Drawings, and Data Sheets Special Piping (SP) Item Requisition Worksheets Pipe Support Drawings Pipe Support Requisition Worksheets Pipe Support Locations Knowledge of Caesar II software to perform flexibility analysis Knowledge of Support selection and support design , spl support Drawing creation Should be well verse in Fatigue/Blast, FPSO Hog, Sag and structural consideration Knowledge of Navis Model / Review Reality is a must Knowledge of AIV/FIV is preferable Excellent skill to Guide young engineers to perform the work Knowledge in Pml macros development will be added advantage

Job Description Summary As Lead Engineer - Mechanical (Boiler Firing System), you will demonstrates high technical skills around Firing System Design for Subcritical boilers/Super Critical Two pass /Tower type boilers. You should have the experience/expertise to perform R&M activities of Tangential coal / Gas fired Wind box jobs, coal / Gas fired Circular Low NOx burner design & Engineering and fuel piping (Gas, Oil, Coal) engineering. You will able to perform design & engineering from Tender to execution stage for green field Projects & retrofits along with fuel change /upgrade jobs for any capacity boilers. You should be able to perform the Reverse Engineering activities at various sites and have the capability to develop new product as well as improvement in existing products. Job Description Essential Responsibilities Execute the design, analysis, or evaluation of assigned individual and team projects using sound engineering principles and adhering to business standards, practices, procedures, and product / program requirements. Responsible for developing the tilting tangential fired Wind box assemblies, Complete coal piping routing and its drawing creation, create technical specification of Fuel firing system equipment, Oil, atomizing, scanner air and seal air systems & Extend support to proposal activities. Responsible for generating 3D models, Arrangement drawings, fabrication /detail drawings, Piping isometrics, & Support drawing for various firing system components in coal fired two pass /Tower Boilers. Responsible to do the calculations of Firing system equipment and systems based on NFPA & ASME B31.1 codes. Responsible for to give necessary support to shop & site as and when required. Visit job sites and collection of engineering data for carrying out design calculations & reverse engineering of components. Visit sites for assessing various operational problems and its solution related to firing system. Extend support for offer review, Vendor Evaluation, vendor coordination fabrication support for firing system components. Extend Support to Sales, estimation, Sourcing & quality teams for successful Execution of ITO / OTRs. Knowledge on fabrication, Erection & commissioning of firing system components is a must. Qualifications/Requirements Bachelor&aposs Engineering degree from an accredited university or diploma in Mechanical engineering with long service experience in related area. At least 10 years of working experience in Firing Engineering discipline is must. Conversant with Auto CAD is must. PDMS/E3D, Catia / Inventor & Caesar II is desirable. Knowledge on NFPA is desirable. Desired Characteristics Strong oral and written communication skills. Strong interpersonal and leadership skills. Ability to influence others and Lead initiatives of moderate scope and impact. Ability to coordinate several projects simultaneously. Effective problem identification and solution providing skills. Flexibility to work on different areas. Proven analytical and organizational ability. Additional Information Relocation Assistance Provided: Yes Show more Show less

Company Description AVIN Engineering, based in Bangalore, India, specializes in consultancy services for both offshore and onshore pipeline engineering in the oil and gas domain. Our expert team provides comprehensive services in conceptual planning, FEED, detailed engineering design, construction, and commissioning. We work closely with our clients to ensure seamless project execution across all stages of development. Our dedicated engineers also offer cost-effective design strategies and recommendations for maintaining pipeline safety and regulatory compliance. Role Description This is a full-time on-site role located in Bengaluru for a Revit, Electrical Panel Designer, Piping Stress Engineer, and Plant 3D, Solid Works specialist. The role involves designing and managing electrical panels, performing piping stress analysis, and utilizing Plant 3D and Solid Works for various engineering tasks. The selected candidate will collaborate with the engineering team to produce detailed designs, ensure compliance with industry standards, and support project execution from conception to completion. Qualifications Proficiency in Revit and SolidWorks Experience in Electrical Design, Electrical Engineering, and Power Systems Knowledge of Piping Stress Analysis and Plant 3D software Strong analytical and problem-solving skills Excellent written and verbal communication skills Ability to work collaboratively in a team environment Bachelor&aposs degree in Electrical Engineering, Mechanical Engineering, or related field Experience in the oil and gas industry is a plus We&aposre Hiring Multiple Engineering Positions (2+ Yrs Exp.) | Bangalore Location ???? Company: Avin Engineering Location: Bangalore Experience: Minimum 2 years Industry: Water Management / Infrastructure / Engineering Design / Oil & Gas / Refinery Job Type: Full-Time | On-site Open Positions: 1. P&ID Designer (Piping & Instrumentation Diagrams)Prepare and update P&ID drawings based on process requirements. Coordinate with multidisciplinary teams and ensure compliance with ISA/ASME standards. 2. Revit Designer Develop 3D models and detailed drawings for water treatment systems. Collaborate with civil, mechanical, and MEP teams using Revit and BIM practices. 3. Plant 3D Designer Create piping layouts, isometric drawings, and general arrangements. Work on water/wastewater piping models using AutoCAD Plant 3D. 4. SolidWorks Design Engineer Design skids, tanks, and mechanical assemblies for water infrastructure. Create 3D models, BOMs, and fabrication drawings using SolidWorks. 5. Electrical Panel Designer Design MCC, PCC, and PLC panels for pumping stations and STPs. Prepare wiring diagrams, panel layouts, and SLDs using AutoCAD Electrical. 6. Piping Stress Engineer Perform stress analysis using CAESAR II or equivalent for pipeline systems. Prepare detailed reports and ensure compliance with ASME B31.3 or relevant codes. Interested Candidates share your updated CV to : [HIDDEN TEXT] Kind Attention: Only Blore candidates resume will be viewed and contacted. Show more Show less

As a Piping Stress Engineer, you will be responsible for ensuring quality, adhering to the budget, and meeting project schedules for piping stress analysis tasks. Your primary duties will include reviewing technical documentation and requirements provided by clients, designing piping support components, and issuing project piping stress specifications and critical lines lists. You will be responsible for performing calculations on critical piping networks, resolving high pipe loads on equipment nozzles, and addressing high secondary stresses in piping. Additionally, you will issue loads necessary for the design of pipe-rack and foundations, as well as provide the technical specifications for all piping support components required for stress analysis. Maintaining project technical files, updating company standards, and performing inter-discipline checks on documents related to piping materials are also key aspects of this role. You will be required to review subcontracted discipline engineering documents and isometrics for construction of critical lines prepared by piping design engineers. Collaboration with multi-discipline leads such as Electrical, Piping, Civil, Structural, and HVAC teams is essential. Strong knowledge and experience with CAESAR II software is a must, while hands-on experience with 3D modeling plants like AutoCAD Plant 3D or E3D is preferred. Your expertise and attention to detail will be crucial in ensuring the successful completion of piping stress analysis tasks within the project scope and timeline.,

Educational Qualification: Bachelor s degree in Mechanical or Civil Engineering. Relocation Requirement: The selected candidate will be expected to relocate to Dubai and work onsite for at least 2-3 years after joining. Description: We seek an experienced Pipeline Engineer responsible for the design, installation, and maintenance of pipeline systems, ensuring the integrity and safety of the infrastructure. Key Responsibilities: Design and analyze pipeline systems for transportation of fluids (oil, gas, water). Conduct feasibility studies, risk assessments, and stress analysis for pipeline designs. Oversee pipeline construction and maintenance projects. Implement pipeline integrity management strategies and ensure compliance with safety standards. Manage pipeline operations and ensure the systems long-term functionality and reliability. Collaborate with cross-functional teams on project execution and risk mitigation. Required Software and Design Skills (Any One of the Following): AutoPIPE(Bentley Systems) Pipeline design and analysis. CAESAR II(Intergraph) Pipe stress analysis. PIPENET(Aveva) Hydraulic design and analysis. OLGA(Schlumberger) Flow assurance and pipeline flow simulations. ArcGIS(Esri) Pipeline mapping and GIS integration.

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.

L&T Technology Services is Hiring!! PIPING DESIGN ENGINEER Total Experience: 5 to 10 Years Location: Bangalore Role & responsibilities: Knowledge of Piping design Codes and Standards such as ASME B 31.3 AND B 31.8 Line Sizing, Thickness Calculation, Pressure drop calculation Equipment sizing, Calculation. Preparation of Line List, Valve List, Equipment List, Piping Material Specification. Pipe Routing, Equipment Modelling using Autodesk Plant 3D. Pipe Stress Analysis using CAESAR II and Support Engineering. Extraction of Piping Isometric from 3D Model and updating the Isometric for IFC. Creation of 2D drawing such as Piping Plan and Elevation, Equipment Layout. Preparation MTO, BOM from Piping 3D Models. Preparation of Technical Specification for Piping Components, RFQ finalization & Vendor Drawings review. Flexible and quick to learn global developments in EPC- Oil & Gas projects technologies and adopt. Continuous improvement of the design activity in terms of technical knowledge, efficiency, quality, and productivity. Provide virtual technical support for shop floor for the orders engineered & commissioning support. Team handling & development. Preferred Competencies: Definition drawings, 3D Equipment Modelling, Pipe Routing Line Sizing, Thickness Calculation, Pressure drop calculation. Pipe Stress Analysis and Support Engineering. Piping drawings Piping Isometrics, Piping Plan & Elevation, Details, MTOs/BOMs, NWD models, Clash checks, Vendor Drawing Review. Working experience with 3D Design Tools: AutoCad Plant 3D. E3D, CAESAR II. Qualifications / Requirements: BE/B.Tech/ in Mechanical Engineering with 5-10 years of Oil and Gas/ Power Plant Experience.

You will be responsible for delivering the Stress Analysis outcomes to the team. Your role will involve coordinating with the client to address any queries or concerns during the analysis process. Additionally, you will be responsible for team training and management. Your expertise in Piping Stress Analysis, particularly with CAESAR II software, will be crucial for this role. You should have a strong understanding of Piping Codes and Standards such as ASME B 31.3 and 31.1. Experience in analyzing various components including Pumps, Compressors, Tank Farm, Vessels, Columns, Flare Gas, Skid Piping, Rack Piping, and H.EX is required. You should also be adept at performing Nozzle Load Evaluations using standards like WRC107, 297, API 610, API 617, API 661, API 560, and NEMASM23. Attending consultant meetings and project reviews will be part of your responsibilities. You should have experience in both Static and Dynamic Stress Analysis, as well as in analyzing Buried Piping. Familiarity with Onshore and Offshore Piping Stress Analysis is preferred. Your experience in selecting Pipe Supports and Spring Hangers based on project requirements will be valuable. Requirements: - Proficiency in Stress Analysis using Caesar II software - Knowledge of basic piping principles - Familiarity with AutoCAD - Proficiency in MS Office suite,

As a Mechanical Engineer with a Bachelor's degree (Master's preferred) and 5-15 years of experience in Piping Flexibility and Stress Analysis for offshore fixed facilities and FPSO projects in EPC environments, you are expected to have a strong understanding of international piping codes and standards such as ASME B31.3, B31.1, and API. Your expertise in pipe stress analysis software, particularly CAESAR II, will be crucial for this role. Proficiency in 3D modeling tools like SmartPlant 3D, PDMS, E3D, and model review tools like Navisworks and SmartPlant Review is required. Familiarity with FEA software like ANSYS is preferable, along with knowledge of structural interface and civil load transmission principles. Your excellent communication, coordination, documentation, and team leadership skills will be essential for this position. Your key responsibilities will include ensuring the Quality, Budget, and Schedule of activities related to pipe stress analysis and flexibility design. You will be responsible for preparing and maintaining the Critical Line List, stress analysis specifications, and Pipe Support Std Specifications. Performing detailed piping stress analysis using CAESAR II, generating Single Line Diagrams for piping loads, and conducting Weight Control analysis for offshore piping scope are also part of your duties. You will review and approve piping layouts, prepare Stress Analysis Reports, review vendor equipment GA and nozzle load data, and coordinate with various teams to resolve interface issues. Additionally, you will provide input for spring hanger selections, expansion joint design, and pipe support specifications. Guiding and mentoring junior flexibility engineers, ensuring quality review of their analysis and deliverables, Support Material Takeoff, procurement, reviewing vendor documents, responding to site technical queries, and resolving field stress-related issues are also part of your responsibilities. Participation in 3D model reviews to ensure stress-related modeling and interface integration is expected from you as well.,

Job Description: Pipeline Designer - Offshore/Subsea Job Description: Sr. Pipeline Designer (Oil & Gas) If you have a proven track record from Offshore & Marine Industry, this is your chance to step up. You will be a part of a team of passionate colleagues and a company, which is well known for delivering quality and good services. Job Responsibilities: Prepare layout design/ drawings Prepare pipeline alignment sheet Prepare connections and other detail drawings and carry out self-check of drawings. Prepare Shore approach drawings Prepare Platform approach drawings Prepare all type of crossing drawings Prepare typical back fill and trench drawings Prepare Installation drawings Prepare Subsea equipment drawings (PLEM, PLET etc) Prepare MTO and WCR inputs Help in Clash checkinX`g with other Disciplines Maintain master copy of all disciplines deliverables Subsea pipeline detail drawings Essential Skills and Knowledge: Must have done at least 4-5 offshore detailed engineering projects with Subsea pipeline scope of work. Good knowledge of subsea pipeline engineering, including industry standard codes like ASME B31.4,31.8/ API codes etc. Proficiency in listed design and analysis software is essential a. Autocad b. Caesar Good Team player Work Experience & Education: ITI Draughtsman, Mechanical or Diploma / Mechanical Designing. Minimum 5 years relevant experience in design and analyses of Subsea Pipelines in Oil & Gas industry. Experience in industry accepted Design/Analysis software packages for Pipeline Design Conversant with applicable DNV, ASME, BS, API and other relevant International Codes/Standards for subsea pipeline design and engineering.

Identify different stress packages through review of P&IDs / Line Designation tables. Performs piping flexibility analysis (static and dynamic) for critical piping systems during preliminary design and detailed design phase of Project. Dynamic analysis capabilities including modal, harmonic and response spectrum analysis. Evaluate Stress, Displacement, Forces and moments on restraints for support design and Evaluate piping loads with in allowable nozzle loads. Perform analysis for sustained, thermal and multiple operating cases, occasional (viz winds, seismic, relief, hammer etc.) Perform pipe stress analysis for different equipment like Steam turbine, Compressors, Centrifugal Pumps, tanks, exchangers, heaters, columns, etc. Measure the effects of support settlement, safety relief valves, seismic loads, thermal cycle loads and wind. Analysis capabilities for Jacketed Piping system, Expansion joints piping system etc. Flange Leak Check. Provide pipe loading information to Civil/Structure. Resolve high pipe loads on equipment nozzles. Nozzle Flexibilities (WRC) and Stresses. Resolve high secondary stresses in piping. Perform pipe support design & calculations for statically and dynamically loaded supports. Selection of spring hangers, snubbers, struts, expansion bellows for pipe supports. Preparation and interpretation/review of stress calculations of relatively complex nature in high seismic zones. Locate and identify pipe supports on isometrics along with type of supports. Evaluation of local stresses via code cases. Support structure calculations using tools like STADD. Review and sign-off piping isometrics considering flexibility and supporting. Prepare complete documentation of the stress analysis and support design. Participates in reviewing and checking designs, drawings and data from suppliers. Review piping isometrics considering flexibility and supporting. Knowledge of design codes and standards applicable for Pipe Stress Analysis design work. Must be experienced in preparing/developing/maintaining the Standard Pipe Support Catalogue on the Project. Highly experienced in preparing Special Support Sketch/Drawing/Details from scratch & completing them with complete details/annotations for Construction/Fabrication of the support at site as per Client expectations. Update Master Specifications for pipe supports e.g. updating span tables, etc. Previous experience in SS, Alloy (High temp piping) & vibration susceptible piping suspports. Work with Structural Designers to incorporate pipe support details into structural drawing sets where applicable. Pipe Support MTO (steel, brackets, bolts, clips, etc.)preperation Good Communication Skills in English. Should be able to communicate within international projects. Able to communicate with supervising designers, other discipline designers and technical specialists to obtain technical information as required. Team player and willing to receive direction.

Job Description: Pipeline Designer - Offshore/Subsea Job Description: Sr. Pipeline Designer (Oil & Gas) If you have a proven track record from Offshore & Marine Industry, this is your chance to step up. You will be a part of a team of passionate colleagues and a company, which is well known for delivering quality and good services. Job Responsibilities: Prepare layout design/ drawings Prepare pipeline alignment sheet Prepare connections and other detail drawings and carry out self-check of drawings. Prepare Shore approach drawings Prepare Platform approach drawings Prepare all type of crossing drawings Prepare typical back fill and trench drawings Prepare Installation drawings Prepare Subsea equipment drawings (PLEM, PLET etc) Prepare MTO and WCR inputs Help in Clash checkinX`g with other Disciplines Maintain master copy of all disciplines deliverables Subsea pipeline detail drawings Essential Skills and Knowledge: Must have done at least 4-5 offshore detailed engineering projects with Subsea pipeline scope of work. Good knowledge of subsea pipeline engineering, including industry standard codes like ASME B31.4,31.8/ API codes etc. Proficiency in listed design and analysis software is essential a. Autocad b. Caesar Good Team player Work Experience & Education: ITI Draughtsman, Mechanical or Diploma / Mechanical Designing. Minimum 5 years relevant experience in design and analyses of Subsea Pipelines in Oil & Gas industry. Experience in industry accepted Design/Analysis software packages for Pipeline Design Conversant with applicable DNV, ASME, BS, API and other relevant International Codes/Standards for subsea pipeline design and engineering.