267 Stress Analysis jobs in India

Key Responsibilities:

Review project requirements and specifications, ensure compliance, or otherwise prepare the deviation list. 

Liaise with sales team members and customer directly to ascertain project requirements.

Provide support type and location review based on provided drawings by customer. 

Perform others manual calculation related to Fiberglass piping. 

Support other departments and carry out other duties as and when business requirements dictate as may be reasonably expected by the line manager.

Key Skills & Qualifications:

Bachelor’s Degree in Mechanical Engineering or equivalent Engineering specialization from an accredited university. 

Minimum 4 years of professional Engineering experience in the related field.

AutoCAD, Caesar II & Navisworks familiarity would be plus point.

Excellent communication (oral and written) skills with proven ability to present technical issues to design teams and project engineering teams.

Ability to work with minimal supervision, make sound decisions, take independent action, analyze problems, and provide focused solutions to assigned projects.

Possess strong inter-personal and communication skills and be able to work well with people at all levels.

Description

-:

1. Prepare / Review Project Design basis for Stress Analysis.
2. Prepare Stress Critical Line List.
3. Expertise in piping stress analysis
4. Execute Stress analysis using software Caesar-II / ROHR2.
5. Independently perform stress analysis task.
6. Mark-up stress related data (routing changes, support location and types, etc.) on isometrics for updating in 3D model.
7. Prepare Piping Load Summary as input for Civil/Structural design. 

Good understanding and awareness of :
1. ASME B31.3 code requirements related to safety in stress
2. Flange leakage calculations.
3. Calculation of nozzle displacements
4. Spring selection criteria.
5. 3D model navigation in Navisworks
6. Below experience will be an added advantage
7. WRC calculations.
8. Nozzle stiffness calculation using NozzlePro software.
9. Good working knowledge of MS Excel, MS Word, MS Paint.
10. Good English communication skills written and oral.

Skills & Experience

CAESAR II, Calculations, Design, Piping Stress Analysis, Stress-Strain Analysis

Cyient is an Equal Opportunity Employer.

Cyient recruits, employs, trains, compensates, and promotes regardless of race, color, ancestry, religion, sex, national origin, sexual orientation, age, citizenship, marital status, disability, gender, gender identity or expression, veteran status, and other protected status as required by applicable law. We are proud to be a diverse and inclusive company where our people can focus their whole self on solving problems that matter.

Description

-:

1. Prepare / Review Project Design basis for Stress Analysis.
2. Prepare Stress Critical Line List.
3. Expertise in piping stress analysis
4. Execute Stress analysis using software Caesar-II / ROHR2.
5. Independently perform stress analysis task.
6. Mark-up stress related data (routing changes, support location and types, etc.) on isometrics for updating in 3D model.
7. Prepare Piping Load Summary as input for Civil/Structural design. 

Good understanding and awareness of :
1. ASME B31.3 code requirements related to safety in stress
2. Flange leakage calculations.
3. Calculation of nozzle displacements
4. Spring selection criteria.
5. 3D model navigation in Navisworks
6. Below experience will be an added advantage
7. WRC calculations.
8. Nozzle stiffness calculation using NozzlePro software.
9. Good working knowledge of MS Excel, MS Word, MS Paint.
10. Good English communication skills written and oral.

Skills & Experience

Analyse des contraintes, Analyse des contraintes et déformations, CAESAR II, Calculs, Conception

Cyient is an Equal Opportunity Employer.

Cyient recruits, employs, trains, compensates, and promotes regardless of race, color, ancestry, religion, sex, national origin, sexual orientation, age, citizenship, marital status, disability, gender, gender identity or expression, veteran status, and other protected status as required by applicable law. We are proud to be a diverse and inclusive company where our people can focus their whole self on solving problems that matter.

Overview PM Group is a leading International engineering, architecture, project and construction management firm. With a network of offices in Europe, Asia and the US and a multi-disciplined team of over 3,700 people, we deliver complex, capital projects in the life sciences, food and beverages, mission critical/ICT, advanced manufacturing, energy and environmental sectors. Due to our on-going success securing large-scale projects for 2025 we have a requirement for a Senior Stress Analysis Mechanical Engineer to join our Mechanical Department in Bangalore. The role will be responsible for overseeing all aspects of piping stress analysis within the engineering group, including collaboration with other disciplines to ensure integrated project delivery. This includes leading and coordinating analysis activities across multiple ongoing projects, mentoring and training junior engineers, and ensuring all work complies with relevant industry codes and standards. Your expertise will directly support the safe and efficient design of piping systems used in pharmaceutical manufacturing and processing facilities. Responsibilities Lead Piping Stress Analysis for Business units across multiple concurrent projects Perform detailed stress analysis of piping systems using CAESAR II, including static and dynamic loads, thermal expansion, pressure, and support conditions Conduct piping stress calculations to verify and support computer-based analysis and define relevant load cases Determine piping loads on vessels, structures and equipment Ensure all stress analysis complies with relevant client specifications and industry codes such as ASME B31.3, ISO 13480 Review piping layouts and isometrics to assess stress risks and recommend routing/support changes as needed Produce high-quality technical reports and documentation suitable for internal use and client submission Check and approve piping stress analysis calculations, reports, and design deliverables Coordinate cross-functional efforts with Piping, Process, Building Services and all other disciplines Prepare proposals and hour estimates for stress analysis on new projects Attend and lead design reviews, client meetings, and constructability assessments. Mentor and train junior engineers, providing guidance on stress analysis methods, code interpretation, and project execution Support development of internal standards and best practices related to piping stress and design Support development of internal library of standard project piping specifications Coordinate with stress analysis leads from other business units to ensure standardised ways of working, best practices and resource allocation Qualifications Bachelor's or Master’s degree in Mechanical Engineering or related discipline. Minimum of 8+ years of experience in mechanical/piping stress analysis, with significant experience in pharmaceutical, biotech, or process industries. Expertise in CAESAR II software for piping stress analysis. Strong working knowledge of applicable codes and standards including ASME B31.3, ISO 13480, and other relevant design standards for pharmaceutical and biotech industry Proven experience designing and analyzing piping systems in regulated industries. Excellent written and spoken English communication skills, with strong technical report writing capabilities. Demonstrated ability to work independently and experience leading small technical teams Experience checking and approving engineering deliverables for compliance and accuracy Desirable Competencies: Experience working in or with EPC/EPCM consultancies or pharmaceutical design firms. Familiarity with pipe support design and coordination with structural engineering. Understanding of GMP/GEP principles and cleanroom design considerations. Professional engineering license or chartership (PE, CEng, etc.) is an advantage. Familiarity with other engineering tools such as CADWorx, Navisworks, SmartPlant, or similar. Integrity: Upholds ethics and PM Group values, demonstrate integrity as a person who is trusted by others and consistently honours their commitments. Ability to stand firm when challenged on project changes, scope creep, etc. in a fair manner. Communication: Makes presentations and undertakes public speaking with skill and confidence; Regularly monitors the communication network between stakeholders. Innovator: Produces new/innovative ideas/designs, approaches, or insights to problems. Adaptable: Approaches change/new ideas positively and drive change to improve systems; Adapts interpersonal style to suit different people or situations. Assists others with adapting to change. Positive outlook at work: Keeps emotions under control during difficult situations, Identify issues and problems; make timely decisions, develop appropriate and innovative solutions; Balances the demands of a work life and a personal life. Entrepreneurial: Keeps up to date with competitor information and market trends; Identifies business opportunities for the organisation; Demonstrates financial awareness;

Job Description ?Study effect of acceleration due to various wave and wind conditions. ?Study effect of structural deflection due to module movements. ?Study fatigue analysis of pipes connected between two modules. ?Preparation of support and loading details for Support team. ?Preparation of stress Specification & critical line list and other deliverables. ?Effect of displacements due to hull deflection on piping. ?Effect of onsite and transit to field (towing) acceleration. ?Effect of structural deflections due to acceleration in onsite. ?Preparation of spring data sheet, rigid hanger data sheets, PTFE data sheets. Technical bid evaluations of springs supports. ?Stress analysis of GRE pipe lines. ?Stress analysis of cryogenic temperature piping?Preparation of loading details for pipe rack, supports marking. ?Preparation of detailed stress analysis report for client approval. ?Stress analysis of pipe lines connected to air cooler, condenser, compressor and pumps.

What you will do

Perform FEA and FFS work supporting operating and new ExxonMobil assets globally – upstream, downstream and low carbon solutions, fixed and rotating equipment, using ABAQUS, NozzlePro, SagePlus and SolidWorks software.

Participate in Root Cause Failure Analyses (RCFA) for fixed and rotating equipment.

Participate in Regional and Global technical networks and action teams.

Work closely and in conjunction with the AA|FFS Principal Engineer, Mechanics of Materials Principal Engineer, and other relevant PEs, in providing technical support to stakeholders.

Collaboration/Review/Troubleshooting of FEA and FFS work being performed by others using finite element analysis applications

Documentation of analysis work, report writing and recommendations, interfacing with site personnel to collect required data and information for analysis.

Develop software and scripts in Python, C++ or Fortran to aid in complex FEA assessments- eg: 3d point cloud conversions, Fortran subroutines for Abaqus, post-processing scripts for FEA models

Developing job-aids for commonly performed analyses.

Assist with international codes and standards enhancements/development.

About You

Skills and Qualifications:

Masters in mechanical engineering or equivalent degree, or closely related engineering field from a recognized university with GPA or above

Minimum 8 years’ experience as an FEA and computational mechanics specialist in design and assessment of static equipment or machinery components

Minimum 10 years of experience applying finite element methods in petrochemical or other engineering fields, to evaluate or design components. Including development and application of user sub-routines and scripting (, Python, Fortran, C++).

Possesses a programming mindset with the ability to assess a task, explain the required programming logic/algorithm, and identify the necessary learning resources (people, documentation, etc.) to solve a specific problem

Familiar with industry standards for pressure vessels (ASME VIII), piping (ASME and ASME , tanks (API 650) and Fitness for Service (API 579).

Should have experience in developing programs or scripts (for subroutines, post processing etc.) in aid of an FEA analysis

Preferred Qualifications/Experiences

Experience in application of fracture mechanics, fatigue, and high temperature assessment methods. Exposure in risk-based assessments, root cause analysis, and development of equipment strategies and mitigation plans.

Experience with coupled-temperature FEA problems.

Experience with computational fluid dynamics.

Experience with analyzing structural dynamics problems, and/or FEA implicit and explicit solvers.

Analysis and troubleshooting of fixed equipment using applications such as PV-Elite, Caesar II, and SagePlus.

Strong verbal and written communication skills in English

Humble and Collaborative: Freely asks for help, communicates knowledge gaps, assumes teamwork is essential, and connects with peers and experts for diverse perspectives on solving a problem

Willing and able to travel, as required, for extended periods

Your benefits

An ExxonMobil career is one designed to last. Our commitment to you runs deep: our employees grow personally and professionally, with benefits built on our core categories of health, security, finance and life. We offer you: 

Competitive compensation 

Medical plans, maternity leave and benefits, life, accidental death and dismemberment benefits 

Retirement benefits 

Global networking & cross-functional opportunities

Annual vacations & holidays

Day care assistance program

Training and development program

Tuition assistance program

Workplace flexibility policy

Relocation program

Transportation facility

Please note benefits may change from time to time without notice, subject to applicable laws. The benefits programs are based on the Company’s eligibility guidelines. 

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