gas turbine mechanic

Siemens Energy

<div>
 
 A Snapshot of your day
 
 
 
 As a Gas Turbine Engineer at Siemens Energy, you will provide timely engineering support for technical queries and prepare crucial documentation to improve the performance and reliability of large gas turbines in Egypt and the Middle East. Your role will involve encouraging a customer-first approach while promoting a zero-harm culture, ensuring safety and effective communication in all interactions.
 
 
 
 Key Responsibilities
 
 
 
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 Within the Gas Services Business (GS), they provide timely engineering support for technical queries from both internal and external customers (including project managers, sales, and field service). This position will focus on support of Siemens Energy Large gas turbines mainly in Egypt and other countries in region Middle East.
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 Prepare technical documents to define the required maintenance scope for the large Gas Turbine and the required actions to solve the previously reported issues.
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 Identify suitable service bulletins, modifications and recommendations for clients to improve their performance, availability, reliability and safety.
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 Present and discuss technical solutions during internal and external meetings.
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 Provide EN support directly on site at Power Plants as and when required. Provide recommendations and advice to support the Field Service organization and ensure smooth outage execution.
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 Active participation required during post outage reviews to identify possible Modification &amp; Upgrade opportunities and to identify key lessons learnt for the future.
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 Act as a key point of Contact / focal point for technical issues within the Country / Region. This could relate to outage interval extension, operational issues, commissioning, combustion tuning, performance tests, balancing, risk assessments and root cause analysis.
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 Interact and reach out for support from a worldwide network of specialists and experts within Siemens Energy covering the Gas Turbines.
 
 
 
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 What You Bring
 
 
 
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 Bachelor, Master or comparable engineering degrees on Mechanical Engineering or related disciplines
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 1 to 5 years of experience on SE Gas Turbines (commissioning, fact findings, operation).
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 Recent Engineering graduate is encouraged to apply
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 Basic knowledge on Gas Turbine technology especially on SGT 5 8000 H /SGT 5 4000 F
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 Basic knowledge on manufacturing and repair technologies
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 Excellent verbal and written communications skills in English
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 Collaboration and networking skills are crucial to performing this role.
 
 
 
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 About The Team
 
 
 
 Our Gas Services division offers Low-emission power generation through service and decarbonization. Zero or low emission power generation and all gas turbines under one roof, steam turbines and generators. Decarbonization opportunities through service offerings, modernization, and digitalization of the fleet.
 
 
 
 Who is Siemens Energy?
 
 
 
 At Siemens Energy, we are more than just an energy technology company. With ~100,000 dedicated employees in more than 90 countries, we develop energy systems of the future, ensuring that the growing energy demand of the global community is met reliably and sustainably. The technologies created in our research departments and factories drive the energy transition and provide the base for one sixth of the world's electricity generation.
 
 
 Our global team is committed to making sustainable, reliable, and affordable energy a reality by pushing the boundaries of what is possible. We uphold a 150-year legacy of innovation that encourages our search for people who will support our focus on decarbonization, new technologies, and energy transformation.
 
 
 Find out how you can make a difference at Siemens Energy: https://www.siemens-energy.com/employeevideo
 
 
 
 Our Commitment to Diversity
 
 
 
 Lucky for us, we are not all the same. Through diversity we generate power. We run on inclusion and our combined creative energy is fueled by over 130 nationalities. Siemens Energy celebrates character &ndash; no matter what ethnic background, gender, age, religion, identity, or disability. We energize society, all of society, and we do not discriminate based on our differences.
 
 
 
 Rewards/Benefits
 
 
 
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 Opportunities to work with a global team
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 Opportunities to work on and lead a variety of innovative projects
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 Medical benefits
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 Remote/Flexible work
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 Access to a variety of employee resource groups
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 Competitive Salary Package
 
 
 
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 https://jobs.siemens-energy.com/jobs
</div>

Gas Turbine Service Engineer

Samsung C&T

- responsible for overseeing the site installation, alignment, and assembly of heavy industrial gas turbines, auxiliary systems, and related mechanical equipment. This role ensures that all erection activities comply with technical specifications, engineering drawings, and safety standards to prepare the unit for commissioningKey Job Responsibilities<ul><li>Site Supervision &amp; Execution: Supervise the day-to-day erection activities of gas turbines, generators, piping systems, and auxiliaries.</li><li>Technical Alignment: Ensure precise alignment of the gas turbine-generator shaft line and related heavy machinery.</li><li>Drawing &amp; Specification Interpretation: Review and interpret engineering, fabrication, and General Arrangement (GA) drawings.</li><li>Methodology Development: Develop, review, and implement erection methods, sequences, and procedures to ensure structural stability.</li><li>Quality Control (QC): Perform inspections on installation activities, check welding quality, and verify compliance with standards (e.g., ASME, IBR).</li><li>Coordination: Liaise with subcontractors, vendors, and clients to ensure materials and equipment are available on-site as per the schedule.</li><li>Safety Adherence: Ensure compliance with all site safety protocols, including rigging, lifting, and working at heights.</li><li>Documentation: Prepare daily/weekly progress reports, inspection records, and as-built documentation.</li></ul>Job Type: Full-time

Gas Turbine (GT) Erection Mechanical Engineer

- responsible for designing, procuring, and overseeing the installation of the mechanical systems that support gas turbine operation. They ensure that auxiliary systems&mdash;such as lube oil, fuel gas, and cooling systems&mdash;are properly designed, fabricated, and installed to meet project specifications, safety, and operational standards.Core Responsibilities<ul><li>Design and Engineering: Develop design packages (piping layouts, isometrics, and P&amp;IDs) for GT auxiliary systems, including lube oil units, fuel gas conditioning, air intake, and exhaust ducts.</li><li>Technical Specification &amp; Procurement: Prepare technical specifications, data sheets, and request for quotations (RFQs) for piping components and auxiliary equipment.</li><li>Vendor Management: Collaborate with vendors for equipment fabrication, ensuring compliance with code, contract, and schedule requirements.</li><li>Construction and Site Support: Supervise piping fabrication, erection, and installation at the construction site to ensure adherence to approved drawings.</li><li>Pre-commissioning and Commissioning: Participate in testing activities (hydrotests, flushing, and leak tests) to ensure system readiness.</li><li>Troubleshooting &amp; Maintenance: Identify and resolve mechanical, piping, and structural issues, supporting the maintenance of plant equipment.</li></ul>Job Type: Full-time

Gas Turbine (GT) Piping Auxiliary Mechanical Engineer

Quest Global

<div>Job Requirements 
 
The Gas Turbine Intake and Exhaust Engineer will be responsible for developing packages for gas turbine auxiliary mechanical equipment, focusing on intake and exhaust systems. This role involves collaboration with external vendors to fabricate equipment that meets code, contract, and schedule requirements for power projects. The engineer will also ensure compliance with specifications and contribute to design improvements and cost reductions. 
Responsibilities
Third-Party Equipment Procurement: Execute full-cycle procurement for Built-to-Specs and Built-to-Prints equipment, including specification, total cost analysis-based bid evaluation, technical negotiation, and purchase order initiation.
Post-PO Document Control &amp; Integration: Conduct document reviews, release information for internal use, perform technical reviews, and manage mechanical, electrical, and I&amp;C interfaces for plant integration.
Maintainability &amp; Testing: Ensure equipment maintainability and accessibility through PDE/supplier 3D model reviews and witness functional/performance tests at supplier sites.
Project &amp; Quality Management: Maintain project schedules, proactively address supplier deviations and field issues, and ensure timely ER/NCR close-out, updating the ERS database for generic cases.
Customer Support: Provide timely responses to customer document comments and questionnaires.
Equipment Specification &amp; Design Review: Define, specify, and procure equipment, including vendor evaluation and technical recommendations. Create and review equipment layouts, foundation designs, and vendor designs for code and requirement compliance.
Technical Analysis &amp; Calculations: Perform calculations to ensure proper equipment sizing and performance.
Coordination &amp; Communication: Facilitate design coordination between stakeholders, manage vendor communication, and address technical inquiries.
Quality &amp; Compliance: Ensure adherence to quality standards, codes, and project requirements, including test result analysis and corrective actions.
Process &amp; Scheduling: Develop standard drawings, specifications, and project schedules, optimizing resource use.
Interface Management: Interpret technical documents (P&amp;IDs) and manage system interface requirements. 
Work Experience 
 
Required Qualifications
Mechanical engineering degree OR masters from well recognized university
8+ years of relevant experience in gas based power plants
Experience with specification of GT intake and exhaust systems.
Equipment supply and/or fabrication experience is a plus.
Know and apply design methods, rules and tools to specify the systems/ components
Specific knowledge about the relevant codes and standards like ANSI, ASME, AMCA, ASHRE etc.
Knowledge of Interfaces specially on controls systems &amp; electrical interfaces
Good knowledge of engineering, design and project management tools and methods e.g. GTCC-PLM, AVEVA, UG NX, PLM, STAAD, Power-Now, Confluence etc. 
Desired Characteristics :
Strong oral and written communication skills
Strong capacity of adaptation (to suit local regulations)
Problem analysis and resolution skills
&ldquo;Customer Focus&rdquo; and &ldquo;Total Cost Focus&rdquo; minded
Steadiness in performance, ability to stand up well under stress, self-motivation, openness to innovations, flexibility
Ability to foresee situations and adapt accordingly
Able to identify solutions to problems and implement them
Positive thinking with proactive approach
Promotes/influences innovative processes, general technical knowledge
Attitude and talent to negotiate and make presentations</div>

Lead Engineer - Gas turbine Intake and Exhaust system

<div>Job Requirements 
 
The Gas Turbine Intake and Exhaust Engineer will be responsible for developing packages for gas turbine auxiliary mechanical equipment, focusing on intake and exhaust systems. This role involves collaboration with external vendors to fabricate equipment that meets code, contract, and schedule requirements for power projects. The engineer will also ensure compliance with specifications and contribute to design improvements and cost reductions. 
Responsibilities
Third-Party Equipment Procurement: Execute full-cycle procurement for Built-to-Specs and Built-to-Prints equipment, including specification, total cost analysis-based bid evaluation, technical negotiation, and purchase order initiation.
Post-PO Document Control &amp; Integration: Conduct document reviews, release information for internal use, perform technical reviews, and manage mechanical, electrical, and I&amp;C interfaces for plant integration.
Maintainability &amp; Testing: Ensure equipment maintainability and accessibility through PDE/supplier 3D model reviews and witness functional/performance tests at supplier sites.
Project &amp; Quality Management: Maintain project schedules, proactively address supplier deviations and field issues, and ensure timely ER/NCR close-out, updating the ERS database for generic cases.
Customer Support: Provide timely responses to customer document comments and questionnaires.
Equipment Specification &amp; Design Review: Define, specify, and procure equipment, including vendor evaluation and technical recommendations. Create and review equipment layouts, foundation designs, and vendor designs for code and requirement compliance.
Technical Analysis &amp; Calculations: Perform calculations to ensure proper equipment sizing and performance.
Coordination &amp; Communication: Facilitate design coordination between stakeholders, manage vendor communication, and address technical inquiries.
Quality &amp; Compliance: Ensure adherence to quality standards, codes, and project requirements, including test result analysis and corrective actions.
Process &amp; Scheduling: Develop standard drawings, specifications, and project schedules, optimizing resource use.
Interface Management: Interpret technical documents (P&amp;IDs) and manage system interface requirements. 
Work Experience 
 
Required Qualifications
Mechanical engineering degree OR masters from well recognized university
5+ years of relevant experience in gas based power plants
Experience with specification of GT intake and exhaust systems.
Equipment supply and/or fabrication experience is a plus.
Know and apply design methods, rules and tools to specify the systems/ components
Specific knowledge about the relevant codes and standards like ANSI, ASME, AMCA, ASHRE etc.
Knowledge of Interfaces specially on controls systems &amp; electrical interfaces
Good knowledge of engineering, design and project management tools and methods e.g. GTCC-PLM, AVEVA, UG NX, PLM, STAAD, Power-Now, Confluence etc. 
Desired Characteristics :
Strong oral and written communication skills
Strong capacity of adaptation (to suit local regulations)
Problem analysis and resolution skills
&ldquo;Customer Focus&rdquo; and &ldquo;Total Cost Focus&rdquo; minded
Steadiness in performance, ability to stand up well under stress, self-motivation, openness to innovations, flexibility
Ability to foresee situations and adapt accordingly
Able to identify solutions to problems and implement them
Positive thinking with proactive approach
Promotes/influences innovative processes, general technical knowledge
Attitude and talent to negotiate and make presentations</div>

Senior Engineer - Gas turbine Intake and Exhaust system

<div>Job Requirements
 
<ul><li>Execute complex FEA jobs with minimum supervision within a high performing FEA team.</li><li>
Do hand calculations leveraging a strong foundation in engineering fundamentals.</li><li>
Performing steady state and transient thermal, structural and thermo-mechanical analysis.</li><li>
Understand and define contacts, conducting nonlinear analysis, vibration analysis, buckling analysis, etc.</li><li>
Thorough understanding of high-cycle fatigue (HCF), low-cycle fatigue (LCF), creep, and fracture mechanics.</li><li>
Drive technical solutions and engage in reviews with both internal and external customers.</li><li>
Writing of analysis reports and certification reports.</li><li>
Ensuring timely and high-quality deliveries for complex development projects.</li><li>
Have a solutioning mindset and approach to work.</li></ul> 

Work Experience
 
<ul><li>Hands on Experience in performing static/dynamic, transient, linear and non-linear thermal and thermo-mechanical analysis of gas turbine Turbine Casings (Inner / Outer / Exhaust) using commercial software Abaqus.</li><li>
Hands on Experience in performing PRE-POST in Abaqus software for static/dynamic, transient, linear and non-linear thermal and thermo-mechanical analysis of gas turbine Turbine Casings (Inner / Outer / Exhaust).</li><li>
Graduate/Post Graduate in Mechanical engineering or equivalent with 4 to 6 years of experience in finite element analysis (FEA) especially in turbomachinery domain.</li><li>
Strong fundamental in Finite element methods and solid mechanics.</li><li>
Experience in product design of turbomachinery i.e., Gas turbine, steam turbine will be preferred.</li><li>
</li><li>
Experience in performing strength assessment as per ASME BPV Sec VIII Code.</li><li>
Experience in Rotor dynamics is an added advantage.</li><li>
Performing low cycle fatigue, high cycle fatigue and detailed fracture mechanics assessments of Gas turbine static &amp; rotating components.</li></ul></div>

FEA Engineer: Abaqus_Turbine Casings (Inner / Outer / Exhaust)

<div>Job Requirements
 
<ul><li>Execute complex FEA jobs with minimum supervision within a high performing FEA team.</li><li>
Do hand calculations leveraging a strong foundation in engineering fundamentals.</li><li>
Performing steady state and transient thermal, structural and thermo-mechanical analysis.</li><li>
Understand and define contacts, conducting nonlinear analysis, vibration analysis, buckling analysis, etc.</li><li>
Thorough understanding of high-cycle fatigue (HCF), low-cycle fatigue (LCF), creep, and fracture mechanics.</li><li>
Drive technical solutions and engage in reviews with both internal and external customers.</li><li>
Writing of analysis reports and certification reports.</li><li>
Ensuring timely and high-quality deliveries for complex development projects.</li><li>
Have a solutioning mindset and approach to work.</li></ul> 

Work Experience
 
<ul><li>Hands on Experience in performing static/dynamic, transient, linear and non-linear thermal and thermo-mechanical analysis of gas turbine Combustor &amp; Transition Pieces using commercial software Abaqus.</li><li>
Hands on Experience in performing PRE-POST in Abaqus software for static/dynamic, transient, linear and non-linear thermal and thermo-mechanical analysis of gas turbine Combustor &amp; Transition Pieces.</li><li>
Graduate/Post Graduate in Mechanical engineering or equivalent with 4 to 6 years of experience in finite element analysis (FEA) especially in turbomachinery domain.</li><li>
Strong fundamental in Finite element methods and solid mechanics.</li><li>
Experience in product design of turbomachinery i.e., Gas turbine, steam turbine will be preferred.</li><li>
</li><li>
Experience in performing strength assessment as per ASME BPV Sec VIII Code.</li><li>
Experience in Rotor dynamics is an added advantage.</li><li>
Performing low cycle fatigue, high cycle fatigue and detailed fracture mechanics assessments of Gas turbine static &amp; rotating components.</li></ul></div>

FEA Engineer: Abaqus_Combustor & Transition Pieces

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