209 Steam Turbine Jobs - Page 9

Looking for challenging role If you really want to make a difference - make it with us Can we energize society and fight climate change at the same time At Siemens Energy, we can. Our technology is key, but our people make the difference. Brilliant minds innovate. They connect, create, and keep us on track towards changing the world’s energy systems. Their spirit fuels our mission. Our culture is defined by caring, agile, respectful, and accountable individuals. We value excellence of any kind. Sounds like you Mechanical Integrity engineer with specialization in rotor dynamics is responsible for Rotor dynamic calculation of Turbogenerators using inhouse software and commercial software such as ANSYS. In addition to the rotor-dynamics, engineer also responsible to carry out finite element (FE) analysis & hand calculations to validate the designs of components, assembly, manufacturing and transportation tools used for Turbogenerators. Job involves, creating numerical models, running analysis, postprocessing, documenting the results and technically defend the design in design reviews. Required use the Knowledge of Mechanical vibrations, Engineering mechanics, Finite element methods and Generators fundamentals is required. The job profile requires the engineer to work with local team and with cross functional teams which also includes regular interaction with global teams in USA and Germany. Hence, engineer should have strong communication skills and cross-cultural knowledge. Your new role – challenging and future- oriented Rotor-dynamic calculation of Generators as standalone and shaft trains (including Gas Turbines, Steam Turbine etc.) – Lateral Eigen modes, Torsional Eigen modes, Forced unbalance response, integrity assessment of couplings, integrity assessment of shaft trains under electrical fault conditions, optimal shaft train alignment and high cycle fatigue calculation, etc. Finite element analysis of Generator components using ANSYS Rotor-dynamic model development using drawings, NX models and Ansys. Ownership of the rotor-dynamics for various Generator designs projects and defend the projects in design review’s. Maintaining documentation with interfaces like Engineering, Manufacturing, Service etc. Work with project leads to understand the requirements, provide engineering data, timelines and deliver related design activities within the agreed timeline. Rapid support of design trade studies during development work Preparing requests for tests. Model tuning and support during engine tests and field issue resolution Risk assessments (FMEA) and participate in Root-Cause investigations for Generator systems. We don’t need superheroes, just super minds Bachelor / preferably Master’s degree in Mechanical Engineering/applied mechanics discipline from recognized university with Machine Design / Dynamics as major subjects 2 to 8 years of experience in turbo machinery rotor-dynamics and experience in finite element analysis. Proficiency in more than one of computational modelling tools – NX, Ansys, MATLAB. Some working knowledge in Linux environment – Shell commands / Python script is added advantage Experience or knowledge about Generators and general power plant. Knowledge about Fault Diagnosis will be an added advantage Problem-solving skills Data analysis skills Good verbal and written communication skills Positive Interpersonal skills i.e., team player, quick learner, ability to adapt quickly & effectively etc. We’ve got quite a lot to offer. How about you This role is based at Site (Gurgaon). You’ll also get to visit other locations in India and beyond, so you’ll need to go where this journey takes you. In return, you’ll get the chance to work with teams impacting entire cities, countries – and the shape of things to come. We’re Siemens. A collection of over 379,000 minds building the future, one day at a time in over 200 countries. We're dedicated to equality, and we welcome applications that reflect the diversity of the communities we work in. All employment decisions at Siemens are based on qualifications, merit and business need. Bring your curiosity and imagination and help us shape tomorrow.

Why Join Siemens At Siemens, you will be part of a global leader committed to innovation, quality, and excellence. This role offers the opportunity to work on challenging projects, develop professionally, and make a significant impact in the electrical and instrumentation domain, particularly within 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 supporting our customers to make the transition to a more sustainable world, based on innovative technologies and our ability to turn ideas into reality. We do this by Expanding renewables Transforming conventional power Strengthening electrical grids Driving industrial decarbonization Securing the supply chain and necessary minerals Role and Responsibilities Review contract and seek clarifications Develop engineering concepts and schemes, seek approval from customers Preparation of IO database from customer documents. Prepare engineering drawings & documents, guide and monitor junior colleague, ensure correctness of documentation in line with guidelines and customer. Ensuring all engineering processes are followed and deliver good quality engineering output. specifications, interface with customers / consultants/ internal departments for technical discussions & approvals, report progress (including risks) and key issues to superiors to meet project engineering schedules / milestones Prepare system integration procedure, obtain approvals, supervise & conduct system integration tests / FAT in line with the procedure, review results to ensure that the delivered system meets the required project specifications. Technical support to execution groups during techno- commercial negotiations and offer preparation to achieve cost effective solutions & timely execution of the project. Conducting training of clients, in-house engineers to maintain the system properly, to reduce engineering and commissioning time and to induce the customer confidence in the system. Standardization of Engineering and Commissioning processes to reduce engineering and commissioning cycles, to minimize the non-conformance cost (internal & external) and to achieve process maturity. Ready to travel engineering and commissioning site in India and abroad. Education & experience EducationBE/B.Tech in Instrumentation/Electronics/ENTC and allied branches. 3-10 years’ experience in engineering and commissioning of automation system Power plant knowledge required, Steam Turbine auxiliary and Governor control knowledge required Candidates with advance trainings certificate of Siemen DCS/PLC/SCADA/Instrumentation or such certificates from other automation vendor (manufacturer) companies will be preferable. SCADA SystemsSimatic S7, TIA & WinCC engineering, testing, and commissioning expertise is preferable Knowledge of engineering toolsT3000, PCS7 Plant Automation Accelerator, COMOS is preferable Engineering tools knowledge WINCC OA is preferable Preferably, good experience on communication protocols like MODBUS, Profibus, Profinet, HART, Ethernet, OPC etc. Knowledge of communication interfaces like MPI, Profibus, Profinet, Ethernet TCP/IP OSI PI Historian knowledge & experience will have preference. Knowledge of safety system (Fail safe system) Excellent English language skills. Knowledge of foreign languages e.g., German, Spanish, French will have added advantage. Good self-integration in international project teams. Easy adaption of European US and/or Middle east working styles. Social integration in the Host Countries. Self-challenging working style, taking ownership and solution oriented. Must have good interpersonal skills. We’ve got quite a lot to offer. How about you We’re Siemens. A collection of over 379,000 minds building the future, one day at a time in over 200 countries. We're dedicated to equality, and we welcome applications that reflect the diversity of the communities we work in. All employment decisions at Siemens are based on qualifications, merit and business need. Bring your curiosity and imagination and help us shape tomorrow.

About The Role Summary The Advanced Lead Engineer Repair Development is responsible for repair development of Aircraft Jet Engine Structures at GE Aerospace Bangalore Engineering Center. This job includes all activities relating to enhancing services technology integrating customer data, or capturing engines/products reliability, availability, maintenance, safety and other performance parameters. Responsible for departmental operations planning/execution or is focused on execution of professional activities within a technical discipline. Functions with some autonomy but guided by established policies or review of end results. About The Role Site Overview Established in 2000, the John F. Welch Technology Center (JFWTC) in Bengaluru is GE Aerospaces multidisciplinary research and engineering center. Pushing the boundaries of innovation every day, engineers and scientists at JFWTC have contributed to hundreds of aviation patents, pioneering breakthroughs in engine technologies, advanced materials, and additive manufacturing. Role Overview Development of repair and inspection technologies, process qualification, industrialization. Related program deliverables to repair facilities for new and updated processes. Has knowledge of best practices and how own area integrates with others; is aware of the competition and the factors that differentiate them in the market Uses some judgment and has some ability to propose different solutions outside of set parameters to address more complicated manufacturing processes with technical variety and/or interdependent production cycles. Uses technical experience and analytical thinking. Uses multiple internal and limited external sources outside of own teams to arrive at decisions. Acts as a resource for colleagues with less experience. May lead small projects with low risks and resource requirements. Explains information; developing skills to bring team members to consensus around topics within field. Conveys performance expectations and may handle sensitive issues. Required Qualifications B. Tech/ MTech (Master of Technology)/ MS (Master of Science) in Mechanical / Aerospace Engineering from an accredited university 8+ years of experience in mechanical design and repair of gas turbine components Preferred Qualifications Humblerespectful, receptive, agile, eager to learn Transparentshares critical information, speaks with candor, contributes constructively Focusedquick learner, strategically prioritizes work, committed Leadership abilitystrong communicator, decision-maker, collaborative Problem solveranalytical-minded, challenges existing processes, critical thinker. Additional Information Whether we are manufacturing components for our engines, driving innovation in fuel and noise reduction, or unlocking new opportunities to grow and deliver more productivity, our GE Aerospace teams are dedicated and making a global impact. Join us and help move the aerospace industry forward . Additional Information Relocation Assistance Provided Yes

Hi all We are hiring for Field Service Engineer Steam Turbines Field Service Engineer Steam Turbine Would you like to be part of our Turbomachinery Process Solutions Product Line? Do you enjoy being a part of a successful team? Join our Industrial and Energy Technology Team! Our Industrial and Energy Technology (IET) operates across 120 countries, serving the entire energy value chain and the industrial sector. We hold an extensive portfolio of rotating equipment, process flow, transmission technology, and lifecycle services. Our Engineering Transformation team works to improve the quality of our engineering processes. Partner with the best As a Field Service Engineer Steam Turbine, you will coordinate and oversee work at the field site, providing high-quality service to the customer. Your role may also include planning the job, giving instructions to the crew, and ensuring the right equipment is ready. Key responsibilities: Ability to adapt and use alternative methods to complete tasks if the standard method is not viable. Perform installation & maintenance activities of rotating equipment at customer sites. Specialize in Steam Turbine products. Act as the primary contact with the customer and site team to coordinate activities. Maintain records of all activities accomplished at the site. Execute all responsibilities safely, following all applicable processes and procedures. Fuel your passion To be successful in this role, you will: Hold an Engineering / High School Technical Diploma or equivalent business experience. Have a minimum of 510 years of experience in the Oil & Gas industry within field maintenance or installation. Be able to lead site teams and communicate well with internal & external stakeholders. Identify new business opportunities, set progress goals, and be accountable for targets. Understand and implement mechanical drawings. Work in a way that works for you When assignments are complete, you generally wont be required to visit the office. You may operate from home to complete basic tasks like reports or mobilization arrangements before your next project. We aim to ensure a healthy work-life balance for all team members. Working with us Our people are at the heart of what we do. We believe we are stronger when everyone is developed, engaged, and empowered to bring their authentic selves to work. We invest in the well-being of our workforce, provide training, reward talent, and develop leaders at all levels. Working for you We prioritize rewarding those who embrace change, offering a package that reflects how much we value your contribution, including: Contemporary work-life balance policies and well-being activities Comprehensive private medical care options Life insurance and disability programs Tailored financial programs Additional elective or voluntary benefits Apply Now! Interested candidates may email their resume to: thanuja@delighthr.com Email Subject: Applying for Field Service Engineer Steam Turbines Please include the following details in your email body: Who is your current employer? What is your current position? What is your current salary? What is your expected salary? Reason(s) for applying for this position What is your current location? What is your preferred work location(s)? What is your earliest availability to join? Nationality Are you willing to work in [location of role] ? How much notice do you need for a virtual face-to-face interview?

Role & responsibilities :- - To assist CPP control room for safe Startup and safe shutdown of equipment following SOP, SOCs & Work instructions and handling emergency scenario effectively by carrying out field operations. Preparing shift field logbook and ensuring effective Hand Over Taking Over during shift change over (HOTO) Ensuring trial of equipment after any maintenance / Keeping stand by equipment is ready to run condition Ensuring daily LLF to identify leakages, abnormality or defects in equipment, steam traps, pipes, insulation etc. and communication to DCS engineer / Shift In-charge with possible corrective actions / follow up for corrective actions, giving input for updating shutdown register for needed action Taking samples of water and steam streams from identified sampling points as per SOP Assisting control rooms for compliance to IBR rules and requirements for boiler operation and maintenance like IBR shutdown related works, hydro test, steam test, PSV, Trip, Interlocks verification etc.

JOB DESCRIPTION Job Role: Head Reliability SECTION I: BASIC INFORMATION ABOUT THE JOB ROLE Job Role Variant: Head Reliability PSD GT/Rotary Value Stream: Asset Operations Job Family: Manufacturing SECTION II: PURPOSE OF THE ROLE Ensuring high availability and reliability and of all rotary assets at JMD CPP complex to achieve business objectives by: Continual Improvement of the Asset Management Strategies and optimizing the Maintenance Programs (PM, PdM, RCM and Minor/Major Overhauls) including effective application of various machinery condition monitoring tools and techniques. Optimally utilize the Reliability Improvement Programs (Proactive-FMEA, Reactive-RCFA). Ensuring required level of inbuilt reliability in the procurement of new assets as well as at the time of refurbished / repaired assets. Monitoring the KPIs for Critical Rotary Assets as well as the Maintenance Programs. SECTION III: KEY RESPONSIBILITIES AND ACCOUNTABILITIES OF THE ROLE Responsibilities Maximize availability and reliability of GTs and STGs of CPPs in JMD complex. Responsible for timely overhaul of GTs and STGs as per schedule. Prepare check sheets for Frame 9 and Frame 6 GTs CI, HGPI and MI jobs. Responsible for keeping adequate spares for scheduled overhaul & for emergency requirement. Responsible to identify areas for improvement, modification & optimizing resources of rotary equipment for all CPP plants in JMD complex. Responsible for performance of Rotary team reporting to him. Review of plant changes and modifications related to Rotary equipment. Reviewing and recommending of training required for rotary engineers. Coordination with other departments of on rotary related engineering issues. Administer & lead his group in the proper direction. Implement & maintain IMS in his area of control. Vendor Coordination. Development of standards and codes, SMPs and best practices for RIL. Preservation system implementation in CPP complex. RCM Studies for critical equipment in CPP complex. Responsible for budgeting and cost optimization. Monitor obsolescence and implement renewal plan. Benchmarking and audits. Responsible development of team members. Review Critical Root Cause analysis & Troubleshooting of critical problems related to Frame 9 & 6 GTs and STGs Provide expert guidance for trouble shooting, maintenance and overhauling of rotating equipment. Review and advice change management (alarms & trips) with proper risk analysis keeping business objectives in mind. Ensure consistent implementation and execution of maintenance programmes across plant. Contribute and provide inputs to equipment improvement programs for rotary equipment, specifications and best practices. Provide technical support for spares review & optimization. Monitor insurance spares availability and usability. Review and approve critical machine/components repair and inspection plans. Ensure collection and implementation of lessons learned from other sites. Prepare and implement budget proposals for rotary mechanical department Governance of rotary department including system and procedure compliance audits. Ensure achievement of department objectives. Prepare and implement development plans for rotating equipment engineers. Provide/facilitate training in areas of expertise for talent development. Manage training and development needs of specialists Evaluation of Repairs & refurbishment facilities Responsible for Performance monitoring & benchmarking Maintain Statutory and regulatory compliance HSEF and other regulatory compliances Follow applicable HSE procedures/ practices Monitor and audit compliance with applicable HSE procedures/ practices Track new regulations (local and international) and provide structured mechanism for compliance Data Management Critical Rotary equipment assets history and improvement plan for the Plant Learning & development plan & record of team members Extra – Mural Activities Nominate participation in external events Recommend presentations / publications TECHNICAL KNOWLEDGE & SKILLS Expert Knowledge on working and maintenance of Frame 9 and Frame 6 GTs and its systems Expert Knowledge on rotating equipment maintenance techniques and types Expert Knowledge on GTs STGs erection and commissioning Knowledge of auxiliary equipment like DG set, Gear Box system ,flow divider, SRV. Repair and refurbishment/retiral of GT parts. Machine performance pertaining to water wash system Advantage of AGB parts from power generation stand point. Expert Knowledge on Lube oil flushing of GTs and STGs Knowledge of industry standards and codes (API, ASME, ISO etc.) Knowledge of Reliability principles (RCM/FMEA, Statistical tools) Maximize availability and reliability of rotary equipment Timely adherence to audit schedules SECTION IV: SUCCESS METRICS Time to resolution OEE (Overall equipment effectiveness) Reduction in unplanned shutdown Shutdown turn around time/ Mean time between failures Reduction in # of safety incidents SECTION V: OPERATING NETWORK Internal: Human Resource, Administration, Workshop, Planning, Security, etc. External: Vendor, Equipment Manufacturers, etc. SECTION VI: KNOWLEDGE AND COMPETENCIES Education Qualifications A Bachelor's degree in Engineering/ Technology (Mechanical Stream) or a Master's degree in Engineering/ Technology (Mechanical stream) (Preferred) Experience Up to 14-18 years of experience in Rotating Equipment of Power Plant, experience in Frame 6 and Frame 9 GTs operation and maintenance.

Role & responsibilities a) Support in Sales & Marketing of Service & MRO business for Thermal Power Plant steam turbines &its accessories. b) Technical Direction and supervision leadership for safely site service activities of Operational maintenance, Testing, Repair and startup activities of Steam Turbines and its auxilaries system accordance with engineering best practice and contractual work scope requirements with coordination to project office. Identify and develop sales opportunities for turbine spare parts (OEM and approved alternatives). Prepare and submit quotations for turbine components, ensuring competitive pricing and delivery timelines. Build and maintain customer relationships with utilities, IPPs, OEMs, and service companies. Completion of execution of the assigned projects Collaborate with procurement, planning, and warehouse teams to ensure availability of critical spares. Monitor inventory levels and lead times to optimize stock and minimize downtime for clients. Work closely with engineering and service teams to identify correct parts based on turbine make, model, and serial numbers. Ensure compatibility and adherence to safety and performance standards. Track customer orders from quotation to delivery, ensuring timely and accurate fulfillment. Coordinate logistics and documentation for domestic and international shipments. Analyze turbine fleets, maintenance cycles, and market trends to forecast spares demand. Participate in pricing strategy development and margin optimization. Maintain detailed records of quotations, sales, service reports, and customer feedback Preferred candidate profile Minimum 5-10 years of experience in field technical services of turbine. Bachelors degree in Mechanical Engineering. 510 years of experience in turbine spare parts, preferably in power generation. Strong understanding of gas/steam/wind turbine components (e.g., blades, bearings, seals, nozzles, rotors). Familiarity with OEMs Industries. Proficiency in ERP systems (SAP, Oracle, etc.) and MS Office. Excellent communication, negotiation, and customer service skills. Ability to interpret technical drawings and spare part lists (BoMs).

As a Mechanical Design Engineer Turbomachinery & Auxiliary Systems, you will work primarily in Mechanical engineering in the project execution of Turbomachinery auxiliary systems which includes, understanding the project scope of work, preparation of design summary, purchase specifications, preparation of 3D model, preparation of drawings, documents necessary for the scope of work within the stipulated timeline As a Mechanical Design Engineer Turbomachinery & Auxiliary Systems , you will be responsible for: Going through customer specifications in detail, understanding critical project requirements, and deriving all requirements for the design of various Mechanical Auxiliaries according to BH best practices Collaborating with external engineering suppliers in the creation of basic engineering drawings and 3D models of various Mechanical Auxiliaries items, foundation drawings, and managing 3D models. Performing Structural analysis of baseplates using FEA tools. Collaborate to develop static and dynamic analysis by external suppliers and support the creation of built-to-print drawings for the baseplate. Creating Piping line specifications. Designing / sizing of the lube oil tank (API 614) and selection of Lube oil system components like pumps, LV motors, filters, accumulators, rundown tanks, and pressure control valves. Support skid package design development of Compressor & Steam turbine packages, including package piping & support design, locking assembly, etc, with due consideration to ergonomics, accessibility, and maintenance. Design of various external BOP skids that include Oil mist eliminators, Rundown oil tanks, and Seal gas treatment skids in collaboration with external OEM vendors. Participate in 3D model review of the entire train, verifying interface across different products that constitute the project, supporting 3D model review meetings with the customer. Performing stress analysis of piping & supports, where required. Fuel your passion To be successful in this role, you will: Have a BE/BTech in Mechanical/Industrial Engineering Have 2+ yrs of experience in the Packaging of rotating equipment, auxiliary equipment design/ piping & support design/ analysis / structural analysis. Have knowledge of piping design for ASME B31.1 & 31.3, Lube oil System sizing to API 614 code requirement. Have experience in sizing calculations and valve selection. Working knowledge in NX modules, Autocad modelling, drafting, routing & assembly and Analysis software like Ansys, Caesar, etc Be able to read & understand engineering documents (like P & ID, technical data sheets, and O&M manuals

Mechanical Design Engineer Turbomachinery & Auxiliary Systems Do you enjoy being part of a successful team Would you like to be part of our Turbomachinery Process Solutions Product Line Join our Industrial Energy Technology Team Our Industrial and Energy Technology (IET) operates in 120 countries and serves the entire energy value chain and industrial sector. We hold an extensive portfolio of rotating equipment, process flow, transmission technology, and lifecycle services. Our Engineering Transformation team works to improve the quality of our Engineering processes. Partner with the best As a Mechanical Design Engineer Turbomachinery & Auxiliary Systems, you will work primarily in Mechanical engineering in the project execution of Turbomachinery auxiliary systems which includes, understanding the project scope of work, preparation of design summary, purchase specifications, preparation of 3D model, preparation of drawings, documents necessary for the scope of work within the stipulated timeline As a Mechanical Design Engineer Turbomachinery & Auxiliary Systems , you will be responsible for: Going through customer specifications in detail, understanding critical project requirements, and deriving all requirements for the design of various Mechanical Auxiliaries according to BH best practices Collaborating with external engineering suppliers in the creation of basic engineering drawings and 3D models of various Mechanical Auxiliaries items, foundation drawings, and managing 3D models. Performing Structural analysis of baseplates using FEA tools. Collaborate to develop static and dynamic analysis by external suppliers and support the creation of built-to-print drawings for the baseplate. Creating Piping line specifications. Designing / sizing of the lube oil tank (API 614) and selection of Lube oil system components like pumps, LV motors, filters, accumulators, rundown tanks, and pressure control valves. Support skid package design development of Compressor & Steam turbine packages, including package piping & support design, locking assembly, etc, with due consideration to ergonomics, accessibility, and maintenance. Design of various external BOP skids that include Oil mist eliminators, Rundown oil tanks, and Seal gas treatment skids in collaboration with external OEM vendors. Participate in 3D model review of the entire train, verifying interface across different products that constitute the project, supporting 3D model review meetings with the customer. Performing stress analysis of piping & supports, where required. Fuel your passion To be successful in this role, you will: Have a BE/BTech in Mechanical/Industrial Engineering Have 2+ yrs of experience in the Packaging of rotating equipment, auxiliary equipment design/ piping & support design/ analysis / structural analysis. Have knowledge of piping design for ASME B31.1 & 31.3, Lube oil System sizing to API 614 code requirement. Have experience in sizing calculations and valve selection. Working knowledge in NX modules, Autocad modelling, drafting, routing & assembly and Analysis software like Ansys, Caesar, etc Be able to read & understand engineering documents (like P & ID, technical data sheets, and O&M manuals) Work in a way that works for you We recognise that everyone is different and that the way in which people want to work and deliver at their best is different for everyone too. In this role, we can offer the following flexible working patterns: Working flexible hours - flexing the times when you work in the day to help you fit everything in and work when you are the most productive Working with us Our people are at the heart of what we do at Baker Hughes. We know we are better when all of our people are developed, engaged, and able to bring their whole authentic selves to work. We invest in the health and well-being of our workforce, train and reward talent and develop leaders at all levels to bring out the best in each other. Working for you Our inventions have revolutionised energy for over a century. But to keep going forward tomorrow, we know we have to push the boundaries today. We prioritise rewarding those who embrace change with a package that reflects how much we value their input. Join us, and you can expect: Contemporary work-life balance policies and well-being activities Comprehensive private medical care options A safety net of life insurance and disability programs Tailored financial programs Additional elected or voluntary benefits