220 Turbine Jobs - Page 9

About Company Founded in 2011, ReNew, is one of the largest renewable energy companies globally, with a leadership position in India. Listed on Nasdaq under the ticker RNW, ReNew develops, builds, owns, and operates utility-scale wind energy projects, utility-scale solar energy projects, utility-scale firm power projects, and distributed solar energy projects. In addition to being a major independent power producer in India, ReNew is evolving to become an end-to-end decarbonization partner providing solutions in a just and inclusive manner in the areas of clean energy, green hydrogen, value-added energy offerings through digitalisation, storage, and carbon markets that increasingly are integral to addressing climate change. With a total capacity of more than 13.4 GW (including projects in pipeline), ReNew’s solar and wind energy projects are spread across 150+ sites, with a presence spanning 18 states in India, contributing to 1.9 % of India’s power capacity. Consequently, this has helped to avoid 0.5% of India’s total carbon emissions and 1.1% India’s total power sector emissions. In the over 10 years of its operation, ReNew has generated almost 1.3 lakh jobs, directly and indirectly. ReNew has achieved market leadership in the Indian renewable energy industry against the backdrop of the Government of India’s policies to promote growth of this sector. ReNew’s current group of stockholders contains several marquee investors including CPP Investments, Abu Dhabi Investment Authority, Goldman Sachs, GEF SACEF and JERA. Its mission is to play a pivotal role in meeting India’s growing energy needs in an efficient, sustainable, and socially responsible manner. ReNew stands committed to providing clean, safe, affordable, and sustainable energy for all and has been at the forefront of leading climate action in India. Job Description With a view to encourage internal talent development and growth, we seek applications from interested employees for this role. Role 1. Execution and monitoring mechanical maintenance activities to ensure the healthiness of all equipments and related documentation. 2. To assist in spares planning 3. To minimize downtime in breakdown maintenance to reduce generation loss. Key responsibilities 1. Execution of Preventive Maintenance for reliable operation 2. Planning and Execution of annual maintenance 3. Quick restoration of Unit/system with fast troubleshooting thereby reducing the downtime so as to maximize the generation 4. Ensuring HSE implementation during maintenance activities 5. To ensure adequate inventory 6. Documentations; Scheduling, Daily Maintenance Report, Checklists, Breakdown Reports, HIRA, SOPs, JSA, etc. 7. RCA for system improvement

Ensure safe operations during assigned shift duties. Supervise and lead a team of operators, technicians, and staff. Manage permit systems and enforce safety protocols within plant premises. Troubleshoot &resolve issues promptly to minimize downtime.

1. Operate & monitor turbine equipment via DCS panel for smooth operation. 2. Analyze plant parameters, alarms & trends to identify potential issues. 3. Execute safe start-ups, shutdowns & emergency shutdowns as per SOPs. Required Candidate profile NPTI-Freshers Can also Apply

A Snapshot of Your Day As a Compressor Senior Package Design Engineer at Siemens Energy, you will dive into a dynamic and collaborative environment where every day brings new challenges. You will work on exceptionally ambitious projects that push the boundaries of engineering and technology. Your meticulous designs will directly impact our world-class products, driving Siemens Energy s mission forward. Youll thrive in a culture that values inclusion, creativity, and determination, ensuring a flawless execution of our energy solutions. How You ll Make an Impact Order related Engineering for Single Shaft Compressor Package Design, in order of contract specifications, internal and international standards. Ensuring compliance to Contract, EDI (Engineering Design Instruction), Quality checklists 4-Eye Principles. Creation of Technical Concepts special solutions pertaining to Package Integration and Layout. Project Budgets (Engineering Hours) Schedule alignment. Creation of Bill of Materials for ordering of pipe and components 3D CAD modelling of entire Compressor Train. Creation of Layout drawings, General Arrangements, Piping Plans, Foundation plans, cable routing plans etc for compressor packages. 3D Pipe Modelling and generation of fabrication isometrics. Planning, Modelling and extracting drawings of pipe supports in Siemens-NX. Assembly modelling of 3D Components like base frames, coupling guards, steel structures and platforms and generation of drawings. Preparation of Checklist, process procedure, master drawing, guideline to ensure the quality of the documents. What You Bring B.E. Mechanical with 15+ years of relevant work experience. 3D CAD with Siemens - NX (Modelling, Drafting, Mechanical Routing). Knowledge of Teamcenter (Globus), SAP (Atlas) Knowledge - B31.3 / B 31.3 piping design, ASME, API and relevant internal and international standards. Knowledge of Rotating equipment and auxiliary systems (compressor, turbine, heat exchanger, lube oil unit, gas seal panel etc.). Good Analytical skills, Communication Cross-cultural abilities. Result Oriented Person overcoming all Internal and external hurdles.

Responsibilities: Monitor thermal power plant operations using DCS operation. Maintain boiler performance within safety parameters Power plant operation and procedures during boiler start-up & shutdown Required Candidate profile NPTI-Freshers Can also Apply

Job Details Job Title: In-charge Heavy Engineering Integration Location: Pipavav (Gujarat) Job Summary and Purpose The In-charge of Heavy Engineering Integration is responsible for leading all integration operations within the Heavy Engineering division at the shipyard, reporting to the Head of Heavy Engineering. This role entails overseeing the integration and delivery of complex structures such as Ship-to-Shore (STS) Cranes, Oil Rig Jackets, and Wind Energy Platforms etc at a shipyard. The role requires balancing engineering, project management, and operational oversight to ensure quality, safety, and efficiency in all heavy engineering (offshore yard) integration activities and is pivotal for ensuring the successful and efficient execution of integration works within the Heavy Engineering division. Mandatory Experience & Background: Candidate must have hands-on experience in offshore oil and gas projects, particularly in the construction and integration of offshore platforms. Experience in fabrication and assembly of jackets for oil rigs is essential. Must come from a construction site backgroundcandidates with purely design office, consultancy, or non-site roles will not be considered. Candidate must possess strong experience in Project Management within the offshore oil & gas infrastructure or heavy engineering domain. Candidates from B.E/ B.Tech - Electrical background will not be considered. The role strictly requires a mechanical, marine, or related engineering background aligned with offshore construction. Responsibilities and key Accountabilities Leadership & Strategic Oversight: Provide expert guidance on the structural, mechanical, and electrical integration of STS cranes, oil rig jackets, wind energy platforms etc. Plan and allocate resources, including manpower, equipment, and yard facilities, to meet project demands. Set key performance indicators (KPIs) and evaluate team performance to ensure accountability and motivation. Monitor the progress of integration work, enforcing corrective actions where necessary to stay on track with project deadlines. Address and resolve complex technical challenges during design and assembly phases. Lead a multidisciplinary team of engineers, project managers, and yard personnel, ensuring alignment with project objectives. Identify potential risks related to integration, such as misalignment, equipment failure, or timeline delays. Project Execution: Prepare detailed reports on project status, integration challenges, and resource utilization for senior management and clients. Develop and monitor detailed project schedules, ensuring milestones are achieved across all integration phases Oversee the integration of subsystems (e.g., structural, hydraulic, and control systems) to ensure seamless functionality. Maintain accurate records of all integration activities, ensuring documentation is complete and accessible for project reviews and audits. Operational Oversight: Oversee the integration of structural components (e.g., booms, gantries, trolleys) with mechanical and electrical systems Supervise the integration of structural bases, turbine towers, and nacelles with electrical systems and underwater cabling. Supervise the installation of mechanical components, such as hoists, gearboxes, and hydraulic systems in STS cranes, and turbines, pumps, or ballast systems for oil rig jackets and wind platforms. Oversee the installation of power distribution networks, transformers, and energy systems for all structures. Manage the assembly of jackets with subsea components like risers, mooring systems, and pipelines. Track offshore integration expenditures against budgets, highlighting cost-saving opportunities without compromising quality. Oversee the use of heavy machinery like gantry cranes, hydraulic lifts, and welding equipment to ensure efficient operations. Coordinate closely with the procurement and logistics teams to secure materials and tools, minimizing delays and enhancing productivity. Track resource utilization, adjusting as necessary to prevent bottlenecks and maintain cost-effective operations. Quality Control: Conduct integrated system tests, including load testing, electrical system validation, and operational simulations. Ensure compliance with international standards like API (oil rigs), IEC (wind platforms), and FEM (STS cranes). Collaborate with the quality control team to address and resolve any issues, to ensure consistent quality. HSE Compliance: Ensure adherence to safety protocols across integration operations, ensuring compliance with health, safety, and environmental regulations. Conduct safety assessments and risk analyses to identify potential hazards, taking proactive measures to prevent incidents. Foster a safety-first culture within the integration team, conducting regular training sessions on safe work practices and emergency procedures. Process Improvements: Identify areas for process improvement within integration operations, implementing best practices to enhance efficiency and reduce costs. Support the adoption of new technologies and digital tools to streamline integration tasks, improve tracking accuracy, and boost productivity. Qualifications, Experience and Skills Preferred Qualifications: Bachelors degree in mechanical or marine engineering; additional certifications in Project Management or Quality Control are advantageous. Additional certifications in Project Management and strong understanding of AWS D1.1, IACS Rules, ASME/ANSI and API regulations are advantageous. Preferred Experience: 10+ years of experience in integration or project management within heavy engineering or Mobile Offshore Drilling Units (MODU) with at least 3 years in a supervisory role. Proven experience managing integration tasks, including scheduling, quality control, and resource management. Functional Competency: Technical Knowledge: Strong understanding of integration processes, installation requirements, and quality standards specific to heavy engineering. Leadership & Team Management: Effective leadership skills for guiding teams, prioritizing tasks, and fostering collaboration. Quality Assurance & Compliance: Proficient in quality control procedures, industry regulations, and safety standards. Organizational & Planning Skills: Excellent organizational skills for managing resources, scheduling tasks, and tracking project progress. Financial Acumen: Competency in budgeting, cost control, and tracking expenses to meet financial objectives. Technical Proficiency: Proficiency in project management software, ERP systems, and MS Office for reporting and data analysis.

Operate, monitor, and troubleshoot plant systems through the Distributed Control System Analyze mechanical system data from DCS to identify trends, anomalies, or performance issues.

A Snapshot of Your Day As a Compressor Senior Package Design Engineer at Siemens Energy, you will dive into a dynamic and collaborative environment where every day brings new challenges. You will work on exceptionally ambitious projects that push the boundaries of engineering and technology. Your meticulous designs will directly impact our world-class products, driving Siemens Energy s mission forward. Youll thrive in a culture that values inclusion, creativity, and determination, ensuring a flawless execution of our energy solutions. How You ll Make an Impact Order related Detailed Engineering for Integrally Geared Compressor Package Design, in order of contract specifications, internal and international standards. Ensuring compliance to Contract, EDI (Engineering Design Instruction), Quality checklists & 4-Eye Principles. Creation of Technical Concepts & special solutions pertaining to Package Integration and Layout. General Arrangements, Piping Plans, Foundation plans, cable routing plans etc for compressor packages. Project Budgets (Engineering Hours) & Schedule alignment. Creation of Bill of Materials for ordering of pipe and components. 3D Pipe Modelling and generation of fabrication isometrics. Planning, Modelling and extracting drawings of pipe supports in Siemens-NX. Plan, coordinate, implement and support detail design engineering in agreement with internal and external customers for international projects of compressor packages. Preparation of Checklist, process procedure, master drawing, guideline to ensure the quality of the documents. What You Bring Engineering education in B.E. Mechanical with 8+ years of relevant work experience in rotating equipment and auxiliary systems (compressor, turbine, heat exchanger, lube oil unit, gas seal panel etc.). Experience in 3D CAD with Siemens - NX (Modelling, Drafting, Mechanical Routing). Knowledge of Teamcenter (Globus), SAP (Atlas), B31.3 / B 31.3 piping design. Knowledge of ASME, API and relevant internal and international standards. Knowledge of piping thickness calculations and piping stress analysis (Rohr-2 based) and structural analysis experience will be added advantage. Result Oriented Person overcoming all Internal and external hurdle

Candidates ideally should have 19-20 Yrs experience for(DGM position)and 10-12 Yrs experience for (AM/DM/Mgr position ) in Electrical Maintenance for handling Thermal Power Plants with a capacity of 600 MW and above. The required experience includes the following areas: Main plant electrical systems, including Boiler, Turbine, and Generator. Excitation systems, preferably BHEL make Brushless systems troubleshooting. Generator relay testing. Protection Relays Co-ordination Generator circuit breakers maintenance & troubleshooting HT and LT switchgears maintenance & troubleshooting HT and LT Motors maintenance D Diesel generator-associated electrical system maintenance & troubleshooting Fast bus transfer schemes. Electrical equipment testing. Budget preparation and spares management.

Candidates ideally should have 10-12 Yrs experience for (AM/DM/Mgr position ) in Electrical Maintenance for handling Thermal Power Plants with a capacity of 600 MW and above. The required experience includes the following areas: Main plant electrical systems, including Boiler, Turbine, and Generator. Excitation systems, preferably BHEL make Brushless systems troubleshooting. Generator relay testing. Protection Relays Co-ordination Generator circuit breakers maintenance & troubleshooting HT and LT switchgears maintenance & troubleshooting HT and LT Motors maintenance D Diesel generator-associated electrical system maintenance & troubleshooting Fast bus transfer schemes. Electrical equipment testing. Budget preparation and spares management.

DCS / Desk operation

Manage CPP O&M including WHRB boiler & turbine, ensure reliable power generation, plan and execute maintenance, improve efficiency, ensure safety and compliance, control costs, lead team, and drive reliability and energy-saving initiatives.

Install,align and maintain turbines, pumps, and rotating equipment.Perform preventive and breakdown maintenance.Read technical drawings, ensure equipment alignment,follow safetynorms and support shutdown activities.Must have experience in WHRB Boiler

Experience: 10-14 Years Experience in Coal based Thermal Power Plant with PF Boiler and worked in Boiler, Turbine, ESP, Ash handling, BOP, Coal Handling Operations with minimum 6-8 Years in > 80 MW (Unit Capacity) Power Plant in HOD/ In-charge position. Boiler proficiency with BOE & NPTI will be preferred. Should have 4-5 Years’ experience in Control Room Desk Operations, plant start-up, shutdown, emergency handling, grid coordination, Annual overhauling, Electrical systems operations, synchronization, isolation, blackout/ restoration, etc."

Job Description for Wind Resource and Performance analysis Role Operational WTG Assets AEP assessment for as built plant configuration, Wake effects, environmental effects and their impacts on wind generation performance. WTG performance analytics of operational plants. Support in O&M generation budget preparation. Preparation of DPRs for wind and hybrid projects for project funding Yield Assessment. Site suitability assessment for conformance of wind turbine models for recommended sites. Organizing and evaluating of technical due diligence outcomes of different OEMs and wind turbine models. Wind resource assessment covering validation of micrositing, obstacle and terrain. Energy yield assessment for wind projects and wind part in hybrid projects Maintaining the Wind resource database of the company and conversant with global virtual wind database system. Should be fully conversant with latest version of windPRO, WAsP, Openwind or equivalent open-source software. Performing and evaluating Power curve verification for different models & OEMs Site Audits. a) Evaluate sites independently for generation improvement Qualifications: Graduate Minimum Experience Level: 5-12 Years Report to: Assistant Vice President

Responsible for Maintenance Planning, scheduling preventive & breakdown Maintenance of Turbine, auxiliaries, Air compressors & dryers. Experience in all phases Maintenance activities like erection commissioning and maintenance etc. Power Plant- Coal

Role & responsibilities Understanding the requirement of project and coordinating effectively with Global team Effectively interpreting various applicable international codes and standards along with customer internal standards Applying knowledge of these standards for detail design of compressor components Preparing detailed Model and Drawing using Siemens NX integrated with Teamcenter Managing engineering Bill of Materials using Siemens NX and Teamcenter Performing detail self-review and peer review, Participating and leading design reviews Providing technical support to colleagues Ensure quality and timely deliveries of engineering documentation, Lesson Learnt, Best practice Performing troubleshooting, analyzing failures, prepare root cause analysis and implement actions Train and help peers on compressor modelling and detailing as per Customers standard Preferred candidate profile B.E/B.Tech/Diploma 3+ years of relevant engineering work experience Significant hands-on experience in working with Siemens NX and Teamcenter involved High complex modeling activities Experience in creating detailed manufacturing drawing using GD&T as per ISO Knowledge on Welding symbols Excellent team player to support and serve the global team Ability to work independently with clarity on scope and responsibility Ability to manage multiple projects and deadlines High flexibility in taking new tasks/responsibilities Knowledge on turbo machineries and their components will be added advantage

Job Description for Wind Resource and Performance analysis Role 1. Operational WTG Assets a. AEP assessment for as built plant configuration, b. Wake effects, environmental effects and their impacts on wind generation performance. c. WTG performance analytics of operational plants. 2. Support in O and M generation budget preparation. Preparation of DPRs for wind and hybrid projects for project funding 3. Yield Assessment. a) Site suitability assessment for conformance of wind turbine models for recommended sites. b) Organizing and evaluating of technical due diligence outcomes of different OEMs and wind turbine models. c) Wind resource assessment covering validation of micrositing, obstacle and terrain. d) Energy yield assessment for wind projects and wind part in hybrid projects e) Maintaining the Wind resource database of the company and conversant with global virtual wind database system. f) Should be fully conversant with latest version of windPRO, WAsP, Openwind or equivalent open-source software. g) Performing and evaluating Power curve verification for different models and OEMs 4. Site Audits. a) Evaluate sites independently for generation improvement

Candidate should have experience in 660 MW for 3 Years n BTG Thermal Power Plant.

#HCLTech #Walkin #Drive in #Bangalore #Trichy #Mysore for Lead Engineer - Mechanical Design #strongengineering #fundamentals #Piping #API on #17th #May2025 #Saturday Join a team that values innovation, growth, and impactful work. Don't miss the chance to work with cutting-edge Project and be a part of something transformative! #Experience : 6months -3 years #Job Location - #Bangalore #Coimbatore Contact Person: Kalaivani T / Hema Latha #Drive #Date : #17th #May2025 #Saturday (10AM- 2 PM) Drive Location: #Bangalore #Trichy #Mysore Looking for below skill sets: Piping and P&ID Welding/GD&T Valves/ Pumps Flange selection Pressure vessel /API standards awareness Strong Engineering Fundamentals Turbomachinery Fabrication and Skid Apply here: https://lnkd.in/g6JsSM6b Interested candidate please share your updated resume to kalaivani.t@hcltech.com / hemalatha_a@hcltech.com Candidate from Oil and gas domain with design experience will be considered