12 Commissioning Support Jobs

You should have experience in interpreting process PID & Project Specifications. It is highly preferable to have AEI basic and detail engineering skills in the COMOS engineering platform, with consideration for other tools like Smart Plant Instrumentation (SPI). Your responsibilities will include preparing Instrument Index, Loop list, IO list, motor list, circuit diagram, and terminal plan. You should have a sound knowledge of Sizing & Selection of various types of Automatic valves, Analysers, Flow measuring equipment, and other standard field instruments. In this role, you will provide technical support for the preparation of technical specifications, offer review, technical evaluation, and approval of supplier documents & drawings. It is essential to consider local requirements and regulations on engineering and deliveries. You will be responsible for defining control strategies, preparing logic diagrams, draft monitor displays, as well as control descriptions. Additionally, you will be involved in Instrumentation Installation supervision and providing support in start-up, commissioning & process controls of the plant. Ideal candidates will have work experience from the Pulp / Paper / Chemical and allied industry. This is a Full-time job with a Day shift schedule and requires in-person work at the designated location.,

You should have experience in interpreting process PID & Project Specification. It is highly preferable to have AEI basic and detail engineering experience in the COMOS engineering platform. Familiarity with tools like Smart Plant Instrumentation (SPI) would be beneficial. You should be adept at preparing Instrument Index, Loop list, IO list, motor list, circuit diagram, and terminal plan. Additionally, you should possess sound knowledge of Sizing & Selection of various types of Automatic valves, Analysers, Flow measuring equipment, and other standard field instruments. Your responsibilities will include providing technical support for the preparation of technical specifications, offer review, technical evaluation, and approval of supplier documents & drawings. It is essential to consider the local requirements and regulations related to engineering and deliveries. You will be involved in defining control strategies, preparing logic diagrams, draft monitor displays, and control descriptions. Furthermore, you will be responsible for Instrumentation Installation supervision and providing support during start-up, commissioning, and process controls of the plant. Candidates with work experience in the Pulp / Paper / Chemical and allied industry are preferred. This is a Full-time position with a Day shift schedule. The work location is In person.,

In this role, your responsibilities will include designing system architecture, defining software concepts, implementing and testing third-party interfaces, developing software libraries, crafting project-specific software solutions, conducting software tests, designing I/O and core control modules, implementing customized logic solutions, designing user interface graphics, creating internal test plans, preparing Software Factory Acceptance Test (FAT) plans, designing hardware-software integration plans, identifying project risks and issues, assisting the Lead Engineer/Project Manager, leading and mentoring small teams, mentoring and training junior engineers, maintaining documentation, developing Site Acceptance Test (SAT) plans, providing startup and commissioning support, implementing bus interfaces, taking ownership of work, preparing progress reports, supervising system handover, resolving punch points during site commissioning, and more. You are expected to have 4-8 years of experience in process control and automation, with a background in DCS design and commissioning within the automation industry. Experience in DCS design and engineering projects is preferred, particularly in sectors such as Oil & Gas, Refineries, Pharmaceuticals, Chemicals, and Petrochemicals. Additionally, you should possess a Bachelor's degree or equivalent experience in Instrumentation, Electronics, or Electronics & Telecommunication. Proficiency in Microsoft Office Suites and willingness to travel domestically and internationally for assignments are preferred qualifications. At Emerson, you will be part of a workplace that values every employee, fosters innovation, collaboration, and diverse perspectives. The company is committed to ongoing career development, inclusive culture, competitive benefits plans, medical insurance, flexible time off, paid parental leave, and more. Emerson encourages diverse teams working together to drive growth and deliver business results. Emerson's commitment to its employees includes an engaged community of people who are welcomed, trusted, celebrated, and empowered to solve complex problems for customers, communities, and the planet. The company prioritizes employee wellbeing through various benefits and programs. Emerson is a global leader in automation technology and software, helping customers in critical industries operate more sustainably, improve productivity, energy security, and reliability. The company offers equitable opportunities, celebrates diversity, and embraces challenges to make a positive impact across various countries and industries. Whether you are an established professional or a recent graduate, Emerson provides opportunities to contribute and make a difference.,

Job Summary: We are seeking an experienced MEP Engineer with a strong background in executing MEP services in high-quality building construction projects. The ideal candidate should have hands-on experience working with reputed construction companies, particularly in projects involving 5-star hotels, leading hospitals, or large-scale commercial buildings. Key Responsibilities: Oversee execution and coordination of MEP systems (HVAC, Electrical, Plumbing, Fire Fighting, ELV) at project sites. Interpret MEP designs, drawings, and specifications and ensure implementation aligns with project requirements. Coordinate with architects, civil engineers, and other stakeholders to integrate MEP services smoothly into construction workflows. Ensure adherence to quality standards, safety protocols, and project timelines. Manage subcontractors and vendors involved in MEP work. Monitor MEP installation progress and perform quality checks at different phases. Troubleshoot and resolve MEP-related technical issues on-site. Provide technical support and guidance to site teams for installation and commissioning. Maintain all documentation, including reports, progress updates, and compliance records. Key Requirements: Bachelors Degree/Diploma in Mechanical/Electrical Engineering or related discipline. Minimum 10 years of relevant experience in MEP execution within building construction. Proven track record working on high-end projects such as 5-star hotels, hospitals, or large commercial buildings. Strong knowledge of relevant codes, standards, and local regulations. Excellent project coordination, time management, and communication skills. Ability to read and interpret technical drawings and specifications. Proficiency in MS Office and AutoCAD; experience with Revit/BIM is an added advantage. Preferred Experience: Working with top-tier construction companies or developers. Experience with fast-track projects or luxury developments. Exposure to green building practices or sustainable MEP systems. Any qualification in Civil Engineering

As a Chemical/Petrochemical Engineer with a minimum of 5 years of experience in process engineering, you should possess a strong understanding of Process Engineering fundamentals. In this role, you are expected to be dedicated, sincere, and have clear communication skills. Your academic qualifications should include a B.E./B. Tech in Chemical/Petrochemical Engineering. Your responsibilities as a Process Engineer will include, but are not limited to, the following activities: - Line sizing - Control valve hydraulics - Pump hydraulics - PSV sizing and PSV specification preparation - Instruments/control valve specification preparation - P&IDs development - Line list preparation - Commissioning support If you meet the above criteria and are ready to take on challenging tasks with minimal supervision, then this contractual position (1 year & extendable) could be an exciting opportunity for you.,

You will be responsible for utilizing your strong knowledge in Design & Engineering with ASME Codes Standards & Static Equipment such as Pressure vessels, Heat Exchangers, and Storage tanks. As a Design Engineer in the Heavy Fabrication Industry, you will be overseeing fabrication, conducting technical follow-up with vendors, coordinating with the team, ensuring quality assurance, providing technical support, as well as handling cost estimation and commissioning support. Your key skills will be vital in this role, including strong leadership skills, proficiency in design software (e.g., P.V. ELITE, AutoCAD, SolidWorks), problem-solving abilities, effective communication & interpersonal skills, and proficiency in documentation processes. Candidates with 8 to 15 years of experience in the heavy fabrication industry are encouraged to apply for this full-time position based in Ambattur, Chennai. In addition to a competitive salary, you will also have access to benefits such as health insurance, Provident Fund, and yearly bonuses. This role requires in-person work at the specified location.,

Role: Mechanical Engineer Project (Fresher) 0 to 3 Year Experience Qualification: B.E - Mechanical engineering Department : Project Engineering / EPC Location : Attivaram Project Site / HO, Tirupathi – Dist, Andhra Pradhesh Reports to : Project Manager Primary Objective To support the mechanical engineering activities related to equipment, piping, and utilities in a greenfield or brownfield chemical plant project, under guidance of senior engineers. Key Responsibilities 1. Design & Engineering Support Co ordinate with Process Engineers, Civil & E&I Teams, Contractors & Site Supervisors Vendors & QA/QC Inspectors, HSE Team Assist in reviewing PFDs, P&IDs, equipment layout , and general arrangement drawings Learn and understand basic codes & standards (ASME, IS, API) Support in preparation of BOQ for mechanical equipment and piping Coordinate with vendors to gather datasheets and drawings Help in preparing technical comparison sheets for mechanical packages 2. Procurement Assistance Follow up with procurement team for mechanical item specifications Assist in reviewing vendor documents like GA drawings, QAP, test plans Maintain documentation related to vendor offers and approvals 3. Site Execution & Supervision Support mechanical erection of equipment (reactors, tanks, heat exchangers, etc.) Monitor installation of piping, valves, pumps, and supports Learn to check alignment, levels, orientation, and support installations Work closely with contractors and ensure daily progress tracking 4. Quality and Safety Compliance Assist QA/QC in conducting visual inspections, hydrotests, pneumatic tests, Site inspection of equipment during fabrication like third party welding tests, inspection tests like hydro test , DP test and final inspection of utility equipment and process equipment as per purchase protocol and accepting them on behalf of project. Ensure safety compliance during erection and pre-commissioning work Report any deviations to the project supervisor 5. Documentation & Reporting Maintain daily site logs and installation checklists Prepare inspection and test reports Assist in preparation of mechanical completion dossiers Update drawings as per site modifications (red-marked drawings) 6. Commissioning Support Assist in flushing, pressure testing, alignment, and trial runs Support operations and commissioning team during start-up activities Tools / Software Exposure (as applicable) AutoCAD / SolidWorks (for mechanical layouts) MS Excel / Word / Project (for documentation) Learning Expectations (On the Job) Understand project lifecycle and role of mechanical engineering Learn equipment installation practices Develop technical documentation and reporting skills Understand coordination between design, procurement, and execution teams Support in technical bid evaluations and document tracking. Liaise with procurement for timely delivery and approvals. Maintain daily logs, checklists, and inspection reports. Coordinate with cross-functional teams like process, civil, E&I, Piping and Other contractors. Preferred candidate location from : Tirupathi, Nellore, Chittoor Ready to relocate the Job Location Joining Formalities : Chennai Job Training : 3 Months in Chennai (Completed the Training then moved to the attivaram) Job Type : On Roll, Permanent Mail Id : Career@anabond.com Mobile & WhatsApp number : 94443 13285

As a key member of the Business Unit Industrial Applications at Siemens Energy, you will be responsible for managing the technical scope for the supply of new packaged rotating equipment for onshore and offshore projects in the oil and gas sector and other process industries. This includes overseeing gas turbine-generators, gas turbine-compressors, electric motor-driven compressor trains, and extended plant scope such as coolers, scrubbers, anti-surge valves, and more. Your impact will be significant as you support the Project Manager in addressing technical concerns with both internal and external clients. You will lead global technical project teams consisting of multi-discipline engineers, designers, and suppliers. Your role will involve managing the engineering schedule to ensure the timely release of equipment specifications, bills of material, and customer documentation. In addition, you will lead all technical contract requirements on assigned projects to meet targets and objectives, ensuring certifications and compliance with applicable standards. Your expertise will be crucial in providing engineering support throughout the project lifecycle, from proposal and manufacturing to testing, installation, commissioning, and operation. You will also play a key role in making detailed design decisions to fulfill contract requirements and system control philosophies. To excel in this role, you should hold a Bachelor's Degree in Mechanical Engineering and possess at least 12 years of experience in the design, packaging, or operation of rotating equipment and gas turbines. Additionally, you should be willing to travel up to 20% of the time and have the ability to lead a small team and provide guidance to others. Proficiency in Engineering/PLM software such as Teamcenter, NX, E3, COMOS, and Jira, as well as experience with SAP and prior knowledge of Siemens applications, customers, processes, and products, will be advantageous. The team you will be joining is part of Siemens Energy's Transformation of Industry division, which focuses on decarbonizing the industrial sector and driving the transition to sustainable processes. With a strong industrial customer base, global network, diverse technologies, and integrated execution capabilities, the division plays a crucial role in achieving Siemens Energy's mission. Siemens Energy is not just an energy technology company it is a global team of over 100,000 employees dedicated to developing the energy systems of the future. By pushing the boundaries of innovation and focusing on decarbonization, new technologies, and energy transformation, Siemens Energy is committed to making sustainable, reliable, and affordable energy a reality. As an employee, you will have the opportunity to contribute to this mission and be part of a diverse and inclusive environment that values the unique contributions of individuals from over 130 nationalities. Siemens Energy offers a range of rewards and benefits to its employees, including medical insurance coverage for all employees and their families, as well as the option to opt for a Meal Card as part of the compensation package. If you are ready to make a difference in the energy sector and contribute to Siemens Energy's mission, learn more about how you can be part of this exciting journey at Siemens Energy. Join us in driving the energy transition and shaping the future of energy systems.,

You are being sought after to fill the role of Lead Piping Engineer in a renowned company that specializes in Power & Energy projects. Based in Bangalore at the Global Design Centre, this position requires a minimum of 15 years of experience in the field. In this role, your primary responsibility will be to oversee the piping design, analysis, and optimization processes for intricate power plant and energy ventures. Your expertise will be pivotal in delivering top-notch engineering solutions and directing a diverse team of professionals. Your tasks will include managing various piping design components such as layouts, isometric drawings, and 3D models. You will conduct stress and flexibility analysis utilizing tools like CAESAR II or equivalent software. Developing piping specifications, Material Take-Offs (MTOs), and line lists will also be part of your mandate. Ensuring adherence to industry standards such as ASME, API, and project-specific requirements is crucial. Additionally, your involvement in design reviews, 3D model assessments, and risk assessment workshops will be essential. Collaboration with vendors, addressing technical queries, and providing support during construction, commissioning, and startup phases will also be expected. To qualify for this role, you should hold a Bachelor's degree in Mechanical Engineering (preferably with a PE license) and possess over 15 years of experience in piping engineering within the power or oil & gas sectors. A solid background in combined cycle power plants and gas turbines is essential. Proficiency in tools like CAESAR II, AutoCAD, and PDMS/SP3D is required. An in-depth understanding of safety protocols, regulations, and environmental standards is necessary. Exceptional problem-solving abilities and a collaborative mindset are highly valued. Flexibility to travel or work at project sites when needed is expected. If you are excited about this opportunity, please share your CV at vikash.kushawaha@smec.com and become part of groundbreaking energy projects that contribute to a sustainable future.,

As the Lead of the Electrical and Instrumentation (E&I) team, your main responsibilities will include managing the proposal and estimation process, overseeing project and construction management activities related to E&I, and ensuring the successful completion of tasks within these areas. In terms of proposal management, you will be expected to lead the team in finalizing costing strategies, reviewing and finalizing proposal deliverables, and developing optimization strategies. Additionally, you will need to participate in the techno-commercial review of offers and cost estimations, as well as oversee the closeout of proposals. For project management, you will be responsible for preparing schedules for the E&I part of projects, devising procurement plans, and coordinating engineering and procurement activities. You will also need to monitor progress, participate in inspections, and coordinate testing and charging activities. Furthermore, you will be required to manage OEM support, provide commissioning assistance, and ensure the successful completion of E&I tasks with owners and suppliers. In the realm of construction management, your duties will involve overseeing invoice verification and approval processes, as well as managing construction progress monitoring and expediting/recovery plans. You will also be responsible for material reconciliation, invoicing, and ensuring closeout activities related to E&I. In addition to your prime responsibilities, you will be expected to provide technical support to other projects and take on additional responsibilities related to proposals. To excel in this role, you must have experience working in engineering, procurement, and construction (EPC) environments within process plants. You should also possess knowledge of DCS PLC, analyzers, control room works, and HV/LV substation equipment design engineering. Familiarity with HSE legal requirements for manufacturing setups is essential. It would be advantageous if you have familiarity with various codes and standards for electrical and instrumentation items in hazardous areas, as well as knowledge of vendors for the supply of various E&I items and associated costs. Your role will involve collaborating with internal employees and external stakeholders such as vendors, customers, and on-site personnel to ensure the successful completion of E&I projects.,

PURPOSE OF THE JOB Provides field engineering leadership, assist and support to projects & PI team for investigation, troubleshooting and resolution of technical/quality issues MAIN RESPONSABILITIES Key accountabilities: Support any technical activity on Alstom products during PI period as well as Commissioning, Warranty (and Validation & Certification phase if applicable) Diagnoses cause of malfunction/failure of operational equipment and recommends preventative and corrective actions Define troubleshooting methodology Provides technical guidance and supports technicians in troubleshooting and repairs Provides feedback on technical documentation deficiencies. Advises PI management regarding customer satisfaction, product performance, and suggestions for product enhancements Drive Kx (8D) issues with Quality and internal & external Suppliers as support of Project Product Introduction Manager (PrPIM) Ensure completeness and quality of input to Failure Management data base for RAMS exploitation Drive Reliability Growth through failure/event investigation and reliability forecast implementation (with RAMS support). Drive and support containment to avoid reoccurrence of failures Supports as-maintained Alstom product configuration control and relevant documentation management Support technical reviews with internal and external Suppliers, partners, customers, authorities Ensure & facilitate information flow within the PI Customer Site, PI functions and project teams. Provides status and transparence on PI activities, key technical issues, to PrPIM. Apply EHS requirements on site with the support of EHS team representatives Drive technical Return of Experience/reporting/feedback as support of PrPIM Support Obsolescence Management (if applicable) Support preparation and implementation of Field Modifications (FM) Performance measurements: Achievement of contractual reliability (milestone) targets Achievement of contractual availability (milestone) targets Containment and solution of K1S/K2/K3 issues on time (Considering K1S safety relevant issue, K2 issue causing major passenger service disruption, K3 issue having impact on service availability and product reliability) Completeness and Quality of failure/event diagnosis/data and relevant documentation Reliability improvement after FM implementation Achievement of PI Dashboard Achievement of configuration updates Achievement of REX implementation Audit results (internal and external) Compliance with EHS rules and work-related processes MAIN REQUIRED COMPETENCES Educational Requirements Mandatory: Graduate in Engineering or Industrial Internal EHS training English Desirable: Masters degree in Engineering Experience Mandatory: Several years of technical experience, either mechanical or electrical / electronic engineering Railway safety & RAM EHS knowledge/exposure Product knowledge Data analytics Desirable: General Railway knowledge Field Experience Problem Solving skills DFQ, Quality and Audit skills Customer contact

Review and provide comments on the submitted GCs Quality Control Plan. Verify CLIENT inspection 105 requirements are complete and identify additional opportunities of improvement as appropriate. 106 1. Verify initial setup of Procore has the minimum: a. Creation and continuous management of Distribution Lists. b. Creation and continuous management of: 1. Document Library 2. Drawings 3. Submittals 4. Specifications 5. Requests for Information (RFI) 6. Test Reports Verify all inspection checklists are loaded into Procore for all permanent equipment, materials, and Mechanical Electrical, Plumbing (MEP) systems. Verify MEP clash detection and deconfliction within the design has taken place and issues resolved. Construction Phase 1. Monitor GCs construction activities and log activities in a weekly report that outlines the following: a. Discrepancies/observations found b. Change orders that were initialized due to quality c. Progress and inspection photos. d. Project overall cleanliness and housekeeping efforts 2. Verify all work in place confirms to contract documents. Verify and input discrepancies found in to Procore and note in the weekly report. 3. Attend Owner, Architect, and Contractor (OAC) weekly meetings. One QA representative must physically attend meetings, other representatives may attend physically or virtually. Topics to be discussed during the OAC meeting are to include but not limited to: a. Status of Submittals. b. Status of outstanding issues/observations. c. Status of Requests for Information (RFI). 4. In coordination with the GCs QC Plan, attend and provide input to the following meetings: a. QA/QC kick off meeting b. Regularly scheduled MEP meetings c. Regularly scheduled QA/QC meetings d. Regularly scheduled BIM and As-Built drawing meetings 5. Continuous management of Procore. Verify the following information is up to date and correct: a. Document Library b. Drawings and As-Builds c. Submittals d. Specifications e. Requests for Information (RFI) f. Test Reports g. Receipt Inspection Form (RIF) 6. Continuous review and tracking of submittal register. 7. Conduct review on RFI associated with Change Orders. a. Provide a report on the quantity and attributes of RFIs when the project crosses L3. b. Confirm all RFI's indicate if costs were identified when RFI was submitted by GC. c. Outline all RFIs which had a cost impact and identify if the RFI could have been mitigated 152 before the project award. 8. Verify all critical equipment deliveries are damage free and match approved submittals. Ensure all findings are recorded in the CLIENT Receipt Inspection Form (RIF). 9. Verify As-Built drawings have been created, regularly updated, and uploaded into Procore by the GC. 10. Review test reports from testing agencies for contract conformance including but not limited to material testing of concrete, brick/mortar (if applicable), soil (type and compaction), asphalt, survey, electrical, communication etc. 11. Assess GC means and methods for compliance with the most stringent requirement of applicable global, national, and local standards, and immediately notify CLIENT of any deficiencies. 12. Witness Fire Protection and Fire Alarm Annunciation System Tests and confirm final settings are aligned with CLIENT setting policies. 13. Verify MEP coordination and inspections have taken place to include but not limited to the following: a. MEP shop drawing review b. Upload of approved shop drawings in to Procore c. Deconflict any structural/electrical/plumbing collisions d. Conduct rough in and field placement inspections of all MEP systems e. Ensure that access to valves, panels, doors etc. are maintained at all times. 14. Verify proper cleaning of equipment and removal of Foreign Obstruction Debris (FOD) prior to any energizations or startup note any findings in the weekly report. 15. Evaluate the proper levels of protection during construction for equipment and systems. 16. Evaluate that the final installed product has been installed, checked inspected, and signed off, in order to 173 proceed into commissioning. 17. Validate Pre-Commissioning inspections and identify deficiencies prior to Handoff to Commissioning (H2C) which include but not limited to: a. Mechanical flush, fill, and pressure inspections and reports b. Equipment torque verifications and logs c. Phase rotation/energization inspections d. Equipment insulation and resistance inspections e. Verify Short Circuit Coordination Study f. Verify equipment labels (name and hazard) are properly labeled and placed g. Confirm FOD Inspections and cleaning of equipment is performed as outlined in the CLIENT 183 Checklist before any energizations or startup of equipment. D. Commissioning and Close Out Phase 1. Provide the client Commissioning (ACx) Team, client Controls Team, and the client Construction Manager a progress report identifying the following four weeks prior to H2C a. Project Recap Report b. Project Overall Schedule. c. Project Start-up Schedule. d. Open Procore Observation/Issues Log. e. Certificate of readiness log (COR). f. Status of project close out documents including as-builts and BIM. 2. Review and provide comments on the GCs Close Out Binder which includes: a. Critical equipment Preventative Maintenance Manuals and Schedules b. Warranty information for Equipment, materials, and building envelope 3. Verify corrective actions for construction deficiencies are completed and recorded