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Support Instrumentation project activities to ensure timely completion of all project activities including engineering, procurement, construction, pre-commissioning and commissioning Assist in the review of Technical & Engineering Specifications, Instrumentation design basis, Equipment Datasheets, Instrumentation single line diagrams, Overall plant Instrumentation power distribution systems, Equipment Layouts, Inspection & Test Plans, 3D model, logic diagrams, loop & functional integrity, Hook-ups, load flow study, shot circuit study, Different Instrumentation equipment sizing calculation, Instrumentation load lists, Cable and cable tray lay out, Vendor document, etc. for detailed engineering phase of the Project Review of Vendor list, Material Requisitions, MTO, scope of work, spares requirement, TER submitted by Engineering Contractor, Vendor data, ITP, FAT/SAT procedures Coordination for interface of Fertilizer Instrumentation system with power transmission system, interface with other facility, load management system, standardization of Instrumentation equipment, design optimization.

Job Title: Head of Project Engineering (Projects) Location: Corporate office, Vadodara Direct Reporting: Head of Projects Indirect Reporting: CEO / Executive Director Objective of the Role: The Head of Project Engineering (Projects) is responsible for managing all technical and commercial aspects of EPC/EPCM project execution on behalf of the owner. The role entails overseeing engineering designs, ensuring compliance with regulatory and industry standards, mitigating risks, and ensuring the successful delivery of the project within budget and schedule. This position will evolve into Head of Engineering post-project commissioning, taking responsibility for plant maintenance across multiple disciplines (Mechanical, Electrical, Instrumentation, and Civil). Key Responsibilities: Project Engineering Leadership Lead the engineering team to develop and deliver project designs aligned with organizational objectives and regulatory requirements. Assume the role of "Owners Representative" as per EPC/EPCM contract definition and act as the primary liaison between the Owners home office and EPCM contractor. Review and approve detailed engineering designs, specifications, and drawings to ensure compliance with industry standards and best practices. Oversee the work of EPCM agencies to ensure engineering milestones, budgets, and timelines are met. Contract & Commercial Management Manage all EPC/EPCM contract variation orders and claims, ensuring alignment with Owner’s site management team. Validate and approve contractor payments post-assessment of claims and project deliverables. Monitor and manage EPC contract letters of credit and performance bonds, in coordination with Owner’s legal team and project team. Ensure compliance with contractual obligations while mitigating financial and operational risks. Risk, Quality & Compliance Establish and enforce quality assurance standards, conducting periodic reviews and audits of engineering outputs. Implement a robust risk management strategy to address engineering challenges and prevent project delays or safety issues. Ensure EPCM contract and subcontractor compliance with QA/QC obligations and industry regulations. Liaise with local government and regulatory bodies to ensure compliance with necessary approvals and permits. Technical Oversight & Execution Develop the basis for design and oversee basic & detailed engineering activities. Provide technical guidance on chemical processes, equipment specifications, and plant design for optimal performance and sustainability. Lead P&ID preparation, equipment sizing, HAZOP studies, and pre-commissioning & commissioning activities. Ensure safety and environmental considerations are integrated into all engineering processes. Oversee completion testing and handover of the facility to the process team. Financial & Budget Management Continuously monitor the project budget and accurately forecast remaining costs to complete. Interface with project cost control resources to produce timely and accurate monthly project cost reports. Approve purchase orders, purchase requisitions, and contracts in accordance with the delegation of powers. Stakeholder & Team Coordination Act as the primary liaison between the Owner’s organization, Licensors, and EPCM agencies. Collaborate with Project Management, Procurement, Quality, Safety, and Operations teams for smooth project execution. Plan and facilitate EPCM contract monthly project review meetings between Owner and EPCM contractor. Prepare and present regular engineering status reports to senior management, highlighting progress, challenges, and mitigation strategies. Post-Commissioning Responsibilities Oversee plant maintenance across multiple engineering disciplines (Mechanical, Electrical, Instrumentation, and Civil). Drive continuous improvement initiatives to enhance operational efficiency and plant reliability. Lead technological advancements and process improvements, obtaining management approvals for implementation. Deliverables of the Role: Successful execution of EPC/EPCM projects within budget and timeline constraints. Compliance with quality, safety, and regulatory standards. Effective risk mitigation and issue resolution during project execution. Timely and accurate reporting on engineering progress and financial status. Seamless transition from project execution to plant maintenance post-commissioning. Educational Qualifications: Bachelor’s/Master’s degree in Chemical/Mechanical Engineering . Additional certification in Project Management (PMP, PRINCE2) or EPCM/EPC contract management experience is preferred. Experience: 24+ years of experience in project engineering and management within the chemical, petrochemical, or industrial manufacturing sector . Extensive experience managing EPC/EPCM projects from financial close to commercial operations. Proven expertise in contract management, risk mitigation, and engineering design oversight . Strong background in process safety, commissioning, and plant startup activities . Technical Skills: Expertise in engineering design, P&ID development, and process optimization . Strong knowledge of EPCM/EPC contracts, claims management, and contract negotiations . Proficiency in risk management and quality assurance in large-scale projects . Experience with HAZOP studies, commissioning, and plant startup procedures . Familiarity with engineering software tools and project management software . Behavioral Competencies: Leadership & Decision Making: Ability to drive projects and teams towards successful completion. Strategic Thinking: Ability to foresee challenges, identify solutions, and implement best practices. Stakeholder Management: Strong ability to collaborate with internal and external stakeholders. Problem-Solving: Analytical mindset to resolve engineering and contractual challenges. Communication Skills: Strong verbal and written communication for effective coordination with stakeholders. Negotiation Skills: Adept at contract negotiations and vendor management. Additional Notes: This role is a strategic leadership position with high impact on the successful execution of large-scale projects and long-term plant operations. The incumbent will be responsible for setting technical and commercial strategies to optimize performance, ensure compliance, and drive overall project to success.

Assist with the review of the drawings and documents submitted by Engineering consultant such as Electrical design basis; Electrical power input requirement; interface with other facilities; load management systems; standardization of electrical equipment's; design optimization; Electrical single line diagrams and overall plant electrical power distribution systems; Lay out of substation, plot plan, cable and earthing layout etc. Review of load flow study, short circuit study, load list, different electrical equipment sizing calculation. Relay coordination Review of material requisition for high and medium voltage motors, GIS switch gears transformers, cables battery, UPS, lighting, lightning, MTO, system, vendor list, scope of work, spare requirement. Review of bid documents and preparation of of TER and review of same submitted by engineering consultant. Review of vendor data, ITP, FAT/SAT procedures. Review of the inspection report, monitoring of the material dispatch, coordination with third party inspectors, Support in developing and/or reviewing precommissioning and commissioning procedures.

Review of detailed engineering document of the FEED/EPC/EPCM Contractor such as Instrument Design basis MR/PR/TBE/VDR of of DCS/ESD/FGS/PACKAGE PLC/MMS/FISCAL METERING/ITCC Including ASC,Analyzer System, Field Instrument (PT/TT/LT/XV/CV/MOV, Cables, LDS ETC) Document Control Index (Instrument Design basis, Cause and Effect (ESD/FGS), Control narratives, Control System Architecture drawing, Electrical -Instrument Interface, F & G layout drawing, Cable Schedule, Wiring Diagram, Participation in the Model review, Control Room Layout (CCR) Overall, FO Network Block Diagram, Instrument Air Distribution Supply Distribution drawing U&O, Point Data base, Instrument Index Project Progress monitoring and initiate necessary actions to meet the project completion schedules. Support in controlling effluents and emissions discharges, project waste discharges. Instrumentation Inspections (FAT /SAT/IFAT) & clearance of equipment during various stages of the project. Provide desired engineering Input during Construction and Commissioning t Construction Team Offer Evaluation and Review of TBE (DCS/MMS/ANALYZERS/CV/XV/TT/PT/LT/CCTV) Review of Control System Narratives, Cause & effects (IPS & FGS), of complete plant including different type of packages such as Natural Gas System, Ammonia storage tanks, ammonia & urea trains, Centrifugal compressors, Fired Heaters & different type of Rotating and Static packages.

We are WSP - Join us and make your career future ready! In today’s world it’s important to work for a company that has clear purpose, giving back to communities and supporting what is truly important in the world. When considering a career move its vital to work for a business that is aligned to your values and goals, a place where you can belong. See what WSP stands for in 2025 and beyond YOUR NEW ROLE, WHATS INVOLVED? To act in a senior technical capacity in producing WSP engineering related project deliverables relating to Primary Engineering for Transmission & Distribution, Renewable (Onshore & Offshore wind/ Solar), BESS projects. This includes (but not limited to): Draft proposals and develop scopes, including conceptual designs and execution plans. Generate engineering cost and man-hour estimates, as well as schedules. Create detailed engineering drawings for Extra High Voltage (EHV) projects, covering both Air Insulated Substations (AIS) and Gas Insulated Substations (GIS), ranging from 11kV up to 400kV (with a particular emphasis on 132kV voltages and above) Develop designs to support detailed engineering, such as Land Utilisation Plan, Elevations, Above and Below Grade Conduit layouts, Grounding layout & it’s connection details, Lighting and Lightning protection with respective details, Bill of Materials, CDM, MEWP layouts and Design Calculations. Possess knowledge of Busbar sizing, Sag Tension, and Short Circuit (strung bus and equipment bus) force calculations. Facilitate coordination of design activities across various departments, including Civil/Structural, Networks, and Transmission Line. Conduct design reviews, participate in virtual meetings, and collaborate closely with clients. Coordinate with team members and monitor project schedules, ensuring submissions meet high-quality standards. Produce comprehensive electrical substation design packages that comply with the required client technical standards or IEC/IEEE/NGTS. Undertake consultancy role on FEED stage projects, including production of technical reports and presentations. Maintain compliance to CDM Regulations and all other legal and regulatory requirements associated with the nature of substation and electrical system design. Collaborate with WSP UK office on design activities. Provide guidance and mentorship to less experienced team members. Develop and enhance processes, tools, and potentially implement new technologies into the design process. Periodic Quality check to be conducted for other engineers & designers. Exhibit ingenuity, foresight, and wise decision-making skills in proactively identifying and resolving challenges. Contribute to the progress and growth of departmental tools and workflows aimed at improving the effectiveness of design processes, specification development, and project implementation. Engage in training sessions and meetings dedicated to addressing targeted organizational initiatives. Drive ‘Safety by Design’ approach on all projects, always. Qualifications Possess a Bachelor’s or Master’s degree in electrical engineering from an accredited institution. Have a minimum of five years and a maximum of ten years of experience in the field of Substation Transmission & Distribution, Renewable (Onshore & Offshore wind/ Solar), BESS projects. Preferably familiar with UK projects. Experience of working in a lead substation design role on National Grid Electricity Transmission projects (or other UK utilities like SSEN, SPEN etc.) in the UK will be an added advantage. Thorough knowledge and experience applying National Grids Technical Specification, Technical Guidance Notes, and Design Handbooks relating to substations in the UK is expected. Understanding of the requirements of relevant UK Health & Safety legislation relating to design and construction work in the electricity supply industry. Membership in a relevant professional Engineering Institution, such as IET, CIGRE, IEC, IEEE, is desirable. Experience in Onshore wind, Offshore wind, Renewable (solar) and BESS projects is preferred. Experience with software such as CDEGS and WinIGS is preferred. Familiarity with 3D tools for Engineering design is desirable. Strong proficiency in standard engineering techniques and procedures. Excellent written and verbal communication skills. Proficient in utilizing standard engineering techniques and procedures. Demonstrates diligence, facilitation, team building, collaboration, organization, and problem-solving skills. Capable of managing tasks across multiple projects and handling conflicting deadlines. Able to work independently and/or as part of a project team.

Software used- Intools/ SPI

Design and analysis of offshore structures according to industry standards and project specifications.Execute structural analysis for offshore substructures and topsides. Required Candidate profile Study and define the best technical solutions for offshore structures (both substructures and topsides) during various stages (feasibility, FEED, detail design) , Proficiency with industry-specific.

We are looking to hire Director Engineering Head ( C Level ) for global services company to manage the global team and be part of Management Summary: Integration (Intermediate): Integrates activities and manages employees with specific workgroup or disciplines. Typical first level line manager. Has operational focus. Start owning people management activities within the discipline. Manages more broader functional level though technical leads, engineers, and Individual Contributor Work with global work force to manage the team, Must exposed any tools such as E3D, SP3D, CAESER, EPLAN, AutoPlant 3D, Autocad, EPLAN, PV ELITE and similarly do not have exposure to industry standards in oil & gas ( ASME / EN / ISO Piping /plant design Standards). ASME B31.3, ASME / EN / ISO Piping Standards, ASTM Material Standards Responsibilities: Responsible for delivery of Engineering deliverables within Technical/Commercial/Schedule and quality requirements for Detail Design Engineering. Desirable to provide technical guidance on the detail engineering aspects (Layout, Piping, Structural etc.,) to ITO and Senior Managers Excellent knowledge on the individual discipline engineering and deliverables Ability to read and interpret engineering documents and drawings for Detail Design Engineering. Ability to review P&ID, PFD, 3D Model for organization packages and provide technical guidance for the skill sets managed in Engineering table(E-table) Reviews Performs discipline design tasks which regularly require the application of fundamental engineering concepts. Should have a fundamental understanding of water and wastewater treatment plant product lines. Able to make decisions in a timely manner with full understanding of those decisions which are based on accurate analysis Able to suggest improvements to products and existing work methods keeping abreast of Industry developments Recognizes emerging patters and makes connection among data and issues; identifies and responds to dynamic business changes and drives business Ys in the department Think outside of the box to provide competent and technical solutions Communicates clearly, concisely and confidently with Internal/External stakeholders Negotiates effectively with Internal/External stakeholders Interacts effectively with individuals from different backgrounds and cultures Being fully aware of the operational Key Performance Indicators(KPI) for the teams, projects and able to prioritize, optimize and democratize resources across teams for efficiency and effectiveness. Able to front-end team challenges and constraints and resolves in the best possible manner by showing collaborative stake holder ship. Builds effective relationship with clients, suppliers and colleagues Shows an understanding of the need to minimize commercial risks to the organization. Identifies problems and acts on them accordingly, involving others where necessary. Assesses the likelihood of potential problems occurring and takes appropriate action. Learns from own and other mistakes to avoid them re-occurring Drive team to deliver and enable them by removing constraints/conflicts, provide resources needed to attain the goal Enable Intra and inter team engagement to meet the customers goal Leads by demonstrating integrity, accepting responsibility and being accountable for individual discipline results Communicates key information clearly and works closely with internal & external customers to influence technical decisions and strategy. Demonstrates confident, positive, enthusiastic approach to work, motivation, commitment and perseverance when required. Supports, enables through meaningful conversations and engaging dialogues with team Partners in the career journey of the team members through facilitation, calibration, capability, enrichment. Work in partnership with direct reports in setting and monitoring personal goals. Develop work methods, policies and procedures to deliver quality output by the discipline managers Motivates discipline engineers in creating quality products which meet or exceed customer expectations Follow company health & safety procedures and encourages others to do the same. Having IT experience is an advantage Will be responsible for P&L of the engineering vertical Education/Equivalent: Engineering Degree -- Mechanical / Structural with 15+yrs of relevant piping engineering experience, including supervisory or lead position experience. We offer competitive compensation and benefits working in a dynamic environment with challenging projects and training provided to ensure your success. We realize diverse teams make smarter decisions, deliver better results, and build stronger communities. Were an organization that champions diversity and inclusion at every level and are proud to be an equal opportunity workplace Pls reach me for more details-ganesh@coreedgesolutions.com Best Wishes, Ganesh Core Edge Solutions LLP 138,7th Cross,29th Main road BTM 2nd Stage Bangalore 560076 www.coreedgesolutions.com

Job Summary: The Mechanical Engineering team is increasing capabilities to help projects in the various business units of Bechtel Global. Engineer - Static Heat Transfer (Thermal & Mechanical Design S&T Exchangers and Air Coolers, etc.). Knowledge of Columns, their Internals, Pressures Vessels, Filters. Candidate should have worked as Responsible Engineer with experience preferred in execution of Basic/Conceptual Engineering, FEED, EPCM, EPC modes of execution for Indian / International projects. Experience sought commensurate with the number of years put in the industry. Major Responsibilities: Selected candidate will report to the Engineering Group Supervisor and essential job duties will include the following: Plan and conduct within schedule and cost independent work carried out with sound engineering practices and of desired quality Review of Process package for completeness of Process and Mechanical related data Review of PFDs, PIDs, MSDs, Data sheets. Commenting/review on the same for completeness Develop technical specifications for Equipment/Package. Review of specifications from Licensor / Client / PMC Participating in IDC process. Interaction with Engineering disciplines, Clients / PMC, Bidders / Vendors Design, preparation of MDS/Engineering drawings, MRQs. Review of Quotes, assessing deviations, raising of TQs, TBEs, MRPs Review of VPs Interact with Global offices, execute work on workshare mode. Help project/proposal activities Participating in Value Engineering, design and cost optimization. Coordinate technical issues with other departments on projects including technical and constructability Develop standard documentation for use on projects Implement/Capture Lesson Learnt Resolving Vendor/Site queries. Interaction with Inspection Agencies, Expeditors, other agencies for delivery of Equipment/Packages Providing Inputs/Review for Progress reporting Helping the project through construction and commissioning phases Travel to help activities at other engineering offices, suppliers works, construction sites. Education and Experience Requirements: Degree in Mechanical Engineering from accredited college or university. Minimum 6+ years of relevant experience. Required Knowledge and Skills: Good knowledge of static equipment detail design, heat exchanger thermal sizing, design and construction codes, inspection. The Candidate will work as part of Global Bechtel team and should have basic flair for working with personnel of different nationalities. Should have a good proficiency for spoken and written English language. Candidate to mention valid visa available including detail of Type, expiry date. Denial of USA visa earlier at any stage need to be indicated. Specific capabilities required for the role include experience in: Thermal and Mechanical design using HTRI for various S&T Exchangers, Air coolers for LNG, Refinery and Petrochemical plants, related packages, Off-site and Utilities. Knowledge of Columns and their Internals, Pressures Vessels, Filters Knowledge for different Process Licenser specific design requirements and construction features Knowledge of thermal design with ability to optimize size and design for S&T HEx, Air Cooled Exchangers, etc. Tanks including for LNG, Spheres, mounded bullets, etc. will be an added advantage Understand various types of materials to be used for different services and review of vendor proposed materials Knowledge of Design using ASME Section VIII Div. 1 and Div. 2, TEMA and other helping sections and reference codes and standards of ASME Knowledge of industry / regulatory codes and standards like ASME, TEMA, ANSI, API, BS, BIS, Licensor & Client specifications, OISD Hands-on experience on industry software(s): Compress, PVElite, BJAC, HTRI Familiarity with model reviews and use of SPR is desirable Knowledge of engineering work planning and schedules, related construction practices Knowledge of Suppliers capabilities Ability to coordinate work with other engineering disciplines and other stake holders Broad working knowledge of the principles and practices of executing large projects Total Rewards/Benefits: For decades, Bechtel has worked to inspire the next generation of employees and beyond! Because our teams face some of the world's toughest challenges, we offer robust benefits to ensure our people thrive. Whether it is advancing careers, delivering programs to enhance our culture, or providing time to recharge, Bechtel has the benefits to build a legacy of sustainable growth. Learn more at Diverse teams build the extraordinary: As a global company, Bechtel has long been home to a vibrant multitude of nationalities, cultures, ethnicities, and life experiences. This diversity has made us a more trusted partner, more effective problem solvers and innovators, and a more attractive destination for leading talent. We are committed to being a company where every colleague feels that they belong-where colleagues feel part of "One Team," respected and rewarded for what they bring, supported in pursuing their goals, invested in our values and purpose, and treated equitably.

Project Overview: Bechtel is seeking to expand its decades long relationship with Reliance by providing Engineering, Procurement and Construction Management (EPCM) Services to proposed Jamnagar DC Complex project. The EPCM Services will be led out of India with personnel deployed in Gurugram, Vadodara and Chennai offices. Job Summary: Electrical Engineer with experience on FEED, proposal & detailed engineering preferably in an EPC industry for Manufacturing units, Data centers and Buildings/utility projects. Candidate should have exposure to Indian, US, Euro and other foreign codes/standards and local practices. Major Responsibilities: Develop, review and approve key engineering drawings and calculations, and design documents. Prepares or oversees the preparation of discipline estimates and work plan in accordance with project scope, schedule and budget, and manages implementation and performance accordingly. Coordinates electrical engineering efforts in assigned areas with specialty groups, engineering disciplines, the client, vendor, contractors, construction and other functional groups. Maintains contact with client representatives as directed, with suppliers, appropriate field personnel and other disciplines to ensure the coordination of the work within the project or assignment and compliance with Bechtel/client requirements. Supervises the day-to-day technical work of discipline engineers, specialists, designers and drafters. Education and Experience Requirements: A recognized degree in electrical engineering, from an accredited college or university. Minimum of 10+ years of relevant experience. Site experience will be an added advantage. Required Knowledge and Skills: Knowledge of main single line diagram, protection & metering diagrams, relay setting & protection coordination of the system, UPS sizing, cable sizing, Grounding. In-depth knowledge of Electrical system studies using ETAP software and conversant with shortcircuit, load flow & motor starting. Should have worked on equipment sizing, specifications, MR preparation, technicalbid evaluation and vendorprint reviews of various electrical equipment like HV GIS, Busduct, Switchgear, MCCs, Transformers, DC systems / UPS, Cables. Extensive knowledge of electrical systems related to equipment like HVAC, Chilled Water Systems, Condenser Water Systems, Pump controls, Glycol/Glycols, AHU units (DX, split, RTU, CRAC, etc.), CRAH, Raised Floor Systems, HOT/COLD aisle containment. Interface of Building Power Management which includes controlling and monitoring of Buildings mechanical and electrical equipment such as HVAC, lighting, power systems, fire systems, access control and security systems. Should be conversant with electrical layouts like Substation Equipment, raceways, lighting, grounding & lightning protection, etc. Review of 3D Model Autodesk Revit using SPR or Navisworks, Model Reviews with Client. Excellent communication and presentation skills.

Roles and Responsibilities Lead a team of engineers to deliver projects on time, within budget, and to the required quality standards. Develop and implement project plans, schedules, and budgets for oil & gas EPC (Engineering Procurement Construction) projects. Collaborate with cross-functional teams to identify potential risks and develop mitigation strategies. Ensure compliance with industry regulations, company policies, and safety protocols throughout the project lifecycle. Provide technical guidance to junior engineers and mentor them to improve their skills.

Ensure coordination with stakeholders to ensure that the project is completed within timelines and the budgeted value with quality specifications being maintained Creating a project schedule, with milestones, due dates and estimates for those materials that are required Responsible for forecasting of cost (financial parameter) and its monitoring Prepare and maintain documents like project progress reports, invoices, budget, timesheets, project team deputation records, Project KPI's etc. Keep track of MIS reports/ Job Cost Reports Conduct risk evaluation and identify risk mitigation strategy in consultation with the team Ensure variation analysis are carried out and corrective actions taken Manage all amendments to contracts for vendors/suppliers/sub-contractors Ensure Close out all works/records at project completion stage Ensure as part of Risk Management that risk registers are maintained and mitigation plan is drafted and implemented Compliance management legal, safety, health, statutory etc Maintain accurate and comprehensive project documentation including lessons learned, best practices, and project outcomes to support continuous improvement.

Preparation of equipment layout. Presenting 30%, 60% and 90% model review. Proficiency in 3D review ( Navisworks) software. Familiarity with ASME B 31.3 code for process piping. Cost data Cost estimation during FEED/tender preparation, codes like IBR

Preparation of Piping fabrication & erection tender, Technical bid evaluation of the tender. Presenting 30%, 60% and 90% model review. Cost data Cost estimation during FEED/ tender preparation, ASME B 31.3 code, IBR, OISD etc. 3D review ( Navisworks)

Location- Chikkaballapura Role & responsibilities 1. Regular farm visit and Implementing the standard operating procedure at farm level. 2. New farm enquiries and reporting to branch manager Co-ordinating the farmer with farm preparation, chick arrival, vaccination, medication and monitoring. 3. Achieving the flock performance at farm level Communication of farm agreements, circulars, policies with the farms and co-ordinate with related departments Issuing of material, chemicals, medicines to farmer 4.Maintaining the farm records and update on daily basis Maintaining the bird stocks and managing the dead birds disposal Achieving the targets at farm level.

Job Title- General Manager / Design Head Design and Engineering Qualification- BE / BTech / (Mech) Exp- 15+ Years Key responsibilities Mechanical, Electrical, Control & Instrumentation engineering Engineering, scheduling & resource planning Basic & detailed engineering Engineering of bought out Auxiliary equipment Piping & Steel structure Engineering Coordination, with consultants, customers and other stake holders Support to EPC, Manufacturing, Construction and commissioning functions Value Engineering, Standardisation and cost optimisation Engineering support for originations ISO, ASME and quality certifications Proposal Development Drive the pre-bid evaluation to understand the scope of work involved. Undertake any pre-bid engineering required for validation of basic engineering & developing accurate quantification of the scope Co-ordinate with engineering & estimation teams within the organisation as well as external specialists, if required, to ensure high level of accuracy in the BD team's understanding of the scope. identify & highlight technical risks in the project on the basis of tender documents, basic engineering package, site visits (if required). Engineering for EPC Projects: Drive the engineering for all projects across the organisation, through the engineering co-ordinators designated for each project. Identify & implement value engineering initiatives during the detailed engineering stage. Ensure timely execution of engineering activities as per project timelines. Co-ordinate with and efficiently manage client expectations for each project. Co-ordinate with external stakeholders, especially engineering specialists & agencies if any, for timely completion of deliverables & tasks as planned. Co-ordinate with internal stakeholders including the procurement & construction teams to ensure consistent understanding throughout the project team of the technical requirements for different scope of work. Manage all engineering documentation required throughout the project lifecycle. Technical head for Services & Equipment Supply contracts Manage the technical requirements of service contracts such as O&M of equipment and pipelines, compressor packaging, skid mounted systems & equipment etc. Drive the design & engineering requirements for such contracts & co-ordinate with the product development & services teams. Support the execution teams on any technical challenges in this respect by effective problem-solving approach. Aid in the design & development of equipment & systems, & redesign of existing systems Review and verification of equipment suppliers engineering, the testing and commissioning of equipment Assist with specification and selection of suitable rotating machinery, plus testing and commissioning of suitable equipment Preparation of Equipment Technical Specifications, such as Specification and Mechanical Data Sheets, for enquiry Preparation of Equipment Technical Specifications for order and estimates for engineering and design manhours Review of Process Data Sheets and Supplier documentation for integration within Project design, such as GA / Details / Calculations / Fabrication Procedures People Management Provide leadership to departments under control and coach, mentor and develop direct reports and manage a high performing team that delivers continuous improvement, added value and cost reductions Ensure strong communication between teams under leadership to facilitate exchange of information and in order to implement change and improvements Responsible for developing the appropriate organisational structure, resource plans and culture to support the business objectives and customer deliverables Provide leadership, coordination and coaching to the team, ensuring they are trained enabling them to achieve the operational and financial metrics within their areas of responsibility and succeed in their roles Relationship Management Develop and maintain strong relationships with internal and external stakeholders to ensure optimal performance Work with the rest of the leadership team to decide which engineering projects are the highest priority against the business targets and which can be executed with the available resource Work collaboratively, negotiate and engage with key stakeholders to facilitate delivery and compliance with the engineering strategy Communicate with stakeholders the impact of market and technology change and potential effects on engineering. Recommend solutions without compromising quality or service while optimising cost Liaise and coordinate with clients, members of the engineering team and contractors on technical and commercial issues with regulatory expectations and that the top priority business projects are executed Any other Responsibilities as given by the Management

AWS Infrastructure Services (AIS) AWS Infrastructure Services owns the design, planning, delivery, and operation of all AWS global infrastructure. In other words, were the people who keep the cloud running. We support all AWS data centers and all of the servers, storage, networking, power, and cooling equipment that ensure our customers have continual access to the innovation they rely on. We work on the most challenging problems, with thousands of variables impacting the supply chain — and we’re looking for talented people who want to help. You’ll join a diverse team of software, hardware, and network engineers, supply chain specialists, security experts, operations managers, and other vital roles. You’ll collaborate with people across AWS to help us deliver the highest standards for safety and security while providing seemingly infinite capacity at the lowest possible cost for our customers. And you’ll experience an inclusive culture that welcomes bold ideas and empowers you to own them to completion. As an Amazon Project Design Mechanical Engineer, you will lead design projects in our operational data centers in India, that remediate issues, upgrade our existing infrastructure or add new services. You will be the 'go to' engineering resource for these projects and will provide lifecycle support from design through implementation. You will use your mechanical expertise to: Own the design for existing data center upgrades and design-solutions which add data center infrastructure, capacity, improve availability, and/or increase sustainability. • Prepare/review short circuit coordination studies and maintain the software models to match as-built site conditions. • Perform design and equipment submittal review for Data Centers in India. • Interface with internal and external data center design engineering team, server hardware team, environmental health and safety team, field engineering, and controls engineering to promote standards that maintain consistency and reliability in services delivered. • Work on concurrent projects in India • Act as a technical subject matter expert across critical infrastructure remediation projects in Amazon owned/leased/Colo Data Centers across India. • Support construction, commissioning, operations, and turnover. Amazon's vision is to be the world's most customer-centric company, and this role is key to that vision. As a Fleet Remediation Project Design Electrical Engineer, you will be leading projects in our data centers to meet ever-evolving customer needs as we continue expanding our fleet to hyper-scale. As an ideal candidate you: Possess Strong Engineering Judgement and are able to provide design and recommendations despite uncertainty. • Are detail and data oriented with familiarity in design process and implementation of your design in compliance with local/international codes. • Have experience managing engineering projects and engineering consultants. • Build trust and relationships with different stakeholders (e.g., Operations, Commissioning, Construction and Design) • Manage design and as built drawings and documents • Prepare and present progress reports to all relevant stakeholders • Be inclined to get into the field to see things up close and travel 25% We have an immediate opening for a Fleet Remediation Project Design Electrical Engineer in across the India Region. If you meet these qualifications, exude passion, and enjoy the challenge of innovative projects at hyper-scale, this job is for you! Our team is dedicated to supporting new team members and has a broad mix of experience levels and Amazon tenures, and we’re building an environment that celebrates knowledge sharing and mentorship. Here at AWS, we embrace our differences. We are committed to furthering our culture of inclusion. We have ten employee-led affinity groups, reaching 40,000 employees in over 190 chapters globally. We have innovative benefit offerings, and we host annual and ongoing learning experiences, including our Conversations on Race and Ethnicity (CORE) and AmazeCon (gender diversity) conferences. Amazon’s culture of inclusion is reinforced within our 16 Leadership Principles, which remind team members to seek diverse perspectives, learn and be curious, and earn trust. Our team also puts a high value on work-life balance. Striking a healthy balance between your personal and professional life is crucial to your happiness and success here, which is why we aren’t focused on how many hours you spend at work or online. A day in the life Each day you will interact with different teams responsible for all aspects of the data centers. You will prioritize your activities to support data center safety, remediation projects, capacity, and availability, focusing on the actions that are most impactful. You will have the opportunity to work on projects locally and globally. About the team ABOUT AWS: Diverse Experiences Amazon values diverse experiences. Even if you do not meet all of the preferred qualifications and skills listed in the job description, we encourage candidates to apply. If your career is just starting, hasn’t followed a traditional path, or includes alternative experiences, don’t let it stop you from applying. Why AWS Amazon Web Services (AWS) is the world’s most comprehensive and broadly adopted cloud platform. We pioneered cloud computing and never stopped innovating — that’s why customers from the most successful startups to Global 500 companies trust our robust suite of products and services to power their businesses. Work/Life Balance We value work-life harmony. Achieving success at work should never come at the expense of sacrifices at home, which is why we strive for flexibility as part of our working culture. When we feel supported in the workplace and at home, there’s nothing we can’t achieve in the cloud. Inclusive Team Culture Here at AWS, it’s in our nature to learn and be curious. Our employee-led affinity groups foster a culture of inclusion that empower us to be proud of our differences. Ongoing events and learning experiences, including our Conversations on Race and Ethnicity (CORE) and AmazeCon (gender diversity) conferences, inspire us to never stop embracing our uniqueness. Mentorship and Career Growth We’re continuously raising our performance bar as we strive to become Earth’s Best Employer. That’s why you’ll find endless knowledge-sharing, mentorship and other career-advancing resources here to help you develop into a better-rounded professional. BASIC QUALIFICATIONS Bachelor’s Degree in Mechanical Engineering or equivalent experience. • 10+ cumulative years of design experience with industrial or commercial engineering in Mission Critical facilities including but not limited to: data centers, power generation, oil / gas facilities. (Experienced Engineer) • Experience with the operation/maintenance or resident design engineer or hands-on mechanical design consultant. • Knowledge of building codes and regulations

The Candidates are responsible to meet Poultry Farmers, Doctors, distributors, Ruminants Farmers, and such customers Introduce the products of OjasToAura Do trials/Demos convert into business Product Forecast Target achievement Expand business team building Salary and other perks are negotiable to right candidates. Candidates from Animal nutrition and wellness products are preferred.

Position: Senior Mechanical Static Engineer Location: Chennai Department: Engineering Reports To: Lead Mechanical Engineer Position Type: Full-time Job Summary: The Senior Mechanical Static Engineer will be responsible for the design, analysis, and optimization of mechanical static equipment and systems throughout the Conceptual, FEED , and Detailed Engineering phases of oil and gas projects. The role involves leading the mechanical design of stationary equipment such as pressure vessels, heat exchangers, boilers, storage tanks, piping systems, and structural supports, ensuring compliance with industry standards, client requirements, and project specifications. Key Responsibilities: 1. Conceptual Design Phase: Lead the mechanical static engineering efforts during the conceptual design phase for oil and gas projects. Define and review the scope of mechanical static equipment based on the project's process requirements and operational needs. Perform conceptual design studies for pressure vessels, storage tanks, heat exchangers, and piping systems. Develop preliminary design layouts for mechanical static equipment, considering space constraints, ease of maintenance, and integration with other systems. Conduct initial feasibility studies, preliminary mechanical calculations, and equipment sizing. Collaborate with process engineers to define the mechanical requirements for static equipment based on the process flow diagrams (PFDs) and piping and instrumentation diagrams (P&IDs). Provide input into the projects cost estimation and schedule, identifying key technical risks related to mechanical static systems. Prepare initial reports and presentations to communicate design concepts to stakeholders and clients. Ensure all conceptual designs comply with industry codes and standards (e.g., ASME, API, TEMA, etc.). 2. FEED (Front-End Engineering Design) Phase: Lead the mechanical design development for static equipment during the FEED phase, ensuring designs are fully integrated with the overall project. Develop detailed calculations and specifications for pressure vessels, heat exchangers, storage tanks, and other mechanical static equipment. Work with process, piping, and structural engineers to ensure that mechanical static systems are effectively integrated into the overall plant design. Conduct detailed equipment sizing, including thermal analysis for heat exchangers, mechanical design for pressure vessels, and structural design for supports. Prepare equipment datasheets, material specifications, and design criteria in accordance with client specifications and regulatory requirements. Review vendor documents, including equipment specifications, design drawings, and material submittals. Participate in project risk assessments (HAZID, HAZOP) and ensure that mechanical static systems address potential hazards and risks. Identify and mitigate any design challenges, ensuring that solutions meet safety, quality, and cost objectives. Coordinate with procurement teams to ensure that the selected materials and equipment meet the technical and regulatory standards required by the project. Ensure designs are optimized for cost, schedule, and performance. 3. Detailed Engineering Phase: Lead the detailed mechanical engineering design for all static equipment, ensuring that design outputs meet project requirements, client specifications, and industry codes. Perform advanced mechanical calculations for static equipment, such as ASME calculations for pressure vessels, structural analysis for tank supports, and heat transfer calculations for exchangers. Finalize mechanical drawings and design layouts for all mechanical static systems, including pressure vessels, heat exchangers, storage tanks, and associated piping systems. Review and approve mechanical design documentation, including equipment datasheets, installation and fabrication drawings, and calculations. Work closely with other disciplines (civil, structural, electrical, and instrumentation) to ensure seamless integration of mechanical static systems into the overall project design. Coordinate the selection of materials and components, ensuring compliance with mechanical design standards, and that materials are suitable for the operating environment. Provide technical leadership during the procurement process by reviewing vendor quotations, assessing technical proposals, and ensuring compliance with design specifications. Oversee the preparation of material take-offs, Bill of Quantities (BOQ), and cost estimation for mechanical static equipment. Provide technical guidance to junior engineers and designers, reviewing their work and ensuring adherence to quality standards. Participate in site visits to assess construction and installation progress, troubleshooting design issues as necessary during construction and commissioning. Provide ongoing technical support to construction teams and resolve any issues related to mechanical static systems during installation, testing, and commissioning. Lead or participate in design reviews and provide technical expertise to ensure that all design aspects are covered and risks are identified. 4. General Responsibilities: Ensure that all designs meet relevant industry standards (e.g., ASME, API, etc.) and client-specific requirements. Develop and review technical reports, project documentation, and design calculations, ensuring the integrity and quality of deliverables. Liaise with clients, contractors, and other stakeholders, providing technical expertise and supporting project coordination. Stay updated with the latest industry standards, technologies, and best practices for mechanical static design. Contribute to the preparation of project schedules, monitoring the progress of mechanical static design deliverables to ensure timely completion. Participate in continuous improvement initiatives, providing feedback on design and project execution processes to enhance efficiency. Qualifications: Bachelors degree in Mechanical Engineering or a related field. A Masters degree is preferred. 8+ years of experience in mechanical engineering with a focus on static equipment design for the oil and gas industry. Extensive experience with the design of mechanical static equipment, including pressure vessels, heat exchangers, storage tanks, piping systems, and supports. Strong knowledge of industry codes and standards such as ASME (e.g., ASME BPVC, ASME VIII, ASME B31.3), API, and others. Proficiency in mechanical design software (e.g., PVElite, AutoCAD, CAESAR II, etc.). Strong project management skills, including the ability to lead teams, manage resources, and meet project deadlines. Experience working in multi-disciplinary project teams, collaborating with process, structural, electrical, and instrumentation engineers. Strong communication, presentation, and interpersonal skills. Knowledge of material selection, procurement processes, and vendor management. Work Conditions: Office-based. Occasional travel to client sites /Client Meeting as required. Mail - sindhu.s@firstmeridian.com ph- 8072856823 Location - Ekkattuthangal ,chennai

Job Role Text Lead Engineer Tie-in Systems Job Location RCP, Navi Mumbai Main Purpose We are seeking an experienced and technically proficient Senior Lead Subsea Tie-in Engineer with over 10 years of experience in subsea and over 15 years of experience in Oil & Gas industry. In this role, selected candidate will be responsible for managing work package for single and multi-bore connection system and ROV tooling during project life cycle, provide technical support to O&M team, interface with cross-functional teams within Company. Job Accountabilities (Duties and Responsibilities). Project Management: Lead and manage work package for single and multi-bore connection system and ROV tooling throughout complete project life cycle. Review and resolve technical queries during bid evaluation process. Vendor document review, attending drawing reviews and ensuring accuracy. Co-ordination and Supervision of work during subsea equipment Fabrication, testing (FAT/EFAT/SIT), offshore construction / installation, pre-commissioning, commissioning, start-up phases and the project handover. Scope and Contract Oversight: Co-ordinate and Manage Master Equipment List / MTO for subsea hardware package. Participate in ITT development, bid evaluation, and contractor selection for SPS, SURF and EPIC packages. Manage engineering, procurement, and systems completion activities for assigned scope. Coordination and Communication: Collaborate and interface with Internal functional teams and external agencies / contractors. Ensure smooth transitions between project stages and clear communication with stakeholders. Provide support to O&M team. Leadership and Compliance: Uphold HSE standards. Co-ordinate with engineering, construction teams, and vendors. Lead, mentor, and coach team members. Skills and Qualifications Required (Knowledge and Skills) Good knowledge of subsea systems Prepare power point presentations on technical aspects to senior management Qualification: Bachelors degree in engineering in Mechanical Engineering or a related field. Experience: Minimum 12 years in capital project execution, preferably in oil and gas or related industries. Broad experience in project management, engineering, procurement, and construction. Exposure to Subsea design with expertise in subsea systems, subsea hardware & controls, subsea operations. Exposure to Typical Project life cycle (i.e. concept, FEED, detailed engineering, fabrication, installation, and pre-commissioning) for deepwater / ultra deepwater green and brownfield developments. Experience in Technical Interface Management. In depth knowledge of Subsea Production Systems and equipment supplied by Major OEMs. Familiarity with Company Furnished Material (CFM) management / supply chain management between Stakeholders / Contractors. Exploration & Production