Taking full responsibility over the design activities and take responsibility of the basic and detailed electrical engineering, as well as the follow up of the schedules. To manage the purchase of any kind of electrical equipment for the project and participate in the project startup up to stabilization and formal closure, side by side and well-coordinated with the other disciplines project team. To take active participation and involvement in projects through the preliminary execution of proposals for equipment sizing calculations, main and distribution substations, and single line diagrams and any other electrical engineering necessities arisen during any phase of the project. To review and develop calculations for electrical and automation equipment's and materials. To support the projects construction team during project execution, startup and commissioning stages, providing im mediate and effective solutions in order to ensure cost, quality, and execution time. As well as active participation during the startup and commissioning of the project in the electrical discipline mainly. Participate in the evaluation of global Electrical installation technologies and equipment's suppliers in order to keep up to date the Company standards. Ensuring the most competitive cost and quality. (like: Grounding, lightning, lighting, wirings, motors, transformers, switchgears, MCC, field devices, etc.). To review all the information, drafts and certified engineering deliverables from the electrical equipment's suppliers. To support other Company departments (Procurement, Projects) in the related activities of its disciplines when required (Review of technical information of Vendor offers, development of internal technical procurement documentation, review of Vendors technical documentation, ). To implement the applicable project job specification, standards and international codes to develop the projects. To work internally the Electrical designers within electrical department. To supervise externally outsourced engineering, when applicable. To participate and lead when required the engineering meeting internally and externally with clients. To develop itself the most critical designs, support other designers. To coordinates with other engineering disciplines and project specialist at NOVARGI Indian branch and/or Headquarters to improve the better engineering solutions for the global project and to close any interface and task. Preferred candidate profile Master or Bachelor's Degree in Electrical Engineering. Minimum 8 -10 years' experience in similar function. Experience in companies providing engineering services to the Oil and Gas, Chemical, Refining or Petrochemical Industry. At leat six years Electrical Project Engineer at site related to industrial plants. Knowledge and Experience of ETAP and DIALUX Wide knowledge and experience in the applicable software as ETAP, ETAB, EPLAN, Lighting software, AUTOCAD and other. Wide knowledge of IEC code. Fluent in English.

Job Summary: We are seeking an experienced Lead Piping Engineer to oversee the design and engineering execution of the piping section for domestic and international detailed engineering projects in our Pune Office . This role involves developing technical purchase specifications, aligning with suppliers, conducting technical reviews, and ensuring compliance with applicable codes and standards. Location: Pune, India Key Responsibilities: The Lead Piping Engineer will be responsible for: Design and Documentation: Writing Piping Design Basis, PMS, and technical purchase specifications. Preparing equipment layouts, piping layouts, GADs, isometrics, nozzle orientations, and pipe supports. Generating MTO/BOM and conducting stress analysis. Supplier and Technical Coordination: Participating in technical alignment and reviewing supplier offers. Issuing technical comparison tables and validating supplier technical documents. Reviewing valves lists and validating process data in collaboration with the process team. Client and Regulatory Compliance: Reviewing client design basis, applicable codes and standards, and incorporating local regulations. Ensuring compliance with HSE requirements in piping design. Project Collaboration: Managing engineering sub-contractors, defining RFQ packages, and evaluating subcontractor performance. Participating in meetings with clients, PMC, vendors, and internal teams. Leading weekly piping discipline meetings and contributing to in-house project reviews. 3D Modelling Expertise Proficient in 3D modelling processes, tools, and procedures. Reviewing 3D models for compliance with client specifications and ensuring maintenance and accessibility of equipment, piping, and instruments. Qualifications & Experience: Education: BE Mechanical / Chemical. Experience: 10 to 15 years in EPC or Oil & Gas sector with strong exposure to piping engineering. Technical Skills: Expertise in E3D, PDMS, Plant 3D, and AutoCAD. In-depth knowledge of ASME, DIN, ISO 9000/14000, and other relevant codes. Proficiency in MS Office, especially Excel. Strong understanding of piping and valve materials. Languages: Fluent in English and Hindi. Preferred Skills: Leadership, teamwork, and adaptability in dynamic environments. Problem-solving abilities and an interest in development projects If you are passionate about crafting innovative engineering solutions, committed to excellence, and eager to make a meaningful impact on the Energy Process Industry, we invite you to be part of our dynamic team.

About The Role: Instrumentation & Control Engineering will be involved in Oil, Gas & Energy projects such as supply and installation of Fired Heaters, Reformers, Process skids mounted packages, Gas processing Plants, Incineration packages, . Provide technical input during the design phase for robust controls systems for next generation equipment. Develop and deploy software solutions for hydrogen generation systems focused around process control and optimal system performance Create and manage programs for Human Machine Interfaces (HMIs) and Programmable Logic Controllers (PLCs), PCS. Development of Spec, MR, Technical Bid Evaluation and Vendor Print Review of Field Instrument Packages, Control Valves, On Off Valves, Instrument Bulks. Assists in developing or reviews discipline material quantity estimates. Preparation of Complex Loop Control Narratives, Cause and Effect Matrix for Process and F&G System, logic narratives. Development of I/O data base for DCS, SIS, F&G and Vendor Packages. Good working knowledge of the control system platform(s) of at least one of the following vendors; ABB, Emerson, Honeywell, Yokogawa. Preparation of Design Criteria for Controls and Instrumentation. Create and manage methods for data acquisition and interpretation of system information Perform system tests to ensure that software and automation solutions are effective and reliable both pre and post deployment Create and provide training to users on system interfacing and troubleshooting Refine system automation and software solutions based upon field data and stakeholder input Develop, read, and interpret Process & Instrumentation Diagrams (P&IDs) and Schematics as needed Assist in developing tracking indicators and display for system performance Perform all other duties as assigned Prepare / provide guidance for preparation of control system (BPCS, ESD, F&G, PCS etc) design, procurement, and implementation. Review Instrument hook-up, installation, and location design. Requisitions for quotation and for purchase Review vendor documents and quotations for compliance with project requirements. Participation in 3D Model Review Sessions. About Your profile: BE degree in Instrumentation Engineering, Information Systems or other relevant field of study 8 Years or more years of relevant work history EPC, PMC & EPCM Companies predominantly in Oil and Gas. Prior experience with Oil & gas processing preferred Experience with PLC Programming Ladder Logic, Functional Block Diagram, Sequential Flow Charts HMI Programming Have experience of any of them - Schneider automation suite , Allen Bradley, Honey well , Siemens or Yokogawa Modbus , Profibus Protocol Microsoft Office suite Demonstrated analytical abilities with strong attention to detail Superior communication skills Ability to manage complex projects and multi-task effectively Excellent follow-through Must be driven and self-motivated Must possess the highest ethical standards and a commitment to work quality Knowledge and experience in the applicable software of the discipline, and other common software as Autocad and Microsoft Office applications. Expertise of PLC programming of the main international specialist companies (Rockwell, Siemens, ). Expertise in the definition of Oil & Gas Plant Control Architectures. Expertise in SCADA and distributed control system (DCS) systems. Exprtise in Safety Instrumented System (SIS, ESD). Expertise in Machine monitoring systems (MMS). Knowledge in Intools database (Smart Plant Instrumentation), P&IDs. Professional English level. Required Knowledge And Skills Basic technical knowledge of Control System engineering in Oil and Gas. Thorough knowledge of discipline engineering techniques, the design of engineered systems, and engineering and design calculations. Understanding of industry regulatory codes and standards. Broad knowledge of the application of engineering to plant constructability as applied to construction methods and materials. Job knowledge of various types of field Instrumentation, PCS, DCS, PLC, Hazardous areas is essential.

Job Description: Must have good knowledge of materials selection principles, corrosion mechanisms, material testing, corrosion assessments and corrosion control / mitigation strategies. Familiar with international codes and standards, such as NACE MR0175, API 571, NACE, ASTM, API and other industry standards. Responsible for preparing detailed reports on material selection (corrosion control documents, material selection diagram, etc.), review testing results, and corrosion management activities. Responsible for providing expertise in material selection, corrosion prevention and its damage mechanism for various components and systems during the design phase of projects. Responsible for investigating material failures and corrosion incidents to determine root causes and develop and recommend corrective actions and preventive measures to avoid future occurrences. Responsible for staying updated with advancements in material science and corrosion engineering and work collaboratively with SMEs, cross-functional teams, project managers and other stakeholders to develop and deploy materials, corrosion and coatings solutions.

The Static Equipment Design Engineer will be responsible for the detailed engineering, design, and specification of static equipment such as pressure vessels, heat exchangers, storage tanks, and process columns in accordance with project requirements and industry codes. The ideal candidate should have hands-on experience in EPC project execution in the Oil & Gas sector. Role & responsibilities Design and engineering of static equipment (pressure vessels, columns, drums, heat exchangers, air coolers, storage tanks, etc.) in accordance with project specifications, applicable codes (ASME, API, TEMA, etc.), and client standards. Preparation and review of engineering deliverables: datasheets, specifications, design calculations, material requisitions, and technical bid evaluations. Interface and coordinate with other engineering disciplines, procurement, and vendors during equipment selection and procurement phases. Review and approve vendor documents and drawings (GA, fabrication drawings, testing procedures, etc.). Perform mechanical design calculations using software like PV Elite and CodeCalc. Participate in HAZOP, 3D model reviews, and inter-disciplinary coordination meetings. Support procurement and construction teams during technical clarifications and site issues. Ensure timely delivery of equipment engineering deliverables in line with project schedule and budget. Preferred candidate profile Bachelors degree in mechanical engineering (or equivalent). 5 to 6 years of relevant experience in static equipment design within EPC projects for Oil & Gas, Petrochemical, or Refinery sectors. Strong knowledge of international codes and standards (ASME Sec VIII Div.1/2, API 650/620, TEMA, etc.). Proficiency in design software like PV Elite, Nozzle pro, and AutoCAD. Good understanding of materials, welding, NDT, and fabrication processes. Excellent communication and coordination skills. Ability to handle multiple tasks and work in a fast-paced project environment.

Role & responsibilities As a Piping Material Engineer, you will work closely with our existing team to deliver projects for our clients while continuing to develop your skills and experience etc. Preparation of Piping Line Class Specifications Preparation of Pipe Wall Thickness Calculations Preparation of Valve Material Specifications Preparation of Valve Data Sheets Perform valve take off from P&IDs Keep track of all Design changes from P&IDs and managing surplus / needs Monitor Piping material requirements and adjust material delta requisitions Knowledgeable compiling of requisition packages with all applicable documents Design and selection of Piping Material Specification for Piping Systems Preparation of Data Sheets for the Piping Specialty Items Preparation of MR (Material Requisition) for quotations and purchase Review the Vendor offers, do technical discussions with the vendors, and prepare TBE (Technical Bid Evaluation) Vendor Documents Review Prepare the list of Piping Specialty Items like Steam Traps, Strainers, Hoses, etc. Knowledge in Testing and Inspection Requirements for Piping Components and Valves Compliance with Specifications and Industrial Quality Standards Prepare Request for Quotation (RFQ) packags for piping bulk items, valves, and specialty items. Conduct technical evaluation of vendor bids, including preparation of technical and commercial bought outs and technical bid analysis (TBA) reports. Review and verify vendor documents and drawings related to valves and piping specialties. Provide technical support and coordination across interfacing teams , including engineering, procurement, and construction groups. Resolve all project-related piping material issues , including reviewing and advising on technical deviations proposed by vendors and contractors. Identify scope deviations and change magnitudes related to piping materials. Ensure quality control procedures are implemented and adhered to during all project phases. Maintain clear and professional communication (verbal and written) within the piping team and across other engineering disciplines. Extract and manage Piping MTO (Material Take-Offs) and generate Inch Dia / Inch Metre reports . Assist in cost estimation for piping materials and construction activities such as equipment erection, fabrication and erection works, insulation, and painting. About You To be considered for this role it is envisaged you will possess the following attributes: Bachelors degree in mechanical engineering. Knowledge of relevant codes- ASME, ASTM, API, EN, DIN, JIS etc. Good Communication Skill. English Fluent in Speaking and Writing Good Team Player. Self-Motivated with a Drive for Results, Improvement, and Innovation 8+ years experience in onshore/offshore Oil & Gas industry, Petrochemical, Chemical, Power, Refineries.

Key Responsibilities: User Management: Manage user accounts, permissions, and access levels within the AVEVA E3D system. Interact with users and discipline leads to document requirements and special needs. Coordinate with designers from various engineering disciplines to meet project deliverables. Troubleshoot and escalate technical issues for quick resolution. System Configuration and Setup: Configure and set up the AVEVA E3D environment, including user roles, permissions, and project-specific settings. Create catalogues, specifications, and write PML code. Develop E3D database structures to enable 3D design and deliverables creation. Create E3D models based on 3D modeling procedures with required databases, teams, and access rights. Customization and Configuration: Customize and configure AVEVA E3D to meet organizational needs, including user interfaces, workflows, and reports. Write macros and customize tools to optimize productivity and workflow efficiency. Perform routine checks on models through data verification and project auditing. Configure and customize pipe, tray, and HVAC supports as per project requirements. Data Management and Integration: Oversee data management processes, including data import/export, integrity checks, and integration with other software systems. Generate reports from E3D models for layout and material groups. Upload specification files and ensure their completeness and correctness. Set up the ISODRAFT module for generating isometrics and troubleshoot errors. Update model review files using Navisworks and share them with the design/fabrication teams. Training and Documentation: Develop training materials and documentation for onboarding new users and training existing users. Ensure users have the necessary knowledge and skills to effectively utilize the software. Technical Support and Troubleshooting: Provide technical support and troubleshooting assistance to users. Diagnose problems and implement solutions to ensure smooth operation and minimize downtime. Other Tasks: Demonstrate strong technical and problem-solving skills. Exhibit excellent communication and interpersonal skills. Pay attention to detail and work collaboratively in a team environment. Familiarity with pipe supports and CEASER-II software is a plus. Qualifications and Education: Bachelor's degree in engineering or equivalent technical diploma. Minimum of 5+ years of experience in EPCI business applications as an administrator. Strong technical experience and familiarity with industry standards and regulations. Excellent communication and presentation skills, both written and spoken.

Role & responsibilities Perform piping stress analysis using CAESAR II. Collaborate with design engineers to review and optimize piping designs, taking into account factors such as temperature, pressure, vibration, and seismic loads. Conduct pipe flexibility calculations to ensure they can expand, contract, and move appropriately under different operating conditions. Identify and evaluate potential stress hotspots in piping systems and propose design solutions to mitigate risks. Generate detailed technical reports documenting stress analysis results and design recommendations. Collaborate with construction and maintenance teams to ensure that pipes are installed according to design specifications and safety standards. Participate in safety reviews and risk analysis to identify potential issues in the design or installation of piping systems. Stay up to date on regulations and industry standards related to piping system design and integrity. Prepare Project Design Basis for stress analysis. Develop and maintain Stress Critical Line Lists . Perform piping stress analysis using CAESAR II. Generate Stress Analysis Reports in project-specific deliverable formats. Mark-up isometrics with stress-related data such as routing changes, support locations and types, etc., for 3D model updates . Provide Piping Load Summaries as inputs for Civil/Structural engineering teams. Prepare datasheets , RFQs/MRs , Technical Bid Analysis (TBA) , and Vendor Document Reviews (VDR) for bought-out supports (e.g., spring hangers). Knowledge & Skills Requirements: Essential Technical Competencies: Thorough knowledge of ASME B31.3 code requirements related to stress and safety. Proficiency in flange leakage evaluation and nozzle displacement calculations. Strong grasp of pipe support types and construction . Understanding of spring hanger selection criteria . Experience with buried piping stress analysis . Ability to navigate 3D models using Navisworks . Desirable Additional Skills: Familiarity with WRC calculations . Experience in Nozzle stiffness evaluation using NozzlePro . Exposure to non-metallic piping stress analysis (e.g., GRP systems). Strong English communication skills both written and verbal.

Role & responsibilities Project safety lead discipline engineering activities/deliverables developments such as HSE/Process safety Philosophy, Fire and Gas Detection layouts, Active & Passive Fire Protection Systems, Hazardous area classification requirement in Basic, FEED & Detail Engineering design of Petrochemical, Refinery, Oil & Gas onshore/offshore process Plants. Process Safety Lead engineering activities for specifying the safety and Loss Prevention Requirements, Carrying out Safety Reviews & Process Hazard Analysis Studies (HAZID, HAZOP, SIL, HAZAN (Consequence analysis) and Risk Analysis /Assessment, HSE/safety CASE Development, HSEIA). Well experienced in Process Plant operation & stabilization, safe start up and shutdown activities, handling of plant trouble shootings and commissioning activities. Also well versed with technical services activities for process safety issues, Project Engineering, vendor co-ordination, Pre-commissioning & Commissioning activities. Process safety incident reporting/evaluation and investigation. Preparation of process safety equipment Data sheet, specification, RFQ documents, Scope of work development for safety engineering studies. Technical Bid Analysis and Vendor Document Review. Proposal preparation, Vendor Evaluation. Familiar with review of software input and output and modelling work. Overall Engineering and vendor coordination, developmental activities, and other Project functions. Conversant with various NFPA, API standards, IEC, IP, Shell Standards, OISD standards, GAP Guidelines. Facilitation of and participation in HAZID, HAZOP, LOPA and other risk management workshops. Providing leadership and quality assurance for deliverables to clients. Demonstrated strong skills in one or more of the following: Quantitative Risk Assessment (QRA). Integrating process safety within the design process and/or operating practices PHA facilitation (HAZID, HAZOP, LOPA, SILA, etc.) Consequence and frequency analyses Fault / Event Tree Analysis Quantitative Risk Assessment (QRA). Authoring Safety Cases, including ALARP demonstrations Bow Tie Analysis Fire & Explosion Analysis. Fire Protection related studies. Excellent problem-solving skills and ability to provide advice on technical issues both externally and internally. Adaptable to changing working hour requirements as needed to accommodate project work and client needs in other time zones. The above responsibilities are in brief but not limited to it & other task may be given as per the business requirements Preferred candidate profile

Role Responsible for designing, planning, and overseeing construction and maintenance of infrastructure projects. This role demands a strong technical background, excellent project management skills, and the ability to work collaboratively with multidisciplinary teams. Responsibilities: Design and develop civil engineering solutions for oil and gas infrastructure projects, including pipelines, storage facilities, and processing plants for pipe racks, electrical and control building, platforms and equipment foundations. Prepare detailed engineering designs, drawings, and specifications using CAD and other engineering software like SAP/SAFE/NAVIS and preparing calculation notes. Conduct site assessments, surveys, and to determine project requirements and constraints including review and reply to the site TQs Collaborate with project managers, architects, and other engineering disciplines to ensure cohesive project execution. Ensure that all designs comply with industry standards, regulations, and safety requirements. Prepare BOQ (Bill of Quantity) for civil works. Provide technical support during construction, including addressing technical queries and managing design changes. Stay updated with the latest industry trends, technologies, and best practices in civil engineering and oil and gas projects. Ability of complete underground design for trenches, surface water design and preparing underground composite plan. Requirements: Bachelor's degree in Civil Engineering or a related field. A Master's degree is a plus. Professional Engineer (PE) license or equivalent certification is preferred. Minimum of 10 years of experience in civil engineering design, specifically within the oil and gas industry. Proficiency in CAD software (AutoCAD, Civil 3D, etc.) and other relevant engineering tools. Strong understanding of civil engineering principles, construction methods. Strong analytical and problem-solving abilities. Effective communication and interpersonal skills, with the ability to work collaboratively in a team environment. Willingness to travel to project sites as needed.

Role & responsibilities Process Engineer will be involved in Oil, Gas & Energy projects such as supply and installation of Fired Heaters, Reformers, Process skids mounted packages, Gas processing Plants, Incineration packages, . To take responsibility over the design activities and take responsibility of the basic and detailed Process engineering, as well as the follow up of the schedules. Carry out the analysis and design of processes, equipment and/or instrumentation according to the requirements of the facility and the client, optimizing said design to facilitate the work of other disciplines. Definition of the conceptual and basic engineering of the installation and/or equipment required by the client. To manage the preparation of data sheets, specifications and other documents of Process engineering discipline present in the project, including the necessary calculations. Guarantee, promote and maintain adequate communication with the other engineering disciplines. Control and follow-up of Process Engineering documentation (Customer Requirements, deliverables to Customer and Vendor documentation). To guarantee the proper management of the approval cycle of the Process Engineering documents both with the Clients and the Vendors. With this purpose of proper management of the documentation, proprietary ERP systems shall be the base of these tools. To manage and guarantee the preparation of the necessary Process Engineering documentation (technical, scope of supply, scope of works, ) for the procurement process (MRQ, technical annexes, VDDR document, ). Analyze the conformity and, where appropriate, technically validate the offers of the suppliers in relation to the purchases of the project of refractory, pumps, blowers, burners and other equipment that is required. Guarantee, promote and maintain adequate communication with suppliers when defining and resolving the supply of the referred equipment and materials. To manage and guarantee the technical tabulations of the Technical Offers received from the vendors of the referred equipment and materials. In coordination with the Commercial Department, participate in the generation of proposals for Clients to the extent required, as well as participation during this phase in meetings with Clients and Suppliers when required. To manage the assistance during the commissioning and start-up activities at Sites. Report to the Engineering Director of the progress of engineering works as well as time and time deviations from the established objectives. To travel internationally when and as required. About Your profile: Master or Bachelor's Degree in Industrial Engineering Bachelor (degree). Preferably Degree in Chemicals, Thermal Processes, Energy. Minimum 10 years experience in similar functions. Expertise as Process Engineer within International Projects. Experience in companies providing engineering services to the Oil and Gas, Chemical, Refining or Petrochemical Industry. At least six years of experience as Process Engineer at site related to industrial plants. Expertise and experience in the applicable software of the discipline (Aspen, Hysis) and others software as Autocad and Microsoft Office applications. Knowledge and experience of other common softwares as Autocad and Microsoft Office applications. Expertise with ASME, API codes, and other engineering applicable codes. Professional English level.