Only Design Engineering profiles are accepted; Onsite/Field profiles are not considered.Responsibilities:1. Create and maintain accurate electrical load lists for projects, ensuring alignment with project specifications and requirements.2. Demonstrate proficiency and hands-on experience in ETAP, Dialux, AutoCAD, and E3D software for electrical design and analysis tasks.3. Develop comprehensive protection schemes, single-line diagrams, and substation layouts to ensure efficient and reliable power distribution systems.4. Design cable trench/tray routing, earthing systems, and lighting layouts for optimal functionality and safety within plant areas.5. Utilize AGI 32, Luxicon, and industry best practices to perform lighting illumination calculations and provide guidance on lighting schemes and controls.6. Conduct bulk estimation and prepare Material Take Off (MTO) for power, lighting, and earthing systems. Prepare Purchase Requisitions (PRs) and Data Sheets as required.7. Prepare Technical Bid Evaluation reports and review vendor documents to ensure compliance with project standards and specifications.8. Guide designers in 3D modeling and 2D drafting, coordinating with other disciplines to integrate electrical designs seamlessly.9. Demonstrate expertise in 2D CAD tools like AutoCAD and MicroStation, as well as 3D model review software such as SPR and Navisworks.10. Ensure all design deliverables comply with applicable industry codes, standards, and project requirements.11. Coordinate effectively with other engineering disciplines, conduct thorough document checks, and review drawings before release to maintain quality and accuracy.12. Assist the lead engineer in work planning, progress monitoring, and ensuring adherence to scheduled completion of engineering documents.Additional Skills:1. Strong analytical and problem-solving abilities.2. Effective communication and interpersonal skills.3. Proactive approach to work with attention to detail.4. Team collaboration and leadership capabilities.5. Adaptable to changing project needs and deadlines.6. Commitment to continuous learning and professional development.7. Familiarity with Quality, Environmental, Health, and Safety (QEHS) standards and regulations is a plus.

Only Design Engineering profiles are accepted; Onsite/Field profiles are not consideredResponsibilities:1. Develop and review technical specifications, drawings, and documentation for instrumentation and control systems, ensuring compliance with industry standards and project requirements.2. Conduct detailed engineering calculations and analyses for instrument sizing, signal and control cable sizing and control valve selection, DCS specification, and safety instrumented systems.3. Collaborate with cross-functional teams, including process engineers, electrical engineers, and project managers, to ensure seamless integration of instrumentation systems with overall project objectives (IDC)4. Provide technical guidance and mentorship to junior engineers and technicians, ensuring the development of their skills and expertise in instrumentation and control engineering mainly Hookup & BOQ preparation. 5. Participate in vendor evaluations, selection, and coordination for instrumentation components and systems.6. Ensure adherence to quality, safety, and regulatory requirements in all instrumentation and control engineering activities.7. Calculate man hours and evaluate bids in compliance with RFQs. Follow the Master Deliverable list while generating and completing discharge deliverable targets. Additional Skills:1. Extensive knowledge and experience in instrumentation engineering, including instrumentation design, control systems.2. Proficiency in engineering software and tools such as AutoCAD, SPI-INTOOLS, AVEVA Inst.Module. 3. DCS systems (e.g., Honeywell, Emerson), and SCADA systems along with FAT & SAT to be conducted Individually along with the Vendors at client Locations. 4. Based on the Job requirements he may deputed at site for Assisting the Commissioning and precommissioning actives 5. Strong analytical and problem-solving skills, with the ability to analyze complex technical issues and propose effective solutions.6. Excellent communication and interpersonal skills, with the ability to collaborate effectively with internal teams, clients, and vendors.7. Leadership and project management skills, with the ability to lead projects, manage resources, and deliver results within project timelines and budgets.8. Familiarity with Quality, Environmental, Health, and Safety (QEHS) standards and regulations is a plus

Only Design Engineering profiles are accepted; Onsite/Field profiles are not considered.Responsibilities:1.Lead and oversee mechanical engineering projects from concept to completion, ensuring adherence to project specifications, schedules, and budgets.2.Conduct feasibility studies, design calculations, and simulations for mechanical systems and components.3.Develop detailed engineering designs, including 3D models, drawings, and specifications for equipment, machinery, and systems.4.Perform stress analysis, structural analysis, and fluid dynamics analysis as required for mechanical designs.5.Evaluate and select appropriate materials, components, and suppliers for mechanical systems and equipment.6.Coordinate with cross-functional teams, including other engineering disciplines, procurement, and project management, to ensure seamless project execution.7.Conduct risk assessments, troubleshoot technical issues, and propose effective solutions to optimize mechanical designs and performance.8.Review and approve technical documentation, including drawings, calculations, and reports, ensuring compliance with industry standards and regulatory requirements.9.Mentor and provide guidance to junior engineers and support staff, fostering a culture of continuous learning and professional development.10.Collaborate with clients, contractors, and vendors to address project requirements, specifications, and technical queries.Additional Skills:1.Proficiency in CAD software such as AutoCAD, SolidWorks, or similar tools for 3D modeling and design.2.Knowledge of relevant codes, standards, and regulations in the mechanical engineering field.3.Strong project management skills, including planning, resource allocation, and progress tracking.4.Excellent communication skills, both verbal and written, for effective collaboration and reporting.5.Ability to work independently as well as part of a team, with a focus on achieving project goals and deliverables.6.Familiarity with industry best practices, emerging technologies, and innovations in mechanical engineering.7.Commitment to quality, safety, and environmental standards in engineering design and implementation.8.Familiarity with Quality, Environmental, Health, and Safety (QEHS) standards and regulations is a plus.

Onsite/Field profiles are not considered.Responsibilities:1. Develop detailed project plans and schedules using Primavera Project P6 for identified projects.2. Perform project planning and control activities for large EPC projects in the Oil & Gas and Fertilizers sectors.3. Update project baselines, conduct critical path analysis, and implement fast-tracking and crashing techniques as needed.4. Monitor project progress, generate MIS reports, and conduct S Curve analysis for project performance evaluation.5. Maintain the Master Project Schedule for all ongoing and forecasted projects to support resource planning and allocation.6. Coordinate with engineering, procurement, and construction teams to ensure project deliverables are on schedule.7. Review project schedules of contractors, vendors, and subcontractors to ensure alignment with project timelines.8. Prepare and review invoices, progress reports, and project status updates for owners, clients, and stakeholders.9. Conduct resource loading analysis for manpower, machinery, and material requirements.10. Assist in project risk assessment, mitigation planning, and issue resolution.11. Prepare weekly and monthly project reports highlighting key milestones, progress, and challenges.12. Ensure compliance with project management processes, standards, and best practices.13. Collaborate with cross-functional teams to optimize project planning and execution strategies.Additional Skills:1. Strong analytical and problem-solving skills.2. Excellent communication and interpersonal abilities.3. Knowledge of project management methodologies and techniques.4. Experience with data management and analysis.5. Ability to work effectively in a team and independently.6. Familiarity with industry-specific codes, standards, and regulations

Only Design Engineering profiles are accepted; Onsite/Field profiles are not considered.Responsibilities:1. Create and maintain accurate electrical load lists for projects, ensuring alignment with project specifications and requirements.2. Demonstrate proficiency and hands-on experience in ETAP, Dialux, AutoCAD, and E3D software for electrical design and analysis tasks.3. Develop comprehensive protection schemes, single-line diagrams, and substation layouts to ensure efficient and reliable power distribution systems.4. Design cable trench/tray routing, earthing systems, and lighting layouts for optimal functionality and safety within plant areas.5. Utilize AGI 32, Luxicon, and industry best practices to perform lighting illumination calculations and provide guidance on lighting schemes and controls.6. Conduct bulk estimation and prepare Material Take Off (MTO) for power, lighting, and earthing systems. Prepare Purchase Requisitions (PRs) and Data Sheets as required.7. Prepare Technical Bid Evaluation reports and review vendor documents to ensure compliance with project standards and specifications.8. Guide designers in 3D modeling and 2D drafting, coordinating with other disciplines to integrate electrical designs seamlessly.9. Demonstrate expertise in 2D CAD tools like AutoCAD and MicroStation, as well as 3D model review software such as SPR and Navisworks.10. Ensure all design deliverables comply with applicable industry codes, standards, and project requirements.11. Coordinate effectively with other engineering disciplines, conduct thorough document checks, and review drawings before release to maintain quality and accuracy.12. Assist the lead engineer in work planning, progress monitoring, and ensuring adherence to scheduled completion of engineering documents.Additional Skills:1. Strong analytical and problem-solving abilities.2. Effective communication and interpersonal skills.3. Proactive approach to work with attention to detail.4. Team collaboration and leadership capabilities.5. Adaptable to changing project needs and deadlines.6. Commitment to continuous learning and professional development.7. Familiarity with Quality, Environmental, Health, and Safety (QEHS) standards and regulations is a plus

Only Design profiles are accepted; Onsite/Field profiles are not considered.Responsibilities:1. Create and update process flow diagrams (PFDs) and piping & instrumentation diagrams (P&IDs) using AutoCAD.2. Assist in the development and modification of process and equipment datasheets, line lists, and other relevant documentation under the guidance of senior engineers.3. Collaborate with process engineers to ensure accurate representation of process designs and specifications in CAD drawings.4. Prepare detailed drawings and layouts of process equipment and piping systems, ensuring compliance with applicable Codes & Standards.5. Coordinate with other engineering disciplines to integrate design inputs and ensure consistency of project deliverables.6. Participate in document and drawing checking and review processes to ensure quality and accuracy.7. Support the Lead Engineer in drafting-related tasks, including work planning, progress monitoring, and adherence to project schedules.8. Assist in maintaining an organized and up-to-date CAD library and documentation system.9. Learn and assist in all departmental functions related to CAD drafting in process engineering.Additional Skills:1. Basic knowledge of process flow diagrams (PFDs) and piping & instrumentation diagrams (P&IDs) is a plus.2. Strong attention to detail and accuracy in drafting and design work.3. Willingness to learn and adapt to new drafting technologies and standards.4. Good communication, coordination, and teamwork skills.5. Familiarity with Quality, Environmental, Health, and Safety (QEHS) standards and regulations is a plusBasic knowledge of process flow diagrams (PFDs) and piping & instrumentation diagrams (P&IDs)

Responsibilities:1. Perform Basic & Detail Piping design engineering activities for projects.2. Develop piping layouts, isometrics, and general arrangements based on project requirements and specifications.3. Ensure compliance with Piping materials, Codes, and standards in all design activities.4. Prepare and review Piping datasheets, specifications, and technical documents.5. Conduct piping stress analysis and hydraulic calculations as per industry standards.6. Collaborate with other Engineering disciplines to integrate piping designs into overall plant design.7. Review and approve vendor drawings and documents related to piping components.8. Prepare and maintain Statutory approval drawings/documentation for piping systems.9. Utilize 3D tools such as E3D, PDS, SP3D/PDMS, MicroStation, and AutoCAD for modeling and design work.10. Participate in project meetings, design reviews, and coordination activities with stakeholders.11. Assist in site visits, inspections, and resolving technical issues related to piping installations.12. Ensure accurate documentation and record-keeping of all piping design activities.Additional Skills:1. Proficiency in Piping materials, Codes, and standards relevant to the industry.2. Familiarity with Statutory approval drawings/documentation processes.3. Strong analytical, problem-solving, and technical skills.4. Excellent communication, teamwork, and collaboration abilities.5. Ability to work independently and manage multiple tasks effectively.6. Adaptability and willingness to learn and apply new technologies and methodologies in piping engineering.7. Familiarity with Quality, Environmental, Health, and Safety (QEHS) standards and regulations is a plus.

Only Design Engineering profiles are accepted; Onsite/Field profiles are not considered.Responsibilities:1. Create and maintain accurate electrical load lists for projects, ensuring alignment with project specifications and requirements.2. Demonstrate proficiency and hands-on experience in ETAP, Dialux, AutoCAD, and E3D software for electrical design and analysis tasks.3. Develop comprehensive protection schemes, single-line diagrams, and substation layouts to ensure efficient and reliable power distribution systems.4. Design cable trench/tray routing, earthing systems, and lighting layouts for optimal functionality and safety within plant areas.5. Utilize AGI 32, Luxicon, and industry best practices to perform lighting illumination calculations and provide guidance on lighting schemes and controls.6. Conduct bulk estimation and prepare Material Take Off (MTO) for power, lighting, and earthing systems. Prepare Purchase Requisitions (PRs) and Data Sheets as required.7. Prepare Technical Bid Evaluation reports and review vendor documents to ensure compliance with project standards and specifications.8. Guide designers in 3D modeling and 2D drafting, coordinating with other disciplines to integrate electrical designs seamlessly.9. Demonstrate expertise in 2D CAD tools like AutoCAD and MicroStation, as well as 3D model review software such as SPR and Navisworks.10. Ensure all design deliverables comply with applicable industry codes, standards, and project requirements.11. Coordinate effectively with other engineering disciplines, conduct thorough document checks, and review drawings before release to maintain quality and accuracy.12. Assist the lead engineer in work planning, progress monitoring, and ensuring adherence to scheduled completion of engineering documents.Additional Skills:1. Strong analytical and problem-solving abilities.2. Effective communication and interpersonal skills.3. Proactive approach to work with attention to detail.4. Team collaboration and leadership capabilities.5. Adaptable to changing project needs and deadlines.6. Commitment to continuous learning and professional development.7. Familiarity with Quality, Environmental, Health, and Safety (QEHS) standards and regulations is a plus

Only Design Engineering profiles are accepted; Onsite/Field profiles are not considered.Responsibilities:Utilize your extensive industry experience to obtain and assimilate relevant design input from the Lead Engineer and other project stakeholders.Incorporate design input into deliverables, ensuring compliance with applicable codes and standards.Prepare design deliverables with meticulous attention to relevant codes and standards, utilizing STAAD, MAT 3D, and Tekla software.Coordinate promptly with other engineering disciplines and engage in vendor interactions as required.5.Thoroughly check and review all documents and drawings before releasing them at any revision status.Prepare and check deliverables in accordance with the quality plan and ensure adherence to project schedules.Assist the Lead Engineer in work planning, progress monitoring, and ensuring timely completion of engineering documents.Collaborate effectively with cross-functional teams to ensure smooth project coordination.Adhere to project schedules and contribute to the successful completion of assigned engineering tasks.Additional Skills:Industry experience in the Fertilizer, Petrochemical, or Oil and Gas plants sector.Familiarity with relevant codes and standards applicable to civil engineering design.Effective coordination and communication skills to work closely with other engineering disciplines and vendors.Attention to detail and commitment to thoroughly checking and reviewing documents and drawings.5.Ability to prepare and check deliverables according to the quality plan and adhere to project schedules.Strong work planning and progress monitoring skills.Continuous improvement mindset and willingness to contribute to process enhancements.Familiarity with Quality, Environmental, Health, and Safety (QEHS) standards and regulations is a plus.

Responsibilities:1.Utilize expertise in Caesar II software for piping stress analysis and modeling.2.Perform stress engineering of piping systems according to ASME, ANSI B31.1, B31.3 codes using Caesar II.3.Conduct evaluations of stress, displacement, forces, and moments on restraints for support design.4.Evaluate piping loads within allowable nozzle loads and select appropriate springs for necessary support.5.Prepare data sheets for Expansion joints, spring hanger, and update Pipe support standards.6.Conduct pipe thickness calculation, RF pad calculation, Forces and Moments calculation, Flange leakage calculations, etc.7.Understand the behavior of piping systems and recommend optimized designs.8.Interact regularly with various engineering disciplines and departments for project coordination.9.Develop detailed requisitions for pipe stress equipment and materials.10.Review vendor drawings and provide observations and feedback.11.Collaborate with other engineers to ensure compliance with project specifications and industry standards.12.Communicate effectively with team members, clients, and stakeholders regarding stress engineering activities.13.Provide technical guidance and mentorship to junior engineers and draftsmen in stress analysis and modeling.14.Ensure accuracy, completeness, and adherence to quality standards in all stress engineering deliverables.15.Stay updated with industry trends, codes, and best practices related to piping stress analysis.Additional Skills:1.Knowledge of 3D model review tools such as SPR, Navisworks, and AutoCAD (added advantage).2.Strong understanding of ASME, ANSI B31.1, B31.3 codes and standards for piping design.3.Experience in preparing data sheets, calculations, and documentation related to stress engineering.4.Ability to work collaboratively in a multidisciplinary environment and communicate effectively.5.Detail-oriented with excellent problem-solving and analytical skills.6.Familiarity with pipe support design, nozzle loads, and piping system optimization.7.Ability to prioritize tasks, meet deadlines, and manage multiple projects simultaneously.8.Familiarity with Quality, Environmental, Health, and Safety (QEHS) standards and regulations is a plus.