Industry : Oil & Gas/ Petrochemical/ Fertilizer Only Design Engineering profiles are accepted; Onsite/Field profiles are not considered. Responsibilities: 1. Lead and oversee Basic & Detail Piping design engineering activities for projects. 2. Develop piping layouts, isometrics, and general arrangements ensuring compliance with project specifications, Piping materials, Codes, and standards. 3. Perform piping stress analysis using tools like Caesar II to validate design integrity and optimize piping systems. 4. Review and approve Statutory approval drawings/documentation for piping systems. 5. Provide guidance and technical expertise in piping design, material selection, and installation methods. 6. Coordinate with other Engineering disciplines to integrate piping designs into overall plant design. 7. Mentor and train junior engineers and designers in piping design principles, Codes, and standards. 8. Collaborate with vendors, contractors, and suppliers to ensure quality and timely delivery of piping components. 9. Utilize CAD tools such as E3D, SP3D/PDMS, PDS, MicroStation, and AutoCAD for modeling, analysis, and design work. 10. Participate in project meetings, design reviews, and coordination activities with project stakeholders. 11. Ensure adherence to project schedules, budgets, and quality standards for piping design deliverables. 12. Conduct technical evaluations, feasibility studies, and risk assessments for piping systems. 13. Support site activities, inspections, and troubleshooting related to piping installations as needed. Additional Skills: 1. Proficiency in Piping materials, Codes, and standards relevant to the industry. 2. Strong knowledge of Statutory approval drawings/documentation processes. 3. Experience in piping stress analysis using tools like Caesar II. 4. Leadership skills with the ability to guide and train a team of engineers and designers. 5. Excellent communication, teamwork, and collaboration abilities. 6. Analytical mindset with problem-solving skills and attention to detail. 7. Adaptability and willingness to learn and apply new technologies and methodologies in piping engineering. 8. Familiarity with Quality, Environmental, Health, and Safety (QEHS) standards and regulations is a plus.

Qualification: Bachelor's degree in Civil Engineering (B.E/B.Tech) or equivalent. Experience: 10+ years of industry experience in Civil & Structural engineering roles. Software Proficiency: Expertise in STAAD, MAT 3D, and Tekla software for civil engineering projects. Responsibilities: 1. Utilize your extensive industry experience to obtain and assimilate relevant design input from the Lead Engineer and other project stakeholders. 2. Incorporate design input into deliverables, ensuring compliance with applicable codes and standards. 3. Prepare design deliverables with meticulous attention to relevant codes and standards, utilizing STAAD, MAT 3D, and Tekla software. 4. 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. 6. Prepare and check deliverables in accordance with the quality plan and ensure adherence to project schedules. 7. Assist the Lead Engineer in work planning, progress monitoring, and ensuring timely completion of engineering documents. 8. Collaborate effectively with cross-functional teams to ensure smooth project coordination. 9. Adhere to project schedules and contribute to the successful completion of assigned engineering tasks. Additional Skills: 1. Industry experience in the Fertilizer, Petrochemical, or Oil and Gas plants sector. 2. Familiarity with relevant codes and standards applicable to civil engineering design. 3. Effective coordination and communication skills to work closely with other engineering disciplines and vendors. 4. 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. 6. Strong work planning and progress monitoring skills. 7. Continuous improvement mindset and willingness to contribute to process enhancements. 8. Familiarity with Quality, Environmental, Health, and Safety (QEHS) standards and regulations is a plus.