Sayantrik Engineer India Pvt. Ltd.
Website:
sayantrik.com
Job details:
Job Description
We are looking for a technically strong Senior Civil & Structural Engineer with 12–15 years of experience in Oil & Gas, Power, and Industrial projects. The candidate will be responsible for independently executing and reviewing civil and structural engineering activities, including structural analysis and design, foundation engineering, preparation and checking of engineering deliverables, multidisciplinary coordination, and technical team leadership.
The ideal candidate should have sound knowledge of American codes and Indian Standards, hands-on experience with structural analysis and design software, and the ability to deliver safe, economical, and constructible engineering solutions in accordance with project specifications, quality requirements, and schedules.
Requirements
Key Responsibilities
- Structural Analysis and Design
- Perform analysis and design of structural steel and reinforced concrete structures for Oil & Gas facilities, power plants, and industrial projects.
- Design pipe racks, pipe bridges, equipment support structures, platforms, access structures, industrial buildings, warehouses, substations, conveyor galleries, transfer towers, and other industrial structures.
- Design and review steel beams, columns, bracing systems, trusses, connections, base plates, anchor bolts, and structural framing systems.
- Carry out structural analysis considering dead loads, live loads, wind loads, seismic loads, equipment loads, piping loads, thermal loads, impact loads, and other applicable project loads.
- Establish appropriate load combinations and assess structural strength, stability, deflection, vibration, and serviceability requirements.
- Perform structural assessments, strengthening, retrofitting, and modifications to existing structures for brownfield projects.
- Optimize structural designs to achieve economical steel tonnage, efficient member sizing, and practical fabrication and erection.
- Civil and Foundation Engineering
- Design reinforced concrete foundations for equipment, pumps, compressors, vessels, skids, pipe racks, buildings, and industrial structures.
- Perform foundation design considering soil bearing capacity, settlement, sliding, overturning, uplift, and other relevant geotechnical criteria.
- Design isolated, combined, strip, raft, pile, and pile-cap foundations, as required by project conditions.
- Review geotechnical investigation reports and establish appropriate soil parameters for foundation design.
- Design equipment foundations considering static and dynamic loads, where applicable.
- Prepare and review foundation layouts, foundation details, reinforcement drawings, and associated design calculations.
- Coordinate with geotechnical, mechanical, piping, and equipment vendors to finalize foundation design inputs.
- Codes and Standards
- Apply relevant American codes and Indian Standards for structural analysis, design, loading, and detailing.
- Ensure compliance with applicable project specifications, client requirements, and statutory regulations.
- Engineering Software and Technical Deliverables
- Perform structural analysis and design using STAAD.Pro and other relevant engineering software.
- Review structural models, load cases, load combinations, analysis results, member utilization, deflections, and support reactions.
- Use or coordinate with Tekla Structures and other 3D modelling and detailing tools for structural modelling and drawing development.
- Prepare and review design basis documents, structural calculations, design reports, general arrangement drawings, foundation drawings, reinforcement drawings, and steel fabrication drawings.
- Review structural steel connections using RAM Connection, IDEA StatiCa, or equivalent software, where required.
- Prepare material take-offs, bill of quantities, technical specifications, and engineering documentation.
- Ensure consistency between calculations, analysis models, 3D models, and engineering drawings.
- Multidisciplinary Coordination and Project Execution
- Coordinate with process, piping, mechanical, electrical, instrumentation, architectural, and geotechnical disciplines.
- Review plot plans, equipment layouts, piping layouts, vendor drawings, equipment loads, and other engineering inputs.
- Identify missing inputs, resolve technical interfaces, and raise technical queries or design clarifications as necessary.
- Participate in design reviews, 3D model reviews, interdisciplinary coordination meetings, and client discussions.
- Provide technical support during procurement, fabrication, construction, and site execution.
- Review vendor and subcontractor submissions and ensure compliance with project requirements.
- Manage engineering changes and minimize rework through effective coordination and timely design reviews.
- Team Leadership and Quality Assurance
- Lead and guide civil and structural engineers, designers, and detailers.
- Allocate tasks, monitor progress, and ensure timely completion of engineering deliverables.
- Check and review design calculations, drawings, structural models, and technical documents prepared by the team.
- Conduct independent technical reviews and ensure compliance with codes, design criteria, and project specifications.
- Identify technical risks, resolve complex engineering problems, and recommend practical and economical solutions.
- Mentor junior engineers and support technical development within the team.
- Coordinate with project management to monitor engineering progress, man-hours, resource requirements, and delivery commitments.
Educational Qualifications
- Bachelor's degree in Civil Engineering from a recognized university.
- Master's degree in Structural Engineering is preferred.
Experience Requirements
- 12–15 years of relevant experience in civil and structural engineering.
- Strong experience in Oil & Gas, power generation, and industrial projects.
- Proven experience in EPC, FEED, detailed engineering, and brownfield modification projects.
- Practical knowledge of both American codes and Indian Standards, including their application in industrial structural and foundation design.
- Experience in structural steel design, reinforced concrete structures, equipment foundations, pipe racks, and industrial buildings.
- Demonstrated ability to independently execute engineering activities and lead a team of engineers and designers.
Required Technical Skills
- Strong analytical and problem-solving skills in structural steel, reinforced concrete, and foundation design.
- Proficiency in STAAD.Pro; familiarity with Tekla Structures and structural connection design software.
- Good understanding of wind and seismic analysis, industrial loading, load combinations, and structural stability.
- Knowledge of foundation engineering, geotechnical parameters, anchor bolt design, and equipment support requirements.
- Ability to interpret engineering drawings, vendor documents, equipment data, and project specifications.
- Experience in design calculations, technical documentation, checking procedures, and engineering quality control.
- Strong communication, coordination, planning, and team leadership skills.
Preferred Qualifications And Experience
- Experience in refineries, petrochemical plants, gas processing facilities, pipelines, power plants, and heavy industrial facilities.
- Experience with steel fabrication drawings, connection design, 3D model reviews, and constructability assessments.
- Knowledge of structural dynamics, vibration assessment, and foundations for rotating equipment.
- Experience in structural strengthening, rehabilitation, and existing facility assessments.
- Exposure to international clients, engineering consultants, and multidisciplinary EPC project teams.
- Experience in engineering man-hour estimation, resource planning, progress monitoring, and deliverable management.
Key Performance Indicators
- Timely and accurate delivery of engineering calculations, drawings, and models.
- Compliance with applicable American codes, Indian Standards, client specifications, and project design criteria.
- Quality of design, safety, structural reliability, and constructability.
- Effective coordination and timely resolution of interdisciplinary issues.
- Minimization of engineering errors, rework, and unnecessary material consumption.
- Effective leadership, resource utilization, and technical development of the team.
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