Structural Engineer Data Infrastructure

Sarthee Consultancy; India; On-site; INR 1,200,000 - 1,800,000; Full time

Job summary

Sarthee Consultancy in India is seeking a skilled Structural Engineer to lead modular steel enclosure analysis and foundation design for industrial facilities. You will perform static and dynamic analyses, design connections, and ensure compliance with AISC, ASCE, and IBC standards while coordinating with MEP teams.

The role emphasizes BIM management in Revit, seismic planning for challenging sites, and producing code-compliant drawings and reviews.

Qualifications

• Bachelor's degree in structural/civil engineering.
• Experience with industrial modular steel enclosures is preferred.
• Familiarity with AISC/ASCE standards is required.

Responsibilities

• Perform advanced static and dynamic analysis on modular steel enclosures.
• Design and seal steel assemblies per AISC 360 and AISI S100.
• Optimize connection details for bolted, verifiable joints.
• Design dunnage and support systems for heavy equipment with seismic considerations.
• Engineer foundation systems and evaluate geotechnical reports.
• Conduct seismic analysis per ASCE 7-22 for high seismic zones.
• Maintain BIM model in Revit and coordinate with MEP to resolve clashes.
• Ensure compliance with IBC, ACI 318, AISC 341 and local amendments.
• Coordinate third-party reviews and permitting processes.

Skills

Structural analysis

Steel detailing

Connection design

BIM / Revit

Seismic design

Foundation design

Code compliance

Peer review coordination

Education

Bachelor's degree in Civil/Structural Engineering

Tools

ETABS

SAFE

Revit

AutoCAD

Job description

Key Responsibilities:

Modular Product Design (Steel & Dynamics)

• Structural Analysis: Perform advanced static and dynamic analysis on modular steel enclosures. Calculate stresses for multiple load cases including transportation shock/vibration, crane lifting/rigging (pick points), and stacking configurations.

• Steel Detailing: Design and seal cold-formed and hot-rolled steel assemblies in accordance with AISC 360 and AISI S100.

• Connection Design: optimize connection details (moment frames, braced frames) for mass production, minimizing field welding in favor of bolted, verifiable connections.

• Equipment Support: Design integrated dunnage and support systems for heavy mechanical/electrical equipment (Chillers, Generators, Switchgear) within the module, accounting for seismic anchorage and vibration isolation.

Site Infrastructure (Concrete & Foundation)

• Foundation Design: Engineer shallow and deep foundation systems (mat slabs, spread footings, piles) for high-load industrial sites. Interpret geotechnical reports to determine bearing capacities and settlement limits.

• Seismic Engineering: Execute rigorous seismic analysis for high-seismic zones (SDC D, E, F) per ASCE 7-22. Design lateral force-resisting systems to ensure operational continuity post-event.

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• Plan of Record (POR): Develop standardized foundation templates that can be adapted by A&E firms for specific sites, reducing engineering cycle time.

Coordination & Compliance

• BIM Management: Maintain the Structural Revit model. Coordinate continuously with MEP disciplines to resolve clashes (pipe penetrations, duct routing) before fabrication.

• Code Compliance: Ensure full adherence to IBC, ACI 318 (Concrete), AISC 341 (Seismic Provisions), and local amendments.

• Third-Party Review: Manage external structural peer reviews and coordinate with local jurisdictions for permitting and plan checks.