Senior Deputy General Manager - Structural Design

Larsen & Toubro Ltd; Bengaluru; On-site; INR 3,500,000 - 6,500,000; Full time

Job summary

Larsen & Toubro Ltd in Bengaluru seeks a Senior Deputy General Manager-Structural Design to lead high‑level structural design activities for complex projects. The role emphasizes coordination with architects, MEP teams and consultants, ensuring safe, code‑compliant and cost‑efficient solutions across RCC and steel structures.

The ideal candidate will bring extensive experience in structural analysis, GFC drawing standards, and embedding best practices for constructability and safety in

Qualifications

• B.E./B.Tech (Civil) degree is required.
• 25–30 years of experience in structural design for real estate/infrastructure.
• Experience in RCC and steel structures and design coordination with consultants.

Responsibilities

• Prepare structural calculations and drawings.
• Assist in analysis and design of RCC and steel structures.
• Coordinate with architects, MEP teams and consultants.
• Ensure compliance with IS codes and statutory requirements.
• Support design reviews and proof checking processes.
• Assist in resolving site-level structural issues.
• Maintain design documentation and drawing standards.

Skills

Structural design

Coordination

Team collaboration

Education

B.E./B.Tech (Civil)

Tools

SAP2000

MIDAS

OAYSIS

ETABS

STAAD.Pro

Job description

Senior Deputy General Manager-Structural Design-Bangalore

SECTION I: BASIC INFORMATION

• Job Family Design and Engineering
• Role Team member structural design
• Reporting to: Lead Engineer – Structural Design / Cluster Head – Structural Design
• Workplace Classification Site

SECTION II: ROLE SUMMARY (Purpose of the Role)

The Team Member – Structural Design supports the development and delivery of structural designs for assigned projects. The role focuses on preparing calculations and drawings, coordinating with consultants and internal teams, and ensuring safe, efficient and code-compliant structural solutions.

SECTION III: KEY RESPONSIBILITIES/ ACCOUNTABILITIES

Financial / Functional Perspective

• Support cost-efficient structural design solutions ?
• Reduce rework through accurate design and documentation ?
• Assist in quantity optimization and value engineering ?
• Support budget adherence through efficient design practices

Customer Perspective

• Support delivery of safe and reliable structural designs ?
• Coordinate with architects, MEP teams and consultants ?
• Assist in addressing client and authority queries ?
• Maintain professional communication with stakeholders

Internal Process Perspective

• Prepare structural calculations and drawings ?
• Assist in analysis and design of RCC and steel structures ?
• Coordinate with architecture and MEP teams for integrated design ?
• Ensure compliance with IS codes and statutory requirements ?
• Support design reviews and proof checking processes ?
• Assist in resolving site-level structural issues ?
• Maintain design documentation and drawing standards

Learning & Growth / Developmental Perspective

• Build expertise in structural analysis and design ?
• Enhance skills in structural design software ?
• Learn best practices in constructability and safety ?
• Participate in continuous improvement initiatives

SECTION IV: KNOWLEDGE & EXPERIENCE

Minimum Qualifications

• B.E./B.Tech (Civil)

Language Skills

• English National (Preferred) Regional (Desirable)

Years of Experience

25-30 years in structural design for real estate / infrastructure projects (Real Estate preferable, High Rise desirable)

Nature of Experience

Experience in preparation of calculations and drawings, coordination with consultants and construction-stage design support.

SECTION V: TECHNICAL & LEADERSHIP / BEHAVIORAL SKILLS REQUIRED TO EXECUTE THE ROLE

Technical Skills (if available)

Ability to apply structural engineering principles and utilize software tools (such as SAP2000 / MIDAS / OAYSIS / ETABS / STAAD.Pro, etc., as applicable) to evaluate and analyze the behavior of structure (such as precast / structural steel / reinforced concrete / pre-stressed concrete / 3D printed etc.) under various loads and conditions, ensuring their safety, serviceability, stability, and performance in alignment with regulatory and statutory requirements Ability to apply knowledge of concrete properties and behavior to design structural elements (such as beams, slabs, columns, foundations, cut and cover box tunnel, U-section, super structure (I-Girder, Pi-Girder, U-Girder, Box Girder)), using suitable systems (such as pre-stressed, reinforced, post-tensioned systems) to ensure structural integrity and optimal design in adherence with applicable design standards Ability to apply knowledge of steel properties, load transfer mechanisms and connection design to design steel structural elements (such as trusses, welded plate girders, gantry girders, pier, pier cap, steel shutters, steel trestles, steel modules etc.) to ensure structural integrity and optimal design in adherence with applicable design standards (including wind / seismic / BIS Codes / other relevant codes and standards, as applicable) Ability to utilize advanced knowledge of quantity estimation, construction sequencing and execution planning to develop Good for Construction drawings (GFC), incorporating all execution level detailing, specifications and shop drawings that align with project goals and regulatory requirements Ability to apply knowledge of architectural and engineering drawing standards with respect to Drawing Control Index (DCI) to read, analyze, and interpret various types of technical drawings, including blueprints, schematics, detailed drawings, GFC drawings and shop drawings to understand design specifications, dimensions, materials, and construction methods essential for successful engineering design, project planning and execution Ability to utilize software like STAAD Pro, CIVIL3D, REVIT, AutoCAD, BIM, and others for structural analysis, ground elevation modeling, and design data transfer. Ability to estimate stability of earthen slopes and modify design calculations as per project requirements. Ability to optimize and integrate engineering solutions using digital tools. Ability to utilize knowledge of engineering principles, mathematical analysis, material behavior, design standards, performance criteria, and project-specific requirements to perform structured and traceable computations that inform, validate, and support engineering design decisions, ensuring that proposed solutions are technically sound, functionally effective, compliant with applicable regulations, and aligned with the overall objectives and constraints of the project.

Leadership / Behavioral Skills (if available)

NA