Structural Design

KEY RESPONSIBILITIES/ ACCOUNTABILITIES

Financial Perspective

1. Optimize structural design to achieve cost efficiency without compromising safety
2.Reduce rework and design-related variations
3.Support value engineering initiatives
4.Improve predictability of structural quantities and costs

Customer Perspective

1. Deliver safe and reliable structural design solutions
2. Interface with project teams, consultants and authorities
3. Support client confidence through robust engineering practices
4. Enhance organizational credibility through technical excellence

Internal Process Perspective

1. Lead and review structural design for high-rise and large-scale projects
2.Define structural design standards and best practices
3.Manage and coordinate external structural consultants
4.Ensure compliance with IS codes and applicable regulations
5.Conduct constructability and value engineering reviews
6.Resolve complex design and site-related structural issues
7.Support tendering and technical evaluation of structural works
8.Maintain documentation and design approvals

Learning & Growth / Developmental Perspective

1. Mentor and develop structural design teams
2.Promote innovation in structural systems and materials
3.Stay updated with evolving codes and engineering practices
4.Build organizational capability in advanced structural design

KNOWLEDGE & EXPERIENCE

KNOWLEDGE

Minimum Qualifications

• B.E./B.Tech (Civil), M.Tech (Structural Engineering) preferred

Language Skills

• English

EXPERIENCE

Years of Experience

• 15–25 years in structural design for large real estate / infrastructure projects

Nature of 

Experience

• Experience in high-rise and complex structures, consultant management, code compliance, value engineering and construction-stage design support.

TECHNICAL & LEADERSHIP / BEHAVIORAL SKILLS REQUIRED TO EXECUTE THE ROLE

SKILLS

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 principles and technical requirements of various disciplines (e.g. - Architectural / Structural / Mechanical / Electrical / ELV / Plumbing system / ICT system / sustainability and other functional systems etc.) and understand interdependencies while bidding / planning / designing / executing / supporting (as applicable) construction projects
• 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 apply knowledge of local / regional / national and international (as applicable) construction-specific regulations and standards related to design, execution, quality, environment and safety (ISO standards / BIS / BSI / ACI / ASTM / NBC / ASHRAE / IGBC / IEEE and other standards applicable to the specific area of work) as per the project requirements and interpret their implications on construction projects to ensure integration into workflows and documentation and compliance with industry standards and safety, environment and quality assurance requirements
• 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 use niche software like Mx CANAL for high-volume river interlinking canals, Rapt for transportation engineering, and Midas Bridges for bridge design and BoQ estimation. Ability to optimize structures and assess feasibility based on project requirements.
• Ability to design structural foundations and earthworks using geotechnical modeling. Conducts SBC/pile capacity analysis, ground improvement, and earth pressure calculations. Validates lab results with field tests and recommends compaction procedures for backfilling.
• 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)

• Ability to identify, onboard, and coordinate with architectural, design, engineering, and specialist consultants; conduct technical evaluations; align scopes of work; manage deliverables; and monitor consultant performance against timelines, quality standards, and contractual obligations. Ensures effective resolution of queries, adherence to regulatory and project requirements, and seamless integration of consultant outputs to support timely and compliant project execution.