Head/Lead - Structural Engineering - Real Estate

Head / Lead - Structural Engineering (Residential Projects) Role Overview This role will lead structural engineering for large-scale residential developments, including high-rise towers and integrated townships. The incumbent will be responsible for ensuring safe, efficient, and cost-optimized structural design and execution across projects. The role requires strong alignment with construction teams to ensure design intent translates seamlessly into site execution. Key Responsibilities - Lead structural design strategy for residential projects (high-rise / township developments) - Review and validate designs from external consultants for safety, efficiency, and cost optimization - Ensure alignment between design, execution, and project timelines - Drive value engineering initiatives to optimize material usage and structural costs - Work closely with project and site teams to resolve structural challenges during execution - Oversee structural audits, peer reviews, and quality checks - Ensure compliance with Indian codes (IS codes) and safety standards - Coordinate with architects, MEP teams, and contractors for integrated project delivery - Manage external structural consultants and internal engineering teams Candidate Profile (18-28 Years) - Degree in Civil / Structural Engineering (MTech preferred) - 15-25 years of experience in residential real estate or large-scale construction projects - Strong experience in high-rise structural systems (RCC, shear walls, etc.) - Proven track record of working with leading developers or EPC firms - Hands-on exposure to site execution challenges, not just design - Strong understanding of cost optimization and constructability Leadership Expectations: - Ability to bridge design intent and on-ground execution realities - Strong stakeholder management across consultants, contractors, and internal teams - Commercial awareness in driving cost-efficient structural solutions Success Metrics: - Structural safety and zero design-related failures - Cost optimization through value engineering - Minimal design-to-execution gaps and rework