Pankaj Goyal

canyon, with integrated transport access, MEP services, and a steel-framed roof canopy
supporting a kinetic façade system.
• Executed efficient structural design of primary concrete elements—including columns, walls, basement slabs, and piled
core raft—optimizing member sizing and material usage.
• Designed and verified the overall lateral stability system, ensuring adequate resistance to wind and seismic loads in
compliance with Saudi Building Codes.
• Proactively coordinated with architectural and MEP teams to resolve clashes early, reducing redesign cycles and
improving overall delivery efficiency. deliverables timelines
and standards. Codes and best-practice design approaches
performance-driven structural solutions.

Experience across steel and concrete structures, existing asset assessments, and transport infrastructure projects. Skilled in connection design, structural capacity evaluation, option studies, and development of Eurocode-compliant design tools.

steel
beam/column elements to provide vertical support for composite metal deck floors.
• I was responsible for the analysis and design of the entire structure including super-structure and substructure.
• Prepared an excel spreadsheet to validate the ETABs core-wall design and thus making the process more efficient
and error free.

Cross S4, Its
an RCC substructure for efficient construction. I was involved in the following activities:

Developed ETABS models for vertical and lateral stability.
• Coordinated foundation stiffness with the geotechnical team.
• Designed precast walls, columns, joints, and floor systems using SAFE.
• Designed RCC transfer floors and piled substructure elements.
• Reviewed 3D rebar detailing and prepared stability reports for UK Building Control submission.

I was responsible for the preliminary sizing of various elements.
• Prepared analysis model using Tekla Structure Designer to provide optimum design solutionfor
steel/concrete members.
• Validated vertical and lateral stability with manual calculations to ensure safety of the structure.92 present at
• Provided risk assessment under rock impact loading and optimum design solution.
• Responsible for the design of foundation which comprises of partially ground supported and remaining part of
the slab was supported under group of pile system.

• Developed structural models in ETABS and SAFE to support analysis and design of RCC elements, validating software
results with manual checks and aiding in structural behavior understanding.
• Reviewed and coordinated detailed drawings, including RCC detailing per Indian Standards, Tekla-based steel
fabrication drawings, and rebar drawings with BBS validation to ensure design accuracy.