Muhammad Farhan

• Performed structural analysis and reinforced concrete design (RC design) for high-rise buildings ranging from 29 to 55 storeys,
covering full superstructure and raft foundation design.
• Conducted seismic analysis and lateral load calculations per ASCE 7, and shear wall design with reinforcement calculations per
ACI 318, on multiple major high-rise towers.
• Delivered steel structure design and steel connection detailing using Idea StatiCa, alongside primary RC design work — both
widely required in the Gulf construction market.
• Performed raft foundation design and deep foundation analysis using SAFE, with detailed manual calculations to verify structural
safety and Saudi Building Code (SBC) compliance.
• Carried out structural modelling and analysis using ETABS for high-rise concrete and steel buildings, including lateral load and
gravity load combinations.
• Led value engineering exercises and structural cost estimation for multiple live projects, preparing BOQ, quantity take-offs, and
material cost inputs for client reporting.
• Produced structural and foundation working drawings in AutoCAD and coordinated BIM workflows using Revit, supporting full
design documentation.
• Reviewed architectural drawings for structural compatibility and coordinated directly with architects and multidisciplinary teams
across concurrent developments.
• Collaborated with Surbana Jurong (Singapore-based on Capital Smart City high-rise towers
including Blue World Trade Centre, B5, A1 & A2 — coordinating structural design deliverables and technical reviews.
• Coordinated with Strong Force UAE (specialist on the Mount Khalid tower project for post-tensioning
design, detailing, and construction interface.

Provide structural engineering support to US-based construction projects through comprehensive value-engineering review — evaluating structural systems, material specifications and design approaches to achieve cost and performance optimization

Review and analyze structural designs to identify cost-saving opportunities and material-optimization solutions without compromising structural safety, integrity or compliance with applicable building codes

Coordinate with US-based project teams on structural queries, design clarifications, RFI responses and value-engineering recommendations — ensuring smooth technical communication across time zones

Gained comprehensive hands-on exposure to live structural design projects — supporting senior engineers in analysis, design and documentation of real-world residential and commercial developments including Mall of Imarat, Linear Heights and Amazon Mall

Assisted in preparation of structural working drawings in AutoCAD, supported basic structural modelling tasks and contributed to site-design coordination activities — building strong practical foundation in professional structural engineering workflows

Developed understanding of structural design principles, engineering documentation standards and multidisciplinary coordination through active participation in ongoing construction projects

Supervised day-to-day site construction activities on residential developments including DHA houses and villas — overseeing RCC works, steel cutting and bending, concrete placement and curing, and quality control of structural elements

Monitored material procurement, site logistics and construction sequencing — ensuring timely delivery of materials and coordination between site teams to maintain project schedules and quality standards

Gained practical understanding of construction methods, structural detailing in practice, site safety standards and the relationship between structural design intent and on-site execution