Structural engineering is at the heart of everything we build. Our dedicated structural engineering division comprises seasoned professionals with decades of combined experience in designing safe, efficient, and durable load-bearing systems for a wide range of building types and infrastructure projects.
Through continuous investment in advanced design technologies and ongoing professional development, our team is at the cutting edge of structural analysis and detailing — delivering solutions for new construction, renovation, and complex retrofitting across Bangladesh and internationally.
Comprehensive structural design and analysis capabilities across all major building types and infrastructure categories.
Structural design of industrial, commercial, and residential multi-storied buildings — from reinforced concrete frames to hybrid steel-concrete systems — fully compliant with BNBC and RAJUK requirements.
Structural engineering for oil & gas field infrastructure including equipment foundations, pipe racks, pressure vessel supports, and process plant structures designed to withstand harsh operating environments.
Design and analysis of transmission towers, high-voltage pylons, communication masts, and broadcast towers — including wind and seismic load analysis in line with Bangladesh and international codes.
Cast-in-place and precast concrete structural systems including beams, columns, shear walls, slabs, and retaining walls — designed for durability, efficiency, and cost-effective construction.
Structural analysis and detailed design of highway bridges, pedestrian overpasses, culverts, and flyovers — engineered for traffic loads, environmental conditions, and long service life.
Structural assessment, condition surveys, and design of strengthening or retrofitting solutions for aging buildings and infrastructure — extending service life and meeting current code requirements.
Our structural team uses industry-leading design software and applies rigorous hand-check procedures to ensure every structural solution is safe, efficient, and constructible. We work seamlessly with architectural and MEP teams to integrate structural systems without compromising design intent.
3D structural modelling and finite element analysis using ETABS, STAAD.Pro, and SAP2000 for accurate load distribution and response prediction.
Earthquake-resistant design to BNBC Part 6, Section 2.5.2 and wind load analysis per ASCE 7 and local code — ensuring structures perform safely under extreme events.
Foundation design coordinated with geotechnical reports — shallow footings, raft foundations, pile caps, and deep pile systems tailored to Dhaka's challenging soil conditions.
Complete structural drawing sets including general arrangement, reinforcement detailing, connection design, and structural specifications suitable for permit submission and site construction.
A disciplined multi-stage process that ensures every structural design is safe, code-compliant, and ready for construction.
Review of architectural intent, site investigation data, and geotechnical reports to develop the optimal structural concept and system selection.
3D modelling, load case definition, finite element analysis, and hand-check verification to quantify forces and deformations under all design scenarios.
Member sizing, reinforcement or connection design, and production of full construction drawing packages with schedules and specifications.
Independent design checking, RAJUK/authority submissions, RFI responses, and on-site structural engineering support during construction.
We deliver structural designs that are safe, buildable, and optimised — backed by deep technical knowledge and site experience.
Our structural engineers bring code knowledge, software proficiency, and real-world site experience together to design structures that stand the test of time — on schedule and within budget.
Every design is checked against BNBC, ACI 318, AISC, and applicable international standards.
ETABS, STAAD.Pro, SAP2000, and AutoCAD for accurate analysis and professional drawing production.
Buildings, bridges, towers, oil & gas structures, and precast — across residential, commercial, and industrial sectors.
Deep familiarity with Dhaka's variable soil profiles ensures foundation designs that are safe and cost-effective.
Structural engineers work side-by-side with architects and MEP engineers for fully coordinated design packages.
Structural engineers available on site to respond to RFIs, review shop drawings, and verify as-built conditions.
Common questions about structural engineering, design codes, and building safety in Bangladesh.
The primary code governing structural design in Bangladesh is the Bangladesh National Building Code (BNBC). Part 6 of BNBC covers structural loads (dead, live, wind, and earthquake) and their combinations. For reinforced concrete design, ACI 318 is widely referenced alongside BNBC. Steel structures typically follow AISC 360 or BS/Eurocode equivalents. All structural designs by Urban Engineering are verified against the applicable BNBC provisions and relevant international standards.
Bangladesh sits in a moderate-to-high seismic hazard zone. Earthquake resistance is achieved through seismic design in accordance with BNBC Part 6, Section 2.5.2. Key design measures include ductile reinforcement detailing in beams, columns, and shear walls; shear wall and bracing systems to resist lateral forces; careful mass and stiffness distribution to avoid torsional irregularities; and dynamic analysis (response spectrum analysis) for taller or more complex structures. Urban Engineering's structural team applies these principles rigorously on every multi-storied and infrastructure project.
Dhaka's subsurface typically consists of soft alluvial deposits overlying denser strata at depth. For most multi-storied buildings, bored cast-in-situ piles (BCIS piles) are the preferred foundation solution, reaching load-bearing strata at depths of 20–50 m. Driven precast piles are used for medium-rise structures and industrial facilities. Raft foundations are suitable for lower-rise buildings on more competent ground. Our structural team always reviews the geotechnical investigation report to select and design the most appropriate and cost-effective foundation system for the specific site conditions.
Yes. Urban Engineering Limited offers fully integrated structural engineering services that cover both design and construction-phase support. Our structural engineers can provide design of record, construction drawing packages suitable for regulatory submission, and on-site construction supervision to ensure that structural works are executed exactly as specified. This end-to-end capability eliminates communication gaps between design and construction and is a key differentiator of our full-service offering.