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Structural Design & Analysis
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Structural Design & Analysis

We deliver advanced structural analysis and detailing solutions for complex concrete and structural steel systems. Our approach blends computational mechanics with building code compliance to construct safer, cost-effective frames.

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Integrated Engineering Scope

We apply advanced software tools and certified standards to ensure our outputs meet municipal code limits, aesthetic ratios, and material efficiency benchmarks.

Core Competencies

Seismic & Wind Analysis
Foundation Engineering
Bill of Quantities Optimization
Compliance Validation

Digital Engineering Stack

Inspection of calculation models, detailing rules, and code compliance workflows.

Seismic & Wind Analysis

Performing dynamic response spectrum analysis and wind velocity pressure profile assessments. Sizing shear walls and moment-resisting frames to control lateral drifts under wind and seismic loads.

┌ EQUATION VETTING //
P_z = 0.6 * (V_z)^2
V_z = V_b * k_1 * k_2 * k_3

Vetted Parameters

Wind StandardIS 875 (Part 3) / ASCE 7
Seismic StandardIS 1893 (Part 1) / IBC
Design MethodLimit State Design / LRFD
Drift Limit CheckCapped at 0.004 times height

Foundation Engineering

Designing robust geotechnical footings, thick combined raft foundations, and deep bored cast-in-situ piles. Verifying soil-structure interaction, bearing capacity limits, and settlement criteria.

┌ EQUATION VETTING //
q_allow = (q_ult / FOS) + q_s
K_s = 40 * FOS * q_allow

Vetted Parameters

Standard CodeIS 1904 / IS 2950 / ACI 336
Factor of Safety2.5 to 3.0 range
Spring ModelWinkler Soil Spring Idealization
Punching Shear CheckCSI SAFE automatic design limit

Bill of Quantities Optimization

Conducting concrete volume estimations, rebar detailing optimizations (longitudinal & shear reinforcement ratios), and built-up steel girder weight calculations to minimize raw material waste.

┌ EQUATION VETTING //
Weight (kg) = (D^2 / 162.2) * Length (m)

Vetted Parameters

Optimization CriteriaStandard rebar length matching
Steel ClassFe 550D TMT Ductile Rebars
Formwork RatioCalculated based on surface interface
Accuracy TargetWithin ± 1.5% limit

Compliance Validation

Cross-checking structural designs, slab bending deflections, column buckling loads, and connection shear checks against Indian and international building standards.

┌ EQUATION VETTING //
M_u <= M_d = Z_p * f_y / gamma_m0

Vetted Parameters

Concrete DesignIS 456 / ACI 318
Steel DesignIS 800 / AISC 360 LRFD
Serviceability LimitTotal deflection < Span / 250
Modal ParticipationTarget > 90% mass participation

From concept design to construction delivery.

A step-by-step structural roadmap showing how we collaborate with you to deliver certified, high-performance architectural engineering.

01

Initial Inquiry & Alignment

You connect with our studio. We hold a structured consultation to outline your programmatic requirements, aesthetic vision, budget limits, and timeline goals.

02

On-Site Assessment & Mapping

Our engineers and designers visit the site to survey topography, assess existing load pathways, analyze solar paths, and evaluate local municipal zoning requirements.

03

Feasibility Study & Workflow Planning

We model structural wind, soil, and seismic codes to determine load capacity boundaries and architectural constraints before sketching any walls.

04

Conceptual Design & 3D Modeling

Our architectural team designs preliminary layouts, floor plans, and digital 3D volumetric models, exploring space relationships and massing aesthetics.

05

Detailed Structural Calculations

Our structural engineers calculate exact force models, sizing timber beams, concrete footings, and structural steel framing for certified building safety.

06

Client Feedback & Material Integration

We walk you through detailed blueprint files and spatial renders, integrating feedback on final materials, custom window orientations, and interior fixtures.

07

Zoning Submission & Permitting

We compile, stamp, and submit certified structural plans, environmental packages, and site drawings to local building departments for formal permit sign-off.

08

Construction Kickoff & Inspections

Builders break ground on site. Our engineers conduct regular phase-gate site inspections to confirm physical construction matches our precision schematics.

Featured Case Studies

Explore our diverse portfolio of structural, architectural, estimation, and site supervision projects executed across AMR Group.

Direct Answers

Service FAQs

Have questions regarding stamps, blueprints revisions, or structural steel parameters? Here is what clients typically ask.

Do you provide certified structural stability certificates?

Yes. All structural packages are delivered with official engineering stability certificates signed by registered Chartered & Professional Engineers (PE), qualifying for immediate municipal corporation approvals.

How do you achieve material cost savings on concrete and steel?

Which design standards and building codes do you comply with?

Can you model buildings in high-wind velocity and active seismic zones?

Do you deliver the original software source files (ETABS/STAAD)?

How do you coordinate column grids with architectural plans?