Civil Engineering Toolkit

CivilTechStudio

Foundation, RCC section, geotechnical and slab designs — done in minutes, cited to IS 456, ACI 318 and Eurocode 2, exported as audit-ready PDF. All in your browser.

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Built on internationally recognized standards

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IS 456:2000
RC Design
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ACI 318-19
RC Design
🇪🇺
EN 1992-1-1
Eurocode 2
🇮🇳
IS 1893:2016
Seismic
🇺🇸
ASCE 7-22
Seismic
🇪🇺
EN 1998-1
Eurocode 8
🇮🇳
IS 13920:2016
Ductile Detailing
🇺🇸
ACI 318 Ch.18
Ductile Detailing
🇮🇳
IS 2950
Settlement
🇮🇳
IS 10262:2019
Mix Design
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ACI 211
Mix Design
🇬🇧
BS 8500
Mix Design
🇮🇳
IS 456:2000
RC Design
🇺🇸
ACI 318-19
RC Design
🇪🇺
EN 1992-1-1
Eurocode 2
🇮🇳
IS 1893:2016
Seismic
🇺🇸
ASCE 7-22
Seismic
🇪🇺
EN 1998-1
Eurocode 8
🇮🇳
IS 13920:2016
Ductile Detailing
🇺🇸
ACI 318 Ch.18
Ductile Detailing
🇮🇳
IS 2950
Settlement
🇮🇳
IS 10262:2019
Mix Design
🇺🇸
ACI 211
Mix Design
🇬🇧
BS 8500
Mix Design
Engineering Modules

Each tool. Its own dedicated page.

Every module ships with a deep-dive page — overview, code references, a workflow walkthrough, real-world use cases and FAQs — followed by the calculator itself. Pick one to explore.

Free tools & resources

Beyond the design modules — a whole toolbox.

Lookups, calculators, references and engagement surfaces. Most are free, none require a sign-up.

Inside every module page

A full page of context — then the calculator

Every module link opens a dedicated page with the same five-section structure. Scroll once, learn what the tool does, then run a design.

  1. 01

    Overview & Codes

    Intro to the module, supported design codes (IS, ACI, Eurocode) and what makes it different.

  2. 02

    Why It Wins

    Four value props that explain the engineering choices — not generic feature bullets.

  3. 03

    How It Works

    Four-step workflow — what to enter, what the engine does, what to inspect, how to export.

  4. 04

    Real-World Cases

    Common project scenarios (residential, industrial, retrofit) so you know if this tool fits.

  5. 05

    FAQ + Related

    People-also-ask questions answered inline, plus links to related modules in the suite.

Real-World Optimization

See IntelliCascade™ in Action

Column C7 is 300mm from the east boundary. Watch CivilTech try 5 footing types and find the most economical solution — in under 1 second.

Pad (Isolated)fail
2400 × 2400 × 500 · 48.2 kg · Exceeds site boundary by 180mm
2
Sloped
3
Stepped
4
Combined
5
Pile
Winner
Stepped Footing
2000 × 2000 × 450mm · 32.8 kg steel
Selected on 3rd attempt. Pad and sloped failed boundary/bearing checks.
32%
Steel Saved · vs pad footing
28%
Concrete Saved · vs pad footing
100%
Within Boundary · all footings fit
Live Preview

See It In Action

Watch the entire design workflow — from input to optimized output — in 60 seconds.

civiltechstudio.com/foundation-design

60-second walkthrough · IntelliCascade™ foundation optimization

IntelliCascade™
Try 5 footing types automatically
Site Boundary Check
Ensures footings stay inside the plot
FEM Heatmap
Real-time bearing pressure visualization
Patent-Protected Innovation

Why IntelliCascade™

The only patented multi-type foundation optimization engine. Not another web calculator.

Code Compliant

IS 456, ACI 318, Eurocode 2 — with code-specific safety factors, not generic approximations.

Instant Results

Sub-second optimization using WebAssembly and client-side compute. No waiting for server responses.

Fully Private

Everything runs in your browser. Your project data never leaves your device. No cloud, no tracking.

Free Core Tools

All design tools free forever. Pro features like detailed reports, FEM, and team collaboration available when you need them.

Trusted by Engineers

What Engineers Say

Real feedback from structural engineers using CivilTech Studio on live projects.

RS

The IntelliCascade™ optimizer found a sloped footing that saves 32% steel compared to what I would have designed manually. It tried 5 types in under a second.

Rajesh Sharma

Senior Structural Engineer · L&T Construction

PN

Finally, a tool that checks whether my footing stays inside the site boundary. We had a project where 4 footings were overshooting — CivilTech caught it instantly.

Priya Nair

Design Lead · Shapoorji Pallonji

AK

Switching between IS 456 and ACI 318 used to mean redoing the entire calculation. Now I change one dropdown and the entire building re-analyzes in seconds.

Ahmed Khan

Project Manager · Dar Al-Handasah

SP

The FEM bearing pressure heatmap showed a stress concentration we completely missed in SAFE. The Mindlin plate element gives you real insight under the footing.

Sneha Patil

Structural Analyst · Thornton Tomasetti

Share your experience with CivilTech Studio

Actively Maintained

What's New

CivilTech Studio is under active development. Here's what shipped recently.

FeatureFeb 2026

Multi-Code Ductile Detailing

IS 13920:2016 + ACI 318-19 Ch.18 + Eurocode 8 DCH — all three seismic detailing codes fully implemented with footing checks.

MajorFeb 2026

Multi-Story Building Design

Full building analysis with per-floor column grids, beam optimization, drift checks, and IS 456/ACI 318/EC2 design.

FeatureJan 2026

FEM Bearing Pressure Heatmap

C++ Mindlin plate FEM engine with Winkler springs, tension cutoff, and 4-mode 3D visualization (pressure, deformed, settlement, moments).

FeatureJan 2026

ACI 318-19 & EC2 Full Support

Complete beam, column, and slab design for ACI 318-19 and Eurocode 2, including code-specific load combinations and safety factors.

CoreDec 2025

IntelliCascade™ Foundation Optimizer

Our patented optimization engine automatically tries pad → sloped → stepped → combined → pile, with site boundary containment check at each step.

Support & FAQ

Get Help

Common questions answered. Need more? We're just a message away.

IS 456:2000, ACI 318-19, and Eurocode 2 (EN 1992-1-1) for RC design. IS 1893:2016, ASCE 7-22, and EN 1998-1 for seismic analysis. IS 13920, ACI 318 Ch.18, and EC8 DCH for ductile detailing.

No. All computations run entirely in your browser using client-side JavaScript and WebAssembly. Your project data never leaves your device — zero tracking, zero cookies, zero cloud storage for design data.

Pad (isolated), sloped, stepped, combined, and pile foundations — each with our patented IntelliCascade™ optimization that tries every type to find the most economical solution within your site boundary constraints.

Yes! CivilTech can parse CSI SAFE (.f2k) and STAAD Pro (.std) files to import column positions, reactions, and section properties directly into the site plan workflow.

We use a C++ Mindlin plate element engine with selective reduced integration, Winkler spring supports, and iterative tension cutoff — comparable to SAFE and PLAXIS for bearing pressure distribution under footings.

Core design tools are free forever — no sign-up required. Pro features like detailed PDF reports, advanced FEM visualization, and multi-project management are available via affordable subscription plans.

Get in Touch

Let's Connect

Have a question, feature idea, or just want to say hello? We'd love to hear from you.

Email Us
info@civiltechstudio.com
WhatsApp
+91 98765 43210
Location
Pune, Maharashtra, India
Availability
Mon – Sat, 10 AM – 7 PM IST

⚡ Typical Response Time

We respond within 24 hours on business days. For urgent bugs, mention "URGENT" in the subject.

Start Engineering

Jump straight into the Foundation Design Engine — or explore all available tools.