Smart tools for engineers. Smarter savings for their clients!
Where Structural Design Meets Cost Efficiency
“SHEETFORGE” utilizes AI to identify the most cost-effective member size from the viable options, considering the provided material rates.
Leadership Driven by Engineering Excellence
At SHEETFORGE Technologies Pvt. Ltd., engineering excellence is shaped by the vision and leadership of Sayed Hyder — an accomplished structural engineer and technology innovator with more than 33 years of distinguished international experience across civil, structural, marine, and construction engineering.
An M. Tech. (Structures) post-graduate from IIT-Bombay, Mr. Hyder has successfully contributed to residential, commercial, and industrial projects worldwide, combining deep technical expertise with practical construction insight.
Read More →33+ Years Experience
Extensive international expertise across structural, civil, marine, and construction engineering projects.
IIT-Bombay Alumnus
Advanced specialization in structural engineering backed by one of India’s premier engineering institutions.
Innovation & Technology
Driving modern engineering solutions with practical construction knowledge and advanced technology.
SHEETFORGE detailing is clear and precise (pics below)
Click on image to enlarge
Unlike manual selection of critical load combinations in trial-and-error templates, SHEETFORGE leverages AI to do the selection for each design criterion.
SHEETFORGE Engineering Software
Choose The Best Structural Engineering Software For Your Organization
RCC Pedestal *
Salient Features
$91.00 (Includes Taxes)
* Most cost-effective pedestal solution View Design Flowchart
Spread Footing *
Salient Features
$78.00 (Includes Taxes)
* Most cost-effective footing solution View Design Flowchart
By using SHEETFORGE software for design of the ‘Spread Footing’, this user reduced foundation costs for a convention center, with just 26 spread footings, by over INR 1 million.
Cutting-Edge Design Tools
For Civil, Structural, and Mechanical Engineers
SHEETFORGE Software and automated templates have gained widespread acclaim in the civil and structural engineering community. They are currently highly sought after by practicing civil and structural engineers, as well as engineering students, research scholars, software programmers, and software developer firms. The following points elucidate the factors contributing to their widespread appeal:
- In contrast to trial-and-error design templates, these are characterized by a systematic approach.
- The design tools operate entirely on automation and do not necessitate user input derived from the outcomes of previous runs.
- The tools for member design yield the most cost-effective design outcomes.
- Each design tool has the capability to conserve valuable engineering man-hours.
- Manages up to 500 load combinations and 10 support joints in a single run (baseplate, spread footing and RCC pedestal).
- Only the minimum dimensions and limiting ratios necessary for member design are needed as user input. The software autonomously calculates the final sizes.
- The results obtained are highly precise, and rounding-off of calculated values is aimed at providing conservative outcomes rather than leaning towards the unsafe side.
- The output includes step-by-step calculations with dynamic formulas and references to the design code, CAD drawing, bill of quantities (BOQ), and bar bending schedule (BBS).
- Utmost level of automation achievable for an engineering design template. Significantly streamlined with an intuitive user interface tailored for junior engineers, trainees, and newcomers.
- No prerequisite training is necessary to utilize these automated templates. User assistance is readily accessible on each input page for immediate support.
- Meticulously designed, maintained, and supervised by adept structural engineers hailing from prestigious institutions, boasting extensive expertise across diverse sectors.
- Adheres to rigorous design principles akin to those employed by the oil and gas industry.
Engineering hours are valuable. Avoid squandering them on repeatedly revising inputs using ‘Trial-And-Error’ templates.
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