Announcing the Release of the new SkyCiv API

It’s officialwe’ve released the latest version of our 構造解析および設計API, opening up endless possibilities for our users. Engineers can now use the SkyCiv API to access a wide range of analysis, 設計, レンダリング, reporting and modelling features directly, which will help engineers innovate in the field of structural engineering and design and complete tasks more efficiently.

The SkyCiv API will be in Beta for the first 6 月. We’ve had a number of early adopters test, 使用する, and push the limits of the API, which has allowed our development team to refine it’s functionality to make it better for our users. The API has allowed our early adopters to do some pretty cool things, 含む: automating repetitive designs, empower clients in the planning stage, そして speeding up the design stage by more than 90%! We want to start out by thanking these early adopters who have provided such valuable feedback and feature ideas which have helped shape this product.

What does the API do?

API stands for Application Programming Interface. 簡単に言えば, 私たちのソフトウェアに直接接続する機能です, 私たちのソフトウェアに直接接続する機能です, 私たちのソフトウェアに直接接続する機能です. 私たちのソフトウェアに直接接続する機能です: 私たちのソフトウェアに直接接続する機能です. 私たちのソフトウェアに直接接続する機能です, 私たちのソフトウェアに直接接続する機能です. SkyCivAPIを使用, 構造工学にも同じ概念を使用できます. 構造工学にも同じ概念を使用できます, 構造工学にも同じ概念を使用できます, 構造工学にも同じ概念を使用できます, 構造工学にも同じ概念を使用できます, 構造工学にも同じ概念を使用できます.

The newest version of the SkyCiv API allows engineers to access a huge amount of SkyCiv functionality directly with a simple HTTP request. The API packs a lot of power:

  • Build analytical modelsgreat for automating the modelling process
  • クラウドストレージとの間でモデルを保存/ロード
  • Pull specific shapes from our Section Library (以上で 10,000 セクション)
  • 構造解析を実行する (線形, 非線形, 座屈, ケーブル, プレート, frequency and response spectrum)
  • 設計チェックを実行する (AISC, NDS, AISI, ユーロコード, British, オーストラリア, Canadian Standards)
  • 構造解析と包括的な設計チェックのPDFレポートを入手する
  • Get wind/snow speeds and loads for specific regions (我ら, AT, できる, タングエン, 私)
  • Render a model in 3D and display the structural analysis results – 自由!

Combining the above functions, engineers can use API’s to automate tasks like so:

Sample of SkyCiv Structural Engineering API

How can an engineer benefit from using an API?

An API can be used to build custom solutions, automate repetitive tasks or make data migration seamless. This is extremely valuable to engineers who are able to take advantage of these solutions by eliminating their most valuable resource: 時間. 例えば, imagine you had to model, analyse and design 100 very similar or repetitive structures. This would take tens if not hundreds of hours for an engineer to model, analyze and design using any typical structural engineering software. But with just a bit of code, engineers can loop around the API to automatically model each structure and to get the same results in a few minutes.

Teams and companies can benefit greatly by writing smart technology around powerful APIs. Let’s not forget there is a direct correlation between industry leaders and R&D expenditure. Providing faster turnaround for clients, インスタント構造工学, and giving engineers some of their time back is something we should all strive for. Smarter technology can enable this through the use of the SkyCiv API.


それは簡単です! サインアップして 自由 30 SkyCivAPIアカウントの日帰りトライアル and you can start playing with our API right away. 私たちをチェックしてください APIドキュメント to help you get started and familiar with some of the features and functions we have available. We also have a public GitHub to help you with sample code and examples.

We’ve also made it easy to get started and play around with some of the API functions via our API Sandbox:


Need some help? Or not sure if this is what you need? Reach out to our team at [email protected] to discuss if the API is right for you. You have great ideas, we can help you bring them to life.

The SkyCiv Team is excited to bring this technology to your organisations and help the industry move forward as a whole.

ベン (民事), BCom