Modern engineering demands flexibility. Standard software tools often fall short when you need to run complex algorithms or process specific data. This is where Python comes in — the industry standard for data analysis and engineering.

In this guide, we’ll show you how to combine the power of Python libraries with TechEditor’s documentation capabilities. You will learn how to turn TechEditor into a script execution environment, manage data exchange between the program and your code, and unlock new possibilities for automating your reports. You don’t need to be a pro developer — understanding the basics covered here is enough.

We’ve previously written about the mathematical capabilities, plotting features, and even the use of artificial intelligence in TechEditor. This time, we'll explore an equally powerful technology in the program — its engine based on the Finite Element Method.

Data visualization is a cornerstone of an engineer's workflow. A plot clearly demonstrates dependencies, validates calculations, and makes technical documentation compelling. However, this process often turns into a routine: calculating data in one program, exporting it to Excel or Matlab, building plots, taking screenshots, and inserting them into a report… And if the input data changes, you have to start all over.

At Dystlab, we believe this process can be optimized!

TechEditor is known for supporting almost three thousand units of measurement. Any number can be easily converted to a physical quantity by simply adding the necessary units to the numerical value, separated by a space.

Hi, you're on the Dystlab channel for engineers. Today we're going to talk about empirical formulas.

With TechEditor, you can develop not only text documents and algorithmic diagrams, but also full-fledged applications. These mini-programs can have a windowed interface with common controls and run directly in TechEditor. No additional software is required to develop or run such applications. Today we will look at one such digital solution — an application for modal analysis of a beam.

Hello there! Welcome to Dуstlab. Today, we'll discuss how to use TechEditor for designing structural elements of a residential low-rise building.

In this video, we’re going to introduce you to a powerful automation tool in TechEditor — the “Diagram Viewport” object. You can find it on the Automation tab. It’s designed to display a section of a diagram in a report.

Hello, welcome to Dystlab. In this video, we’ll show you how to add math calculations to a document.

Measurement units can be one of the biggest headaches for an engineer. Not all programs used in the technical field support working with measurement units. TechEditor does this natively and in all types of documents, and this is another argument in favor of its use in professional engineering activities.

Hello, it's Dystlab here! 
In this article, we'll explore the TechEditor interface.

Hello, it's Dystlab! In this article, we're exploring TechEditor's ribbon — the central hub for all your interactions with the program.