Hi! My name is Vitalii Artomov, and I'm the founder of Dystlab. But first and foremost, I'm a practicing structural engineer with over 10 years in the field (out of a 20+ year professional career). And of course, I was once a student, so I have a very good understanding of your concerns at this stage. And I want to help.

I vividly remember my university years: sleepless nights before submitting coursework, ambitious ideas for my thesis project, and the constant feeling that I lacked truly convenient tools to bring those ideas to life. Sound familiar, right?

TechEditor is an environment for developing technical documentation and performing mathematical calculations. It’s designed to get you up and running as quickly as possible. However, to work effectively, it’s important to know your end goal from the very beginning.

Today, I want to share five approaches that will help you automate your calculations and create technical documentation faster, more efficiently, and with greater accuracy.

Artificial intelligence has burst into our lives, promising a revolution in every field. But for an engineer, where the cost of an error can be critical, a crucial question arises: can we trust calculations performed by ChatGPT, Gemini, or Claude? At Dystlab, we've wrestled with this question for a long time.

Hi, Vitalii here, the founder of Dystlab. As an engineer who became a software developer, I know the feeling all too well: you’ve downloaded a new program, full of inspiration, but at some point, you get stuck on what seems like a simple task. Stuck at some point? Encountered an error that breaks your entire calculation logic? That's completely normal.

Якщо зображення, яке ви бачите нижче, викликає у вас відчуття дежавю — вітаю, ви не помилилися адресою. В цьому матеріалі ми розглянемо, як раз і назавжди позбутися проблем з рамками, основними написами та іншою графічною інформацією в текстових документах.

Today, I will share how the use of units of measurement in TechEditor helped me uncover a serious error in a scientific article.

School physics and chemistry focus on the mechanics: formulas, laws, and plugging in numbers. Students learn to derive an answer and attach a unit, but they often miss the forest for the trees. They lose sight of dimension as a fundamental property of a physical quantity. To most, a dimension is just a formal suffix, not a diagnostic tool to verify equations or validate models.

Привіт! Ви дивитеся “Розрахунок будівельних конструкцій з нуля” — цикл навчальних відео від Віталія Артьомова. Мене звати Сара, я інженерка Дистлаб, що створена штучним інтелектом. Сьогодні ми говоримо про ферми. Звісно, не ті ферми, де збирають молоко та яйця, а будівельні. Бо перші то англійською “farm” (себто фермерські господарства), а друге “truss”. Нас цікавить саме “truss”.

This article has not yet been translated. Please use the Ukrainian version.

The collection of loads is one of the first stages of the design process. Since loads are an external concepts, logically they should not depend on either the design scheme or the chosen method of analysis. They are purely input data for calculations. However, there are situations where the load magnitude is closely related to a specific calculation methodology. This refers to the design of infrastructural objects.

This article has not yet been translated. Please use the Ukrainian version.