Welche häufigen Fehler sollten Sie beim Erlernen von CAD-Software vermeiden?

Es importante recibir una formación adaptada al tipo de proyecto, y para ello orientarse de profesionales que dominen la herramienta. Recurrir al Colegio de Delineantes es una de estas opciones. Cada rama de proyectos tiene su estructura, no es lo mismo realizar proyectos industriales, de edificación, o de obra civil. Los proyectos grandes es importante tener ficheros standard, un manual de trabajo, con la definición de los cajetines, su inserción, unidades y cómo completarlos, la taxonomía de los ficheros a utilizar es importante así como conocer las diferentes normas de representación. Utilizar el conjunto de planos para organizar los ficheros y tener control de los documentos que se van generando. Entre muchas otras cosas a considerar.

It's tempting to try to jump straight into more advanced design tools when you're first learning CAD. This really isn't the best way to go about it though. In the civil engineering world you'll want to learn things like polylines and printing before you try to tackle corridors and surfaces. I'd recommend anyone just starting out focus on learning the 40 or so most common commands / buttons that they'll use almost every day first.

Learning CAD software can be both exciting and challenging. Here are some common mistakes to avoid: Not Snapping to Endpoints: Failing to connect lines to endpoints in 2D CAD software can lead to inaccuracies. Always use the built-in snap system to ensure precision. Not Investing Time in Learning: Even experienced drafters should dedicate time to continuous learning. Explore online resources like YouTube tutorials and blogs to enhance your skills. Not Automating Tasks: Repetitive tasks can be automated using scripts or languages like AUTOLISP. Invest time upfront to save time in the long run Remember, learning CAD is a journey, and avoiding these pitfalls will help you become a more proficient drafter!

While you're in the learning phase for any software, don't rush into using the software first. Instead, make specific designs and calculations on paper and have a clear sketch of the part in your mind. It's essential to understand the science behind the working model. A CAD model without a thorough understanding of the underlying principles does not lead to efficiency of cad designer.

When learning CAD software, avoid skipping the basics, as mastering fundamental commands and the interface is crucial. Don’t ignore keyboard shortcuts, as they can significantly boost productivity. Always use snap and tolerance settings to ensure precise alignment. Utilize online tutorials and training resources to enhance your skills. Keep designs simple to avoid errors and complexity. Automate repetitive tasks to save time, and maintain consistent layering and organization for clarity.

I always start off junior engineers who are just learning CAD with the command aliases, but I also make sure they change them to be more efficient. In AutoCAD, by default the command aliases are just based on the spelling of the command (e.g. PLINE for polyline). This is inefficient since you often need to draw hundreds of polylines every day, but you can't easily type PLINE without stopping to look at your keyboard. By changing the common command aliases to be easier to use with just your left hand without looking at your keyboard, you can work much more efficiently than by leaving everything as default.

Keyboard shortcuts allow you to perform actions much faster than using menus or toolbars. This efficiency can significantly speed up your workflow and improve productivity.

Shortcuts are not a big deal to learn or to master. You can do any work without using shortcuts but you will waste time doing it. From my perspective, shortcuts are a plus not a necessicity. The more important thing is knowing how to do the work.

Learning shortcuts in design software is highly important. Though one my find it hard to remember , it comes only with practice. So as you practice using the tool do it along with shortcuts so that it also stays. Using shortcuts can reduce your design lead time by close to ~25%.

Think of CAD shortcuts as secret cheat codes. Ignoring them is like playing a video game without using power-ups. Level up your efficiency by learning these handy tricks!

Every young designer/drafter goes through a learning curve when learning a new software. According to me, in AutoCAD one of the most important lessons is defining and using the appropriate layers. You can always build more layers as you progress through the project but setting up few crucial layers will make the drawing clearer.

Organization is key in CAD. Maintaining well-organized layers simplifies the process, especially when making last minute changes to your design, and mitigates the risk of making unwanted changes to a different part of the design. Clear organization also makes it easier for your team members to see your unique vision and understand your process!

É grande importância respeitas as camadas e principalmente os layers para iniciar um projeto assim lá na frente não se enrolar quando precisar fazer alguma alteração

Most of the people miss is knowing layers by layer designs. Always ensure using layering in design will make automation accurate and errors can be avoided.

Backups of the network drives are the responsibility of your company's IT team, but it's still up to the CAD teams to make appropriate backup copies of the necessary files. If you submit a plan set to a client, make a backup set of the CAD files as-is so that you can easily refer back to the status of the files if needed without affecting the current version of those files. Keep clear separation between your active / working files and record / archive files.

On a small project, backups might be a local affair. However, as projects get larger, then the use of a Common Data Environment (CDE) is essential. Indeed, it is mandatory on projects when working to ISO 19650. When learning CAD, however, this is likely to be of less importance than when working on actual projects. Over and above backups, when learning CAD I would suggest that regular saves are of greater importance.

Don’t be a backup slacker. Forgetting to save your work is like building a sandcastle without a photo—one wave (or crash) and it’s gone forever. Hit save and breathe easy!

Ignoring industry standards and best practices for CAD modeling can lead to designs that are difficult to modify, manufacture, or analyze

Nunca se esqueça de Salvar os backups alterações de projetos, é importante ter esse pensamento para não haver a perda de grandes alterações feitas por um longo período de tempo pois assim pode ocasionar de perca total dessas alterações

Mistake 1: Overlooking the Basics. Mistake 2: Not Using Keyboard Shortcuts. Mistake 3: Ignoring the Power of Tutorials and Training Resources. Mistake 4: Neglecting to Practice Regularly. Mistake 5: Not Backing Up Work. Mistake 6: Working Without a Plan. Mistake 7: Refusing to Explore Different CAD Tools.

CAD is also like a medium of expression. To transform your ideas from paper to 3d. And with every new mode of communication, you learn a new culture. Likewise, it's important to understand the logic and reasoning behind several factors which play along the process of CAD. Understand how the software was made and how it functions logically. This will let you understand its limits and possibilities and help you plan your journey when creating your models.

One thing that I often see overlooked is not fully defining your 3D drawings. Make sure every feature is defined. This allows your drawings to stay consistent as you make multiple revisions.

Not researching which CAD software best suits your needs or the industry standards for the type of projects you intend to work on can result in choosing the wrong software or wasting time learning irrelevant features.

Um erro crítico é a falta de uma inspeção in loco das instalações e equipamentos envolvidos no projeto. A dependência exclusiva de descrições, especificações técnicas ou planejamentos sem uma verificação presencial pode resultar em omissões de detalhes essenciais que não foram capturados adequadamente na etapa de planejamento. Essas falhas podem comprometer a precisão e a viabilidade do projeto, levando a retrabalhos dispendiosos, custos não orçados e a possíveis atrasos na execução do projeto. Portanto, é fundamental realizar uma visita técnica ao local para assegurar que todos os aspectos do ambiente real sejam considerados no desenvolvimento do projeto, garantindo assim a integridade e a eficácia do resultado final.

When learning CAD, certainly the basics, it does not really matter which version you are using. As an AutoCAD user, a lot of the commands I use daily have not changed since I first started over 20 years ago! Newer versions of software certainly add features, but the basics of drafting are the same. Learn the basics, then explore the fancier bits of the software. Bear in mind that sometimes CAD will be integrated with other software by third parties, and these integrations might lag behind the release schedule of your CAD software. Switching to the latest version might mean some of these integrations and plugins will break. Again, when learning CAD, these are not likely to be a problem.

Ignoring updates is like refusing to upgrade your phone. Sure, it still works, but you’re missing out on all the cool new features. Keep your CAD software up-to-date!

Updates often include bug fixes that address issues encountered by users. Ignoring updates means you may continue to experience these bugs, which can disrupt your workflow and cause frustration.

about 90% of times, updates don’t affect the functions it may add some. So updating your software is like upgrading it’s graphics and ram usage. If the software version you are using don’t bug , working and you don’t need a futurist function or tool, you can use it. In that case the update is not mandatory.

CAD é uma ferramenta muito interessante independente da área que atuem construção ou mecânica etc, você aprendendo os comandos e os passo a passos com dedicação se tornará excelente projetista

Remember, CAD is a journey, not a sprint. Take your time, ask for help, and enjoy the ride. Before you know it, you’ll be designing like a pro.

Just like any other software learning experience, apply what you learn through practice projects. Gradually take on more complex tasks until you feel comfortable enough with the interface; you can begin to integrate other software at this point, too!

Outro aspecto crucial ao desenhar em software CAD é assegurar que o projeto esteja sendo desenvolvido no espaço tridimensional correto. É essencial garantir que todos os elementos do desenho estejam posicionados com precisão e não flutuando no espaço. Erros nesse posicionamento podem causar problemas significativos no desenho, incluindo imprecisões de medição e falhas na compatibilidade entre componentes. Uma modelagem tridimensional precisa é fundamental para evitar essas discrepâncias e assegurar a precisão e a integridade do projeto final.