How can you use CAD to solve complex engineering problems and get promoted?

In my experience, the most important part of understanding a complex engineering problem is asking the right questions. These questions can help to clarify the problem and identify potential solutions. For example, questions like "What is the goal of the project?", "What are the limitations?", and "What are the constraints?" can help to identify the most important aspects of the problem.

Utilizo muito o CAD para cálculo de massas, volumes e áreas em projetos, promove agilidade e agrega profissionalismo no projeto em elaboração. Essas técnicas são bem vistas pelo profissionais parceiros e clientes!

O mais importante para se resolver um problema complexo de engenharia é entender o problema e qual o objetivo do projeto e o impacto do problema que precisa ser resolvido. Isso deve ser feito antes mesmo de se no software CAD que será utilizado para a solução do problema.

One of the effective ways to advance the project is planning, finding the upcoming problems and solving them. In this way, the experiences and expertise of colleagues can be used to facilitate this path. The process of the project as well as to find suitable solutions at every stage.

El uso de CAD a la hora de diseñar y planificar proyectos de diversa índole, permite no solo la posibilidad de materializar una idea, si no también de realizar algunas pruebas de dimensionamiento que podría ahorrar problemas a la hora de la implementación. Es una poderosa herramienta de diseño, que para cubicar o presentar, te da la opción de poder estar un paso adelante. Utilizando esta perspectiva de la manera correcta, podría mantenerte en la cabeza de tu equipo de trabajo.

Choosing the right software for the problem is also an important step. Different CAD software programs have different strengths and weaknesses, and it's important to choose the one that is best suited for the task at hand. Some software is better at creating 3D models, while others are better at doing complex calculations or analyzing data.

In my field of work, industrial designing, Solidworks is brilliant. This great software has 3 different environment to create a part, assemble parts and finally generate engineering drawings. Another key points of Solidworks is it's user friendly interface that lead the designer to creates 3D models very fast.

The best way to choose software is to understand the process of the project and its needs and the relationship between them. For example, if you are looking from the concept process to the executable files, you can use software such as Sketchup for this purpose, as well as Autocad for drawing files. It used two dimensions, then Revit was used to complete and implement it, and 3DS Max was used to present and present the presentation sheets, and their connection with each other is possible.

I agree, choosing the right tools is very important. For example, some tools are better at geometrical representation, some are efficient in numerical methods. Even in modeling, complex surfaces such as NURBS can be easily handled by some softwares, whereas some struggles with that.

There are so many tools available in the market but choosing the right one requires some effort to select the right one for the defined problem. Based on the problem statement one can select the right software for the problem. Because some of the CAD tools in the market are advanced , one can get simulation results too. Based on the solution required for the problem we can choose appropriate CAD tools.

The use of standards for uniformity and a common language can prevent any deviation and also the application of taste in the project. For this purpose, standards such as ISO 12006 and ISO 1192 can be used.

al diseñar o modelar la solucion, siempre hay que considerar el peor escenario, no por ser pesimistas, si no porque existe la posibilidad de que suceda. Despues de tomar eso a consideracion, se procede a hacer simulaciones, calculos. y Al final pero no menos importante, presentarla adecuadamente ya que aunque pudieramos estar en un ambiente de ingenieria, no todos tienen los mismos conocimientos y/o experiencia.

Assim, cada área precisa estudar e selecionar a ferramenta CAD que melhor irá resolver o problema proposto. Após a seleção da(s) ferramenta(s) CAD os envolvidos devem partir para a modelagem da solução de forma simples e objetiva buscando realizar com o menor número de passos possíveis para facilitar futuras revisões e adequações à montagem do projeto.

Once we select the right software for the problem then we can start building the model as per the data available for the model. Once the model is prepared with the CAD tool then we can solve it in any of the analysis tools available in the market based on the solution and problem definition.

Cad is inevitable anymore in engineering or reengineering processes. From kinematic analysis to part modeling and system simulation cad is used.

some suggestions : - vary 2D constraints. - order 3D functions - vary the configurations of the 3D model. - vary the design dimensions and see if it works.

Généralement, les dessins ou modèles CAO seront utilisés pour trouver la géométrie de formes compliquées et aider à trouver des paramètres d’écoulement, etc. En mécanique, il est utile de faire des analyses pour trouver la résistance de la structure.

Por fim, com o modelo em CAD pronto você deve partir para as simulações onde vai identificar funcionalidades e outras restrições que deverão ser revistas e melhoradas.

Evaluation and validation is crucial before solving the actual problem. We have produce the similar solved problem replica and validate them with our design and analysis strategies. It will give an assurance we are traveling in right direction.

siempre seran muy beneficiosas las simluaciones con ayuda de software, pero si es posible llevar a la vida real las propuiestas, hay que hacerlo. esto con ayuda de algun departamento de maquinados o Manufactura Aditiva.

Some suggestions : - write technical instruction sheets, methodological documents for design. - take screenshots of problems and put them in the document.

After creating a solution using CAD software, it's important to present and document the solution clearly and effectively. This step can involve creating a report, making a presentation, or even creating a video that explains the solution. It's important to be able to communicate the solution clearly, so that others can understand it and use it effectively.

In order to present the solution or generating a report for desired parts and assemblies, you have to use international drawing standards such as ANSI or ASME. In addition, you should be careful not to omit any detail or not to over define your drawing. Almost all the time, When I finish my work with generating technical drawings, I try to re-create a 3D model of that part with the help of my drawing to ensure that there is no missing detail in my document.

il est important de présenter et de documenter la solution de manière claire et efficace. Cette étape peut impliquer la création d’un rapport, la réalisation d’une présentation ou même la création d’une vidéo expliquant la solution. Il est important d’être capable de communiquer clairement la solution, afin que les autres puissent la comprendre et l’utiliser efficacement.

Finalmente, com o modelo CAD pronto e testado você passa para a faze de documentação onde o modelo deve ser representado de acordo com os objetivos especificados (fabricação, montagem, inspeção, etc) em folhas para utilização futura.

Another important consideration when using CAD to solve complex engineering problems is to stay organized and efficient. This can involve creating a system for organizing files, keeping track of data, and making sure that all team members are on the same page. This can help to make the problem-solving process more efficient and less frustrating.

In my experience, file management in one of the key points in CADs work. I myself always create a folder named with the project and a text file with my thoughts and decisions in it. And also with any change in the model I do not delete the previous parts and in deed I keep them in my backup space.

Use CAD to help explain ideas that would otherwise be difficult to portray to your audience. Lots of time can be saved by quickly generating a visual on the computer rather than producing a poor sketch on paper or asking the audience to imagine your idea in their head, which could inadvertently produce an array of differing ideas from yours. By saving time and energy for those partaking in discussion, ideas can free flow in the river of solving complex issues.