Graphic design CAD UG is mostly in that industry

In the mold, of course.

Mechanical.

You go to the talent network to take a look.,It's either ug or pre.,Which one to choose is good for this old bird!! First of all, you have to be interested in structure, drawings, design, etc., it doesn't matter which software you use, it's mainly yourself.

Now the mainstream software: CAD main two-dimensional product design, PROE mainly does 3D product design, UG is mainly used for molds. SOLIDWORKS is mainly a software for the design and development of mechanical or assembly products, and it depends on which one you are interested in learning which!

Usually engaged in design will be these software, CAD is the foundation, PROE UG SOLIDWORKS and so on can be arbitrarily combined, the software is just a tool, the joint is to see who uses it, what kind of effect is achieved.

I learned CAD first, then RROE, and that's how I taught myself.

CAD is easy to learn, Pro E is harder to learn. When it comes to development, these will be the best, and now the requirements are higher in addition to two-dimensional graphics, and if you want to look at the entity, you must specialize in drawing three-dimensional software, such as pro e ug and so on.

If you want to have a future in the future, why don't you learn anime?

And learn Maya, the salary is very high, mainly because there are too few professional personnel in China!

There are people with high salaries in every industry, and there are people who can't afford to eat, and the key is how you adapt to the rules of the industry. The key to choosing CAD or graphic design depends on which one you are more interested in, interest is the best teacher, and you can't do anything if you can't learn it well. Senior CAD designers or graphic designers are still very popular.

If you need to improve your design skills, you can refer to here, the Western Designer Training Center, which is mainly based on actual combat.

CAD stands for AutoCAD (Auto Computer Aided Design) is an automatic computer-aided design software first developed by Autodesk in 1982, which is used for 2D drawing, detailed drawing, design documentation and basic 3D design. It has become a widely popular drawing tool in the world. AutoCAD has a good user interface, and various operations can be performed through interactive menus or command lines.

Its multi-document design environment makes it easy for non-computer professionals to learn to use it quickly. In the process of continuous practice, we can better master its various application and development skills, so as to continuously improve work efficiency. AutoCAD is widely adaptable, and it can run on microcomputers and workstations supported by a variety of operating systems.

UG (Unigraphics NX) is a product engineering solution from Siemens PLM Software that provides users with digital modeling and verification of product design and machining processes. (It is an interactive CAD CAM (computer-aided design and computer-aided manufacturing) system, which is powerful and can easily realize the construction of various complex entities and shapes.) At the beginning of its birth, it was mainly based on workstations, but with the development of PC hardware and the rapid growth of individual users, the application on PC has achieved rapid growth and has become a mainstream application of three-dimensional design in the mold industry.

Therefore, the former has a wide range of applications and is more suitable for two-dimensional drawing (three-dimensional drawing cannot be modified and is limited), and the latter is most suitable for mold design and manufacturing, and is more superior to three-dimensional modeling drawing. The former has more people than the latter, and the latter is more professional, so each has its own characteristics.

The 3D modeling function of UG is relatively strong;

AutoCAD's two-dimensional function is relatively strong;

UG is mostly used in the mold industry, and AutoCAD is mostly used in graphic design, such as: mechanical drawing, architectural drawing and other graphic design.

Personally, I feel that ug is better to use.

UG three-dimensional modeling, a stronger sense of solidity, but also to generate CAD drawings CAD only line segments, drawing a floor plan is very convenient, I personally think that if you just draw a floor plan, or use CAD

If you want to shape and drawing, then choose UG

Personal understanding:

UG is a three-dimensional software, generally used for three-dimensional design, mold design, mechanical design, powerful, of course, can also produce engineering drawings.

CAD is mainly two-dimensional plane software, it is quite convenient to use for general drawing, it is quite widely used, it is very good to draw general floor plans, architectural drawings, it is very troublesome to do three-dimensional, and it can only do very simple three-dimensional things.

Generally, people who know ug know CAD, and CAD is the foundation of everything.

AutoCAD is used for industrial drawing, graphic design, and now AutoCAD 2015 and 2016 versions have 3D capabilities, but 3D modeling capabilities are not very powerful.

Instead, both 2D and 3D can be drawn, with 3D being the most powerful. And UG has a lot more functions than CAD. However, many of the CAD bias commands O, Interrupt X, and Equal Div can be operated very quickly, but ug cannot.

UG is used for 3D modeling, so each has its own needs. The nature of the two software is different, so it is not possible to compare them well.

Each has its own strength!! Look what you're up for.

Are you a man or a woman?

If you are a man, you can learn mold design (such as CAD, UG) and if you are a woman, you can learn graphic design, or accounting.

I don't know anything else, but the salary, after a long time, should be the highest mold design (the kind that gives people a part-time job) I learned it at Cixi Zhicheng Mold Training School, where you seem to have all the courses. It's up to you to ask.

Graphic design for sure. This industry is good for employment and development. The development space depends on personal understanding. It's easy to get started.

If you plan to work in a design company after studying graphic design, you can consider Shantou to create graphic design employment training to learn.

This is opened and taught by the master, and the technology has nothing to say. In cooperation with design companies, advertising agencies, output centers, and printing houses.

This year, all the people who signed up have already gone to work in design companies.

Each has its own advantages, I think the graphic design is still good, if you have the opportunity, it is better to rely on a certified public accountant.

It must be mold design, at present, among the technical jobs, the salary of mold design is the highest, and if you want to learn, you can take a look at the new Ruilei online.

Learn CAD or 3D to learn design, which kind of three-dimensional, such as architecture, home decoration, this is more than the plane.

Depending on what kind of CAD you are studying, it can be used to make two-dimensional drawings in the machinery industry, to draw architectural structure drawings in the construction industry, and to design two-dimensional drawings in the clothing industry. UG can be used in a wide range of ways, depending on which module you study.

What can you do if you are given a pen? CAD and UG are just tools. It is used in many industries, such as doors, lights, machinery and industrial products, etc., CAD is used more for plane drawing design, UG is used for three-dimensional design and mold design.

The key is how much knowledge you know. What do you want to do?

Haha, mortals learn this and that in the end, it is not for a mouth, but also for spiritual enjoyment. But there is a higher ideal, which is to contribute to the motherland!

And you need money to eat, and you need money to live...

There is a specialization in art, and people are not immortals. You can find a technical job that suits you and learn well.

I am doing hardware mold design and manufacturing, and I will help you answer.

It can be said to be the most practical graphic design software in any industry, easy to learn and powerful, so learning CAD well is your starting point.

CNC programming: This is based on UG software, through software programming, CNC machine tools automatically complete the processing of products;

Modeling drawing: This is also based on UG software, through the study of this piece you can on complex parts, such as: automobiles, shipbuilding, industrial equipment, molds, product design and other fields of advanced drawing, familiar with this piece, you are invincible in this design.

This software is from Japan, and the basic functions are similar to ug. Depending on how you choose, SOLIDWORKS may not be as widely used in China as UG.

5.Plastic mold, hardware mold: this belongs to the mold category, first of all, in the mold design, you must learn 2D, 3D design software, this is the foundation, and then you have enough understanding of the field you are engaged in and other processing equipment, processing technology is familiar with, you can achieve mold design through CAD, UG, SOLIDWORKS software.

6.Industrial design: Industrial design is product design and development, such as a mobile phone, a computer, and so on we can usually see electronic digital, home appliances, and other things, all of which belong to the category of industrial design.

Industrial design is hard, but well done, the income prospect is very good.

In my humble opinion, I hope it can help you,

If you learn all of this, you're a god-like master of design.

Silently ask, do you know the standard of design?

To learn real skills, you have to calm down and analyze them carefully.

Find out what your hobbies, specialties, and strengths are, and then use your strengths and avoid weaknesses to determine your own orientation.

CAD can be used for the design of mechanical and electronic circuits, as well as for the planning and design of municipal engineering. Graphic design is mostly used for advertising, logo, and architectural decoration design.

Which one is better to learn? I think different people will have different choices, but you still have to choose according to your hobbies, interests, and strengths. Because hobbies are the bridge to success.

Once you have a direction, you also need to go all out and work hard to study and study. It is a good training to understand that diligence can make up for clumsiness, and every hard work is a talent. The truth lies in this.

Finally, I would like to say that operational skills are easy to learn, but creative thinking is difficult to practice. No matter which skill, creative thinking is the most difficult, but also the most valuable, as long as you can be innovative, with new ideas, will become a master of the industry, otherwise can only be an ordinary operator.

FYI.

CAD is better, because the plane is now learned too much, most of them are the basic design of advertising companies, CAD can be learned to enter the design department of the factory as a draftsman, although boring, but the salary is much higher than the plane, if you learn 3D and plane, do decoration construction drawings can also.

In the case of graphic design, if you only learn one piece of software, it is better not to learn it. If you want to learn graphic design well, you need to use several software. It's not just a piece of software. CAD is, of course, the most important of these. But it's not enough.

CAD is just a drafting software, and graphic design is a discipline. If you learn CAD well, you don't necessarily understand graphic design, but if you want to learn graphic design well, you must know CAD

The most pragmatic way to basically ensure foolproof learning is to find industry veterans to lead the industry, so that not only can the work be absolutely guaranteed, but also have a great chance to grow into an excellent designer in a short period of time.

Both majors can be studied in the above way.

You can come here to see both majors, there are both here.

CAD full name computer aided design, Chinese name computer-aided design.

CAD uses computers and their graphics equipment to help designers with their design work. In the design, it is usually necessary to use computers to calculate, analyze and compare different schemes to determine the optimal scheme; All kinds of design information, whether digital, textual or graphic, can be stored in the computer's memory or external memory, and can be retrieved quickly; Designers usually start with sketches, and the heavy work of turning sketches into working drawings can be handed over to the computer; The design results automatically generated by the computer can quickly make graphics, so that the designer can make judgments and modifications to the design in time; The computer can be used to process the graphics data related to the graphics, zooming in, zooming out, translation, copying and rotating.

Software introduction: 1. Architectural CAD

Architectural CAD uses parametric building intelligent components for architectural design, intelligent association, change propagation and update of building components, and synchronous generation of building 2D construction drawings and 3D models, which provides complete architectural 3D design functions while meeting the needs of building construction drawing. Parameterization, intelligence, visualization, collaboration and information modeling are the development directions of CAD architectural software, which conforms to the design habits of domestic architects.

2. Mechanical CAD

Mechanical CAD professional software covers all fields of mechanical design, integrates functional modules such as drawing, design management and data integration, and realizes the double-click of drawings, serial numbers, schedules, dimensions, symbol annotations and other objects, and CAD provides the latest symbol annotation and standard parts library in line with national standards. Standardized and intelligent mechanical drawing design can greatly improve the drawing efficiency of designers, so that the drawings are fully in line with the enterprise, industry and national standards, and the software is compatible with most mechanical software.

3. Wedding dress CAD

Wedding Dress CAD is a CAD platemaking software for the wedding dress industry. Compared with traditional manual plate making (overprinting), it has the characteristics of high efficiency and accuracy. It can promote the improvement of the quality of wedding dresses and the establishment of version style.

Breakthrough wedding dress CAD, kernel parent database: one word, one shoulder, halterneck, V-neck, card shoulder and other library types. Call the master to modify or split the parts and complete the automatic grading.