What are the responsibilities of 3d designers?

What are the responsibilities of 3d designers?

What are the responsibilities of 3d designers? What is the job of a 3d designer? The following is what I arranged for you, which is the content of 3d designers. Welcome to read and learn from! Want to know more, welcome to the forum!

Job responsibilities of 3D designers

1, according to the planning setting, making the required 3D resources, and modeling the 3D scene according to the original design draft on the premise of grasping the overall style;

2. Map drawing and rendering of the model, and appropriate post-processing;

3. Collection, production and arrangement of some general scene materials;

4, can independently complete the creative design of the project, including making cad drawings, renderings, three-dimensional drawings, floor plans, design manuals, etc. ;

5. Be responsible for the design management of the project and put forward design opinions;

6. Correctly understand the company's overall planning concept and customer intentions, and accurately and completely express the exhibition design concept;

7. Be responsible for the design of exhibition props, and control the overall effect of the combination and collocation of various materials and colors.

Job Requirements of 3D Designers

1, proficient in all kinds of design software, able to skillfully operate 3D MAX, AutoCAD and Photoshop software;

2. Good artistic feeling and foundation, strong understanding of creative ideas and strong learning ability;

3.3D space creation ability is strong, and the design work can be completed independently and quickly;

4. Understand graphic design, be proficient in operating graphic design software such as ps and coreldraw, and have certain artistic appreciation and aesthetic ability;

5. Understand all kinds of packaging materials in the advertising material market;

6. Good communication and presentation skills, sense of responsibility, diligence and optimism, integrity and team spirit.

The job content of a 3D designer

1. Provide design services to customers according to customer requirements and design rules, and make CAD construction drawings according to design renderings;

2. Selection and arrangement of characters, colors, pictures and patterns in design;

3. Complete the detailed description and determination of the design;

5. Maintain good and close communication with the business team, adhere to the team interests as the primary consideration, and ensure a good communication platform;

6. Arrange data engraving regularly, and back up the data in time after the project;

7. Comply with data management regulations, and reasonably use and keep the company's software and hardware.

Extended reading:

First, the past lives of 3D printing technology

What are 1 and 3D printing?

Wikipedia's explanation is: "This is a rapid prototyping technology, which uses adhesive materials such as powder metal or plastic to construct zero objects through multi-layer printing. Mold manufacturing and industrial design often use this technology to build models, and now it is developing in the direction of product manufacturing, forming "direct digital manufacturing".

Simply put, 3D printing is to add a dimension to ordinary 2D printing. The printer first prints a layer of powdery materials such as plastic and metal on a plane like ordinary printing, and then prints and sticks these adhesives layer by layer. Through the accumulation of different "graphics" on each layer, a three-dimensional object is finally formed. Just like building a house, bricks are layered, but when piled up, they become a three-dimensional house.

2. The earliest invention and application of 2.3D printing technology.

The concept of 3D printing first appeared in 1980s. The inventor is Chuck Hull, an engineer of an ultraviolet product manufacturing company in California, USA, who mainly develops the ultraviolet fixing resin adhesive technology for furniture protective coatings. Now 73-year-old Hull recalls: "I have been an engineer for 20 years and know how troublesome it is to make plastic molds. Once there is a problem with the design, it needs to be revised, and everything has to be started again. I really want to have a machine to make my own molds. "

After several efforts, in a secret room on the roof of UV products Company, Hull developed the first 3D printer, which used resin as ink and cured the resin with a movable UV lamp. In fact, at that time, 3D printing was a rapid prototyping machine. 1994, a scientific research expert from Massachusetts Institute of Technology invented a technology called 3D printing (referred to as "3DP") and applied for a patent. 1997, the industrial production of 3D printers began to be applied. In 2005, Professor AdrainBowyer of the University of Barn in England designed a 3D printer and published his research results on the Internet. Subsequently, the rapid development of 3D printers, like the invention of computers in those years, moved from cumbersome and slow to intelligent, efficient and personalized.

3.3D printing development status

Hull, who is 73 years old, certainly didn't realize that the rapid prototyping machine he invented was the beginning of the end of mass manufacturing. After 30 years of development, mankind has entered the era of replication. Theoretically, even life can be cloned. What inanimate things can't be copied? Today's 3D printing can copy the real thing exactly the same as the original, and this technology does not involve the value of life, and will soon be applied to all aspects of our lives.

20 12 On May 30th, an international conference on 3D printing technology and application in China was held in Shanghai World Financial Center, China. Among the internationally renowned application case participants, there are Belgian titanium mandible surgeons, Italian inventors of architectural printers, British 3D printing ceramic artists, and representatives of major 3D printing equipment manufacturers and software companies in the world. At the meeting, they introduced and displayed the latest products and successful application cases created by 3D printing technology, including heart valves, jaws, circuit boards, cars, houses, automatic rifles, and even shoes, underwear or raw meat. Wow, what an eye-opener!

According to foreign reports, this year in the United States, a gunner made an AR- 15 assault rifle with a plastic 3D printer. The raw material of this "printing rifle" is only 30 dollars, and it can shoot 200 bullets quickly. In Italy, some designers used sand as consumables to create a three-dimensional building through 3D printing, and claimed that the building might be completed without workers and scaffolding in the future; In Mexico, a research team tried to make artificial blood vessels using 3D printing; In Japan, Nintendo, a famous game maker, has started to manufacture wii game consoles through 3D printing technology. The well-known Disney company has also considered making some toys with 3D printing.

3D technology is getting closer and closer to people's lives, and 3D printers are becoming more and more popular. The original 3D printer is huge, and basically only exists in large hospitals, scientific research institutions and related enterprises. Not only does it cost hundreds of millions to buy such a machine, but also the printed materials are very expensive.

But now, 3D printers can be as big as ordinary inkjet printers. Many start-ups provide various printers, such as the color 3D printer provided by MakerBot, the 3D printer priced at 2,000 yuan by Makeble in Hong Kong, and the ultra-high-speed printer that can print sand-sized racing models by Vienna University of Technology.

There are more and more 3D printing design softwares, such as Sculpteo for designing 3D objects on iPhone and 123D design on iPad. Kinect scans 3D models to print Kinect-To-Print, and simulates 3D drawings into 3D models. Because of the strong plasticity of 3D printing products, 3D printing can be accurate to 600dpi from 2D to 3D, and the thickness of each layer is 0.05438+0 mm.. So almost any complicated structure can be easily printed, such as Klein bottle, Mobius net, Meng Le sponge, etc. This has brought people great imagination, and many people are imagining what revolutionary changes 3D printing will bring to various industries.

As a technology that affects the future, the impact of 3D printing on medical, cultural, architectural, food, automobile and other industries is absolutely unimaginable! The revolution of manufacturing 2.0 in 3D printing [see details] introduces the new industrial situation that 3D printing will give birth to personalized manufacturing, independent production and everyone is an inventor.

4.3D printing in China

In 2009, Tao Jin, a 24-year-old native of Jinhua, Zhejiang Province, graduated from Zhejiang University and went to Hong Kong to practice medicine for less than one year before deciding to start a business in the Mainland. What inspired him to start a business was the personalized 3D printing service of an electronic gift shop abroad.

At that time, 3D printing service for ordinary people was a brand-new thing in China. Three years later, 27-year-old Tao Jin became the founder and technical director of the first 3D design service company in China.

On Taobao, the reporter can see that this Hangzhou-based company sells personal 3D printers, with prices ranging from 5,999 yuan to 29,999 yuan.

An entry-level personal 3D printer weighs only 30 kilograms, just like an oversized gift box or a hollowed-out mini printer. It can be placed on the desktop, and the design can be turned into objects without connecting a computer or inserting an SD card. Buyers are designers, scientific research institutions, youth activity centers in Beijing, Shanghai and other cities, and technical geeks who want to give their children handicraft classes and make unique love gifts for their girlfriends.

On the Internet, there are more than 1000 registered 3D printing enthusiasts in China. Netizens began to show things printed by personal 3D printers: door handles, pull rings, kettles, karting models, trophies, teacups, stools, rings and so on. Materials are also different, from gypsum, nylon, resin to ABS plastic.

At present, there are four main types of application services of 3D printing technology in Tao Jin Company: building and municipal layout model, rapid prototyping of industrial design, "model" design of educational art creation, and 3D printing of cultural relics protection.

There is a "China 3D Industry Technology Alliance" in China, whose members include Huazhong University of Science and Technology, Beihang University, Tsinghua University and other top domestic scientific research institutions. It is the world's first 3D printing industry alliance.

According to the experts of the alliance, 3D printing technology, as a major technological revolution in the manufacturing field, has been widely used in military fields such as aerospace and one-time molding and manufacturing of large and complex components in China. At present, the core field of 3D printing technology in China has been basically at the same level as international giants such as American 3D companies. However, there are still some gaps in materials and software development, equipment and personal applications.

But we cannot deny that the new industrial revolution is coming. Open source hardware and 3D printers are bringing the manufacturing industry into the era of personal manufacturing, and nothing can stop it from fully pursuing this new era.

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