What are the 3d designer job duties
What are the 3d designer job duties?What is the 3d designer job content? The following is what I have organized for you is the content of the 3d designer, welcome to read and learn! Want to know more content, welcome to pay attention to the forum!
3D Designer Job Responsibilities
1, according to the planning and setting, the production of the required 3D resources, under the premise of grasping the overall style according to the original design of the draft 3D scene modeling;
2, the model of the mapping and rendering out of the map, appropriate post-processing;
3, some common scene material collection and organization;
4, can independently complete the project's creative design, including the production of cad drawings, renderings, three-dimensional drawings, floor plans, design manuals, etc.;
5, responsible for the project's design management, put forward the design opinion;
6, correctly comprehend the company's overall planning concept and the customer's intentions and accurately and completely expressed Presentation of design ideas;
7, responsible for the design of exhibition props, control the use of a variety of materials and color combinations and the overall effect of the collocation.
3D Designer Job Requirements
1, proficient in various types of design software, can skillfully operate 3D MAX, AutoCAD and Photoshop and other software;
2, a good sense of art and fundamentals of the concept of creativity, strong comprehension, with a strong learning ability;
3, 3D space creativity, creativity, can independently and quickly complete the design work;
4, graphic design, can skillfully operate ps, coreldraw and other graphic design software, with a certain degree of artistic appreciation and aesthetic ability;
5, understanding of the advertising materials market of a variety of packaging materials;
6, good communication Expression ability, responsible, diligent and optimistic integrity, team spirit.
3D Designer Job Description
1, according to customer requirements and design rules, to provide design services for customers, and according to the design rendering to make CAD construction drawings;
2, the design of the text, color, pictures, patterns, etc., the selection of the arrangement;
3, the completion of the draft design on all the Detailed description and determine;
5, and the business team to maintain good and close communication, adhere to the interests of the team as the first point of consideration, to ensure good communication platform;
6, regularly organize the information on the disk, the end of the project in a timely manner to back up the information;
7, to comply with the provisions of the data management, the reasonable use and custody of the company's hardware and software.
Extended reading:
A, 3D printing technology past and present
1, 3D printing is what?
Wikipedia explains: "It is a type of rapid prototyping technology that utilizes bondable materials such as powdered metals or plastics to construct zero objects through layer after layer of multi-layer printing. It is often used in mold making and industrial design to build models, and is now being developed in the direction of product manufacturing to form "direct digital manufacturing".
Simply put, 3D printing is adding a dimension to ordinary two-dimensional printing. The printer first prints a layer of plastic, metal, and other powdered materials on a flat surface like normal printing, and then glues these adhesive print layers together one by one. Through the accumulation of different "shapes" in each layer, a three-dimensional object is finally formed. It's like building a house, where the bricks are one layer at a time, but when they accumulate, they become a three-dimensional house.
2, the earliest invention and application of 3D printing technology
The concept of 3D printing first appeared in the 1980s. The inventor was Chuck Hull, an engineer at a California company called Ultraviolet Products Manufacturing. Hull, who focused on developing UV-fixed resin adhesive technology for protective coatings on furniture. Hull, now 73 years old, recalls: "I had been an engineer for 20 years and knew how much trouble it was to make plastic molds. If there was a problem with the design and it needed to be changed, everything had to be done over again. I would have loved to have a machine to make my own molds."
After a few tries, in a secret room on the roof of Ultraviolet Products, Hull developed the first 3D printer, which used resin as an ink, and a removable UV lamp to cure the resin into shape. In fact, at that time, 3D printing is a kind of rapid prototyping manufacturing machine, in 1994, the United States Massachusetts Institute of Technology research experts invented a kind of three-dimensional printing (Three Dimensional Printing, referred to as "3DP") technology, and applied for a patent. 1997. In 1997, industrially produced 3D printing machines began to be used, and in 2005, Prof. Adrain Bowyer of the University of Barnes, UK, designed a 3D printer and published his scientific research results on the Internet as open source. Subsequently, 3D printing machines evolved rapidly, as did the invention of computers, from bulky, large, and slow to dexterous, efficient, and personal applications.
3, the development of the current status of 3D printing
Now 73 years old, of course, Hull did not realize that his invention of rapid prototyping manufacturing machine is the beginning of the end of large-scale manufacturing, after 30 years of development, mankind into the age of copy, from the theoretical deduction, and even the life of the "cloning", what inanimate objects are not? Theoretically, even life can be "cloned", so what inanimate objects can't be copied? Today's 3D printing can be copied exactly the same as the original ` physical out, and this technology does not involve the value of life, will be rapidly applied to all aspects of our lives.
May 30, 2012, in Shanghai, China's World Financial Center, held a China International 3D Printing Technology and Application Conference, with the guest speakers of a number of internationally renowned applications of the case parties, there is a Belgian titanium jawbone surgery doctor, the inventor of Italy's architectural printers, the United Kingdom 3D printing ceramics artists, as well as the world's major 3D printing equipment manufacturers, Software company representatives, at the meeting to introduce, show their application of 3D printing technology to create the latest products and successful applications, heart valves, jawbone, circuit boards, cars, houses, automatic rifles, and even shoes, underwear or raw meat. Wow, it really is an eye-opener!
According to foreign reports, this year in the United States, a gunsmith using plastic 3D printer to create an AR-15 assault rifle, this "print rifle" raw materials only $ 30, you can shoot 200 rounds of bullets; in Italy, there are designers through the consumables are sand 3D printing to create a three-dimensional building, and claimed that the future may be the future of 3D printing. A three-dimensional building, and claimed that the future may not need workers and scaffolding to complete the building; in Mexico, a scientific research team to try to use 3D printing to manufacture artificial blood vessels; in Japan, the famous game maker Nintendo, has begun to 3D printing technology to manufacture the wii game console; the well-known Disney company has also been considering the use of 3D printing way to manufacture some of the toys.
3D technology is starting to get closer to people's lives, and 3D printers are becoming more and more civilianized. The original 3D printers are so huge that they basically only exist in large hospitals, research organizations, and related businesses. Purchasing such a machine not only costs hundreds and millions of dollars, but the printing materials are also expensive.
But now, 3D printers can be the same size as a regular inkjet printer. Many startups offer a wide variety of printers, such as the color 3D printers offered by MakerBot, the $2,000 3D printers from Makible in Hong Kong, the ultra-high-speed printers from the Technical University of Vienna that can produce sand-sized racing car models, and so on.
3D printing design software is also increasing, there are Sculpteo on the iPhone to design 3D items, 3D design software on the iPad 123D Design, through the Kinect scanning 3D models to print Kinect-To-Print, 3D drawings simulated into 3D models. Because the finished 3D printed product is very malleable, from two-dimensional to three-dimensional, 3D printing can be accurate to 600dpi, each layer of 0.01 millimeters thick. So almost any complex structure can be printed with ease, such as Klein bottles, M?bius nets, Mengele sponges, and more. This has created a great deal of imagination, and many people are thinking about what revolutionary changes 3D printing will bring to various industries.
As a technology that will influence the future, the impact of 3D printing on industries such as healthcare, culture, construction, food, automotive, etc. will be absolutely unimaginable! 3D Printing: The Revolution of Manufacturing 2.0" [View Details] describes how 3D printing will give rise to "personalized manufacturing", "self-production", and "everyone is an inventor". "Everyone is an Inventor".
4, 3D printing in China
In 2009, 24-year-old Jinhua Jin Tao, Zhejiang Jinhua, graduated from the Zhejiang University computer science graduate students in Hong Kong less than a year to do a PhD, decided to go back to the mainland to start their own business. What inspired him to start his own business was the personalized 3D printing service of a foreign electronic gift store.
At that time, 3D printing services for ordinary people were completely new in China. Three years later, at the age of 27, Jin Tao is now the founder and technical director of China's first 3D design service company.
On Taobao, the reporter can see the Hangzhou-based company selling personal 3D printers at prices ranging from 5,999 to 29,999 yuan.
The entry-level personal 3D printer, weighing just over 30 pounds, is like an oversized gift box or hollowed-out mini printer. It can be placed on the desktop, without connecting to a computer, plug in an SD card to turn the design drawings into physical objects. And the buyers are designers, scientific research units, youth activity centers in Beijing, Shanghai and other cities, for children's handicraft classes, and technology geeks who want to make unique love gifts for their girlfriends.
On the web, Chinese 3D printing enthusiasts have also registered more than a thousand people. Netizens began to show personal 3D printers to print things: door knobs, pull ring, kettle, running kart model, trophies, teacups, stools, rings, etc.; the material is also from the plaster, nylon, resin to ABS plastic and so on a variety of.
At present, in Jintao's company, the application of 3D printing technology services are mainly four categories: architectural and municipal layout models, rapid prototyping of industrial design, for the creation of educational art "model" design, and the protection of cultural heritage 3D printing.
In China, there is a "China 3D Industry Technology Alliance", which encompasses China's top research institutions in 3D printing technology, such as Huazhong University of Science and Technology, Beijing University of Aeronautics and Astronautics, and Tsinghua University, which is the world's first 3D printing industry alliance.
According to the experts of this alliance, 3D printing technology as a major technological revolution in the field of manufacturing, in China has been widely used in aerospace and other military fields and large-scale complex components of a molding manufacturing. At present, China in the core field of 3D printing technology has been with the United States 3D company and other international giants are basically at the same level. However, there are still some gaps in materials and software development, equipment and other aspects as well as personal applications.
But we can't deny that a new industrial revolution is coming, with open-source hardware and 3D printers that are bringing manufacturing into the era of personal manufacturing, and there's nothing stopping it from going after this new era with full force.
;