Information questions for craft majors
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The technical majors in our unit are responsible for a lot of content, and each major has its own major and minor requirements, and requires certain engineering skills to do it. If we do 3D, we will do all the simulation drawings, which is a lot of work. I wonder if this is generally the case for technology majors in forums?
Labor divisions vary greatly depending on the industry and company size.
Our company does not require that much. Generally, just giving the pid diagram is enough.
This is a craft professional requirement of the design institute. If you are in a factory, you won’t need so much! ! !
Some design units are not very clear about professional settings. For example, the process major is responsible for both PID and some pipeline professional work. At the same time, there are also professional gaps. For example, majors such as pipeline stress and pipe materials are rare in design institutes.
According to previous regulations, the process generally required PFD and PID, and conditions were required for each related major, including process piping, equipment, electrical, instrumentation and automatic control majors, etc. Generally, the piping major is not included in the technical majors. That is to say, the three-dimensional modeling mentioned by the poster is generally not included in the technical majors. But for general design units, because the technology is very mature, the workload of PFD and PID is not large, so many units put the technology and piping together. According to recommendations, the process is generally divided into two majors: process and process system. The process is mainly responsible for making process packages and PFD, and the responsibility of the process system is to specifically engineer the process package.
This has a lot to do with the size of the unit. Basically, the so-called craftsmanship of small and medium-sized design units generally includes majors such as craftsmanship, piping, stress, equipment (providing non-standard conditions and procurement documents). At the same time, because craftsmanship is the "leading", the person in charge of the project is often a craft major, so you basically need to know the general drawing major, fire protection (water supply and drainage), automatic control major and other related contents. If you happen to be a general contractor, even if the scale is small, you still need to know project management, etc. It’s very training. Large-scale engineering companies (design institutes) generally have a clear division of labor, and each one is responsible for sweeping away the snow, which is not so tiring. Of course, because the scope is relatively narrow, although you can study it in depth, it is not very comprehensive, and it is not very training.