In what kind of factories do technicians grow the fastest?

I believe that growing the fastest is through the processes of project construction, installation, commissioning, and operation.

One can progress rapidly as a technician in a company’s main workshop. Especially in this workshop, the manufacturing processes are quite complex, with a large variety of equipment; daily failures and accidents occur frequently. If you’re not afraid of hard work, enjoy delving into problems, and like to think critically, then you will surely make rapid progress and develop quickly!

As an engineering technician, it is not common to have the opportunity to be involved in the entire process of a project, from its construction to its commissioning for production. Most people work in well-equipped factories where operations are stable and continuous, dealing with advanced machinery and focusing mainly on the performance and parameters of such equipment. However, due to the stable operation of these systems, there are fewer opportunities to gain a deeper understanding of the equipment. Nevertheless, one should think critically and communicate more with colleagues and peers to acquire indirect experience, and take every opportunity for maintenance to gain direct experience. With confidence and perseverance, after 3–5 years of experience, one can become one of the key members of the team. Some of the workshop supervisors in today’s large refineries have only experienced starting up and shutting down operations once or twice, but this does not prevent them from becoming competent workshop supervisors.

In what kind of factories can engineering and technical personnel grow rapidly? First of all, the factory chosen should provide opportunities to work with your specialized skills, and there should be people who can guide you to the right positions for training. Secondly, the most suitable environment for engineering and technical personnel, especially those who have just graduated, is undoubtedly the production workshop or the front line. It is highly recommended that such professionals start from the grassroots level, as the hands-on knowledge gained there is the most authentic, and the process of accumulating knowledge along with related experiences will be beneficial throughout one’s life. Additionally, individuals need to know how to learn; for example, those working in process management cannot simply focus on the operational aspects of processes – they must also understand the structure of equipment, its working principles, as well as the specifications and characteristics of various components. They shouldn’t stay at just the surface level of processes; by applying their technical expertise to analyze these processes, they can discover and learn a great deal. Furthermore, it’s ideal to be able to participate in the construction of projects, ideally from the stages of project planning, design, construction, installation, commissioning, testing, operation, and beyond. By working on such projects while learning, the gains will certainly be substantial!

In short: Technicians can quickly master the knowledge they have learned and apply it flexibly in a working environment where they can use that knowledge； For example, working in a company where the technology is well-developed and production is stable. In work environments that require innovation beyond an individual’s existing knowledge, the ability to quickly learn new knowledge and master it helps to improve and enhance one’s knowledge framework. Such as engineering design and construction, production upgrades, etc.

I believe that engineering and technical personnel who have just started working, if they want to grow, must first be hardworking and willing to learn humbly; spending more time in the production workshop provides more opportunities to encounter problems, from which they can gain a lot of practical experience. Second, in production workshops equipped with very advanced equipment, production is relatively stable, and there are fewer opportunities for malfunctions, which in turn means fewer chances to handle such issues – thus it’s difficult to acquire practical experience (because theoretical knowledge alone is not enough; what might seem like a simple malfunction can often become complicated due to a lack of practical experience). Third, it’s important to have guidance from professionals. Learning is an endless process; sometimes one may struggle for a long time without understanding something, but with someone’s guidance, it becomes clear immediately, or one might have an idea but lack confidence, and after receiving feedback, one can be sure of it. In short, one must be willing to take action, not pretend to understand when unsure, and be humble enough to learn from others. By working, learning, and summarizing at the same time, I think growth will occur more quickly.

In a newly built factory, the management pays close attention to it; the production process is modern, and the equipment is advanced, offering great potential for development.

There is a shortage of technical talent; those who can be directly involved in project construction, possess the relevant professional knowledge, and are able to apply theory to practice – there is definitely no problem with them. :lol

To sum up: Technical personnel should focus on combining theory with practice (they need to have certain computational skills!), actively participate in the entire process of production and operation in the workshop as well as in technical upgrades and improvements, and summarize their experiences in a timely manner to establish a workflow for continuous improvement – only then can they be considered mature engineering technicians.

In addition to working hard in one’s own factory, there should also be appropriate opportunities to visit different companies for learning, to exchange ideas with peers, to learn from each other’s strengths, to gain experience, and to further improve one’s skills.