The importance of a degree in the embedded field is self-evident. The general entry-level requirement for this industry is a bachelor’s degree from a recognized institution, which is almost a hard standard. Only a few small and medium-sized enterprises, or in cases where there is an urgent need for personnel in embedded positions, might relax the degree requirement. Based on observations in Shenzhen over the past month, none of the recruitment information encountered had requirements lower than a bachelor’s degree.
Of course, the bachelor’s degree mentioned here is just the minimum requirement, mainly aimed at some small and medium-sized enterprises. For large companies or leading enterprises in the industry, the degree requirements will be even higher.A headhunter once said, although I do not completely agree, I think there is some truth to it. He said that in the embedded R&D industry, for the first 1-4 years of work, a degree is the key to entering a company, and after 4 years, technical ability becomes the main focus. This statement has some validity, but it is not entirely correct. In reality, a degree is always a factor that cannot be ignored; one should not be misled by the notion that as long as one has a bachelor’s degree from a recognized institution, one can navigate the embedded industry without obstacles. The reason large companies value degrees is that there are simply too many applicants, and companies need some standards to filter talent. In fact, to say that highly advanced knowledge is required in the job, I believe a middle school education level is sufficient to cope.Degree restrictions can largely ensure the basic quality of talent. Nowadays, embedded technology is developing rapidly, and the importance of foundational disciplines is becoming increasingly prominent. Those leading companies at the forefront of the times place great importance on the foundational knowledge reserves of practitioners. Many companies set the degree threshold at graduates from 985 universities or even master’s graduates from first-tier universities to ensure that applicants possess solid foundations in English, mathematics, and are proficient in the four fundamental computer courses as well as circuit knowledge, so they can better adapt to new technologies. When a company introduces a brand new microcontroller, its data sheets are all in English, and the accompanying operating systems and board support packages are also new, requiring modeling analysis and problem-solving.
For campus recruitment, companies will definitely impose degree restrictions. The purpose of campus recruitment is to select outstanding talents from good schools; some large companies may not even recruit from second-tier universities, and even if they do, the positions offered are often in market sales or similar fields. However, if one’s degree is insufficient but abilities are outstanding, and there is a desire to enter a large company, it may be worthwhile to first accumulate two to three years of work experience and then transition to a large company through social recruitment.However, this does not mean that those with lower degrees have no opportunities. Many diploma holders have shared their experiences of entering the embedded industry. A blogger mentioned that he graduated with a diploma and, through continuous learning and accumulating project experience, started from a small company and gradually grew into an independent engineer. Moreover, small companies and startup teams place more emphasis on practical technical abilities during recruitment, with relatively less focus on degrees. For example, some small enterprises specializing in specific areas of embedded development are more willing to give opportunities to capable diploma holders, as they focus more on whether candidates can quickly tackle practical problems.
In the early stages of career development, those with higher degrees find it easier to enter large companies, receive better training and resources, and have a relatively higher starting point. Graduates with master’s degrees entering the embedded development field may have more opportunities to engage with core projects in some large enterprises and participate in upstream work in the industry chain, with relatively higher salary levels.As work experience increases, the influence of degrees gradually diminishes. Many industry practitioners have stated that after 3-5 years of work, personal technical abilities, project experience, and problem-solving skills become the key factors for career advancement. Many engineers from diploma backgrounds have successfully transitioned from small and medium-sized enterprises to better platforms by continuously accumulating experience. Some senior embedded engineers have shared their career development paths, emphasizing that continuous learning and practical experience are the core to maintaining competitiveness, rather than degrees.