[Answer] What happens when people who study computer science—such as software engineering—grow older?

[Answer] What happens when people who study computer science—such as software engineering—grow older?

For most professions, energy and experience are always in a kind of trade-off during one’s working life: as one declines, the other grows. At the stage where the two intersect, a person’s overall state—in terms of combined capability—often reaches the peak of life. After that point, experience may continue to rise, but energy will begin to fall short.

For most occupations described as “young person’s jobs,” the main characteristic is that they place limited value on experience but high value on energy and age. After entering such fields, one’s experience stops growing in any meaningful way after only a short time, and competitiveness then declines rapidly with age. By contrast, some industries become more and more valuable precisely because they depend far more on experience than on energy or enthusiasm. In those fields, the negative effects of declining energy are quickly offset by the continued growth of experience. Therefore, in employment terms, how far one can go in a given professional direction depends both on one’s personal accumulation of experience and on how much the profession values experience versus energy. Being full of energy is beneficial in any career, but it still needs to be supported by deliberate, in-depth experience building and correct positioning within the industry.

In this sense, as the information age advances rapidly, traditional industries may face strong disruption. Big data and artificial intelligence will affect many fields that once relied heavily on experience. Experience built up through age and case accumulation may become insignificant when faced with the massive body of “experience” embodied in artificial intelligence, while the ability to analyze, retrieve, and organize massive amounts of data may become a new core competitive advantage. On the energy side, an increasing number of research advances, highly disciplined lifestyles, and even potential measures such as genetic diagnosis and targeted treatment may help delay the decline of vitality. As a result, career development may undergo revolutionary changes in the foreseeable future. Although the scale, pace, and intensity of this transformation will vary across industries, fundamentally speaking, staying closely connected to computer technology—the representative of the most advanced productive forces—is an effective way to maintain sufficient progressiveness and competitiveness. From this perspective, studying computer science or software engineering currently carries a much lower risk of becoming “left behind in old age” than many other fields.

Even if we look only at computer science and software engineering themselves, it is foreseeable that as hardware improves rapidly, the difficulty of programming and its physical demands will continue to decline, while demand will grow for senior talent in areas such as software architecture and organizational capability—areas that require accumulated experience. Therefore, at this stage, as long as one can maintain strong learning ability and continue to train and accumulate experience proactively, the computer and software industries do offer the possibility of becoming more valuable with age.