This year, during the college entrance examination application period, many parents asked me the same question. Their children want to study computer science but do not want to “compete” in traditional software engineering. Are there any new majors that are both hard-core and promising? The answer is yes.
Virtual Reality, Blockchain, Cryptography, Industrial Software are the four majors that have the most “explosive” potential in the field of computer science.
Virtual Reality Technology: Standing at the Forefront of the Metaverse
When it comes to VR, many people’s first reaction is still “wearing a headset to play games.” In fact, this understanding is too superficial.The core of the Virtual Reality Technology major is to reconstruct our perception of the world using computer graphics. It is not just about gaming. Medical surgical training, industrial design simulation, and educational scene reproduction. Each application scenario is subverting traditional industries.
There are only 37 universities in the country offering this major. The competition is relatively mild. The curriculum covers Unity3D engine, 3D modeling, and human-computer interaction design. It sounds complex, but in reality, it is more like a perfect blend of “technology + creativity.”
Several graduates I have encountered from this major generally have starting salaries that are 20% higher than traditional computer science majors. The VR departments of Tencent and ByteDance are eager for such talents. However, it is important to note that this major requires a high spatial imagination ability. If a child has enjoyed building blocks or drawing three-dimensional shapes since childhood, this major would be particularly suitable.
Blockchain Engineering: Risks and Opportunities Coexist
The term blockchain may equate to “digital currency” in the minds of many parents, and some may even have concerns.However, the Blockchain Engineering major does not train “cryptocurrency trading experts.” Instead, it cultivates architects of distributed systems. Smart contract development, supply chain traceability, and digital identity authentication. These application scenarios are reshaping modern business models.
Currently, there are 30 universities offering this major. The number of graduates is still small. Ant Group and WeBank have dedicated campus recruitment positions every year. The salary level is indeed good, but the industry volatility is also a real concern.
My suggestion is that if a child has a strong interest in cryptography and distributed computing, and the family has a strong risk tolerance, they can consider this major. However, it is essential to choose a university with strong technical capabilities to avoid only learning superficial knowledge.
Cryptography Science and Technology: The “Behind-the-Scenes Hero” of National Strategy
This major sounds very mysterious. And indeed, it is.Cryptography Science and Technology is the “crown jewel” of the information security field. Quantum encryption, homomorphic encryption, zero-knowledge proofs. Each technological breakthrough is related to national security. There are only 17 universities offering this major, and fewer than 100 graduates each year. It can be said to be a truly “scarce talent.”
The difficulty of the courses is very high. A solid mathematical foundation is required, especially in number theory and algebraic geometry. Among the students I have seen, those who can graduate smoothly generally have math scores in the top 10% of their class.
Employment destinations are mostly military enterprises, research institutes, and confidential departments. The nature of the work is special, but the stability is very strong. Although the salary is not as high as that of large internet companies, the benefits and social status are quite good. It is suitable for students with a strong sense of mission who are willing to contribute to the national information security cause.
Industrial Software: The “Digital Cornerstone” of a Manufacturing Power
Finally, let’s talk about industrial software. This major is one that many people may not have even heard of.
But its importance far exceeds expectations.CAD design software, CNC machine control systems, industrial simulation platforms are the “brains” of the manufacturing industry. Currently, our country is heavily reliant on imports in this field, posing a significant “bottleneck” risk.
There are 21 universities offering this major, and there is substantial policy support. Huawei, SANY Heavy Industry, and COMAC are all actively recruiting related talents. Although the starting salary is not the highest, the development potential is enormous. Especially as the manufacturing industry undergoes transformation and upgrading, the value of such talents will become increasingly prominent.
The curriculum balances software development and manufacturing processes. Students need to understand both programming and engineering knowledge such as mechanics and materials. It is suitable for students with strong hands-on abilities who are interested in the manufacturing industry.
Selection Advice: Suitability is More Important than Popularity
Each of the four majors has its own characteristics. Virtual Reality is suitable for students with creative talents, Blockchain is for daring innovators, Cryptography is for mathematical geniuses, and Industrial Software is for practical engineers.
Choosing a major is like choosing a life direction. Do not just look at popularity; it is more important to consider suitability. These new majors indeed have broad prospects, but they also have high requirements for students’ abilities and interests. Parents and candidates should make rational choices based on their actual situations.
The truly good major is not the one with the highest score line, but the one that can best unleash the child’s potential.
