5.0371 million new undergraduate admissions
1.4385 million postgraduate admissions (including 201,600 doctoral candidates)
11.0510 million graduates from junior college and undergraduate programs
These numbers are not abstract statistics — they form the pyramid your children will compete within. Every tier is packed with competitors. Popular fields feature larger pyramids, yet this does not make it easier to reach their upper or middle tiers. Niche fields have smaller pyramids, but fewer rivals to match. No matter which industry one enters, claiming a top or mid-tier position is tough. The critical question most parents fail to consider: what exactly determines whether a person climbs to the upper half of the pyramid?
This raises a more fundamental question: when choosing a university major, what are we actually picking? Are we securing a "low-risk career track" for our children, or guiding them toward a path they are genuinely capable of thriving on?
Popular fields boast bigger pyramids, yet this offers no shortcut to their upper echelons.
Parents Chasing Popular Majors May Trap Their Children at the Most Crowded Bottom
“Pick a major with solid job prospects” sounds like sound advice. But when parents talk about “employable majors,” their first thought invariably lands on computer science, finance and law — mainstream, high-demand disciplines. Yet official data tells a different story.
Among 61 core undergraduate major categories, computer science recorded a graduate employment rate of only 82.4% for the Class of 2024, ranking 11th from the bottom, far below the national average undergraduate employment rate of 86.7%. Once coveted, this field has become one of the most fiercely competitive career paths.
What matters more is the stark divide within a single popular major. Even within computer science:
AI specializations boast employment rates above 90%, with algorithm engineer openings surging 67% year-on-year and an average starting salary of 285,000 RMB annually. Cybersecurity also maintains employment rates over 90%, facing a national talent shortage of 1.4 million professionals.
Traditional software development, by contrast, has seen its employment rate drop to 76.4%. Java development roles face a brutal competition ratio of 15 applicants per opening, while graduates from second-tier universities often struggle to land jobs post-graduation. Basic front-end and operation & maintenance positions regularly attract thousands of applicants for a single vacancy.
For the same sought-after major, life at the top and life at the bottom are worlds apart.
Worse still, artificial intelligence is systematically eliminating entry-level roles across popular industries. A World Economic Forum report states that 76% of employers cut or maintained their headcount of junior staff in 2025, with over 40% of new graduates underemployed — hitting a record high since 2020. The white-collar jobs most vulnerable to AI replacement are precisely those in mainstream sectors: basic copywriting, entry-level programming, data entry, standardized customer service and template-based design. Scholar Chu Yin put it bluntly: “AI poses less of a threat to delivery riders than to people who spend their days making PowerPoint slides.”
This is no hypothetical future. A 35-year-old AI model quality control supervisor at a Hangzhou fintech firm was laid off after the company deployed AI to automate his role. Another cross-border e-commerce brand introduced AI digital employees, slashing annual labor costs for data analysts, content operators and customer service supervisors from 336,000 RMB to under 2,000 RMB — a 95% cost reduction.
Where does the logic of chasing popular majors fall apart? Popular sectors have larger pyramids, which means their bottom rungs are far more congested. Worse, those entry-level roles at the bottom are exactly the positions AI is phasing out. Parents who steer their children toward mainstream majors seeking stability may inadvertently push them into the most crowded, precarious tier of the pyramid.
Internal Divides Within Computer Science
AI Specializations | Traditional Software Development |
Employment rate > 90% | Employment rate: 76.4% |
Algorithm job demand up 67% year-on-year | Java development competition ratio: 15 applicants per role |
If Popular Tracks Are Risky, What About Niche Majors?
Most parents immediately assume niche majors are worse: limited market demand, narrow career paths, and a high risk of unemployment. Yet the reality of lesser-known fields contradicts this common intuition.
Ammunition Engineering & Explosives Technology: 98% employment rate. Fewer than 10 universities offer this major nationwide, with less than 1,000 graduates annually; central state-owned enterprises recruit all graduates in advance.
Marine Electronic & Electrical Engineering: ~97% employment rate, an essential talent pool for the shipping industry with persistent labor shortages.
Nuclear Engineering & Nuclear Technology: ~96% employment rate, a core national strategic field with extremely high professional barriers to entry.
These majors see near-zero unemployment not because they are inherently superior, but because they operate within small pyramids with limited competitors and steady industry demand. Annual graduate output remains minimal, while job openings stay abundant — creating a supply-demand imbalance that favors job seekers.
Certain niche majors are also experiencing a boom in market demand:
Low-Altitude Technology & Engineering: The industry reached a market size of 1.5 trillion RMB in 2025, facing massive talent shortages; flight control algorithm engineers earn a median monthly salary of nearly 30,000 RMB.
Geriatric Medicine & Health: Shedding outdated stereotypes of “caregiving work,” it has emerged as a sunrise industry amid population aging.
Digital Archaeology: Merging traditional archaeology with cutting-edge digital technology to unlock entirely new career avenues.
A standout example is Xue Yifan, the Peking University student famous for her single-graduate commencement photo. A top student from Beijing National Day School, she had scores high enough to enroll in Guanghua School of Management’s finance program — the default top choice for most high achievers. Instead, she opted for paleontology, an extremely niche discipline with a graduating class of one.
Critics may dismiss this as an isolated case, yet it illustrates a vital truth: when a student possesses genuine passion and aptitude for a field, they can reach the apex of its pyramid even if the field itself is tiny. Niche pyramids feature far fewer competitors, making it far easier for well-matched students to rise to the upper tiers.
What is flawed about avoiding niche majors? Parents equate “niche” with “no career prospects,” yet niche fields simply have fewer practitioners. When low competition coincides with stable market demand, it creates a far less cutthroat career landscape. In avoiding niche majors, families may overlook paths where their children could readily climb to the middle or top ranks.
Employment Prospects of Niche Majors
Ammunition Engineering: 98% employment rate, fewer than 1,000 annual graduates
Marine Electronic & Electrical Engineering: 97% employment rate, core shipping industry demand
Nuclear Engineering & Nuclear Technology: 96% employment rate, insurmountable professional barriers
Chasing Popularity and Shunning Niche Tracks Stem From the Same Mistake
Combining the two perspectives reveals a clear truth:Parents chasing popular majors believe high-traffic paths guarantee stability, yet these paths suffer overcrowded, AI-threatened bottom tiers. Parents avoiding niche majors fear limited opportunities, yet these low-competition fields offer clearer upward mobility for well-suited students.
Though these two choices appear opposite, they share the same critical error: families select a track for their child, rather than matching the child to a track.
The core assumption of the “track selection mindset” is that picking the right industry alone delivers security. However, data on 5.03 million new undergraduates proves no single major offers guaranteed stability. Every industry forms a pyramid, and personal security hinges on which tier you occupy — not the track itself. Your tier is determined not by the field, but by how well you align with it.
“Fit” is often dismissed as empty motivational talk, reduced to “just let kids follow their passions.” This oversimplifies the concept. True fit manifests in tangible, observable traits:
Intrinsic MotivationDoes the child pursue knowledge in this field voluntarily, or only under external pressure? A computer science student who independently builds small projects and researches algorithms in their spare time demonstrates intrinsic motivation; one who never touches the subject outside class merely completes mandatory coursework.
ResilienceDo they persist through setbacks or surrender quickly? Passion fuels perseverance; without it, a single poor exam result can make them reject the entire discipline.
Self-Directed ExplorationWill they seek out extra-curricular learning related to the field? A history enthusiast who visits museums independently, or a chemistry lover who conducts home experiments, shows the most authentic marker of strong fit.
Aptitude MatchingPassion alone is insufficient, just as raw talent without enthusiasm leads to shallow growth. Sustained success requires both genuine interest and natural ability.
The Cost of Picking the Wrong Major Has Grown Substantially
Most flawed university major choices stem not from insufficient information, but from poor self-awareness: students select disciplines that “look promising” without understanding their own strengths and passions.
Policy adjustments from the Ministry of Education in 2025 underscore this reality: 1,839 new undergraduate programs were launched nationwide, while 3,648 programs were shut down or suspended — a far larger scale of cuts than additions. The old strategy of “enroll first, figure out your path later” is no longer viable. Moving forward, university majors will align ever more closely with industrial needs, and mismatched major choices will carry far heavier consequences than in previous decades.
Major Selection Is Not a Decision Reserved for College Application Season
Everything covered so far leads to one central takeaway: families should not start deliberating over majors only when university applications open.
Most parents prioritize exam scores throughout high school, then spend a handful of days researching majors once results are released. Yet assessing a student’s fit cannot be accomplished in a matter of days. Intrinsic motivation requires long-term observation; resilience only reveals itself amid hardship; self-directed exploration manifests through consistent daily behavior.
These signals emerge as early as middle school. The child who spends free time drawing, the student who grows excited tackling complex math problems, the teenager who independently researches insects after school — all send clear hints about their natural career alignment. The question is whether parents pay attention to these clues.
With over two decades of experience in overseas education planning, I have witnessed countless families agonize over major selection. Their hesitation rarely stems from lack of information, but insufficient understanding of their own children. Parents should observe, document and validate their child’s strengths and interests throughout their formative years, rather than waiting until application deadlines to learn who their child truly is.
The earlier and more thoroughly these observations are collected, the calmer and more confident families will be when critical career choices arise.
A Foundational Skill Surpasses Major Fit
Beyond alignment with a specific field lies an even more fundamental factor.
Majors become obsolete, and career tracks vanish. Today’s most popular disciplines may decline in five years, while current niche sectors could surge in demand. The Ministry of Education’s decision to discontinue 3,648 programs in a single year proves that academic majors are not permanent constants.
What remains unchanging? Foundational learning capacity: the ability to master new skills rapidly, adapt to industry shifts independently, and deepen expertise within any field through self-directed study. This skill set is independent of any single major, yet it empowers young people to climb the pyramid regardless of which industry they enter.
Is choosing a major important? Yes, but not paramount. A well-aligned major delivers a smoother career start. However, the ceiling of a person’s career is defined not by their undergraduate discipline, but by their transferable core capabilities: the drive to learn, endure challenges, and carve out opportunities in any professional landscape.
The pyramid of 5.03 million undergraduates and 1.43 million postgraduates already exists. Whether your child lands at its bottom or climbs to its upper tiers depends not on the track they choose, nor solely on their fit with that field — but on their lifelong capacity to advance, no matter where they start.
This capacity is not cultivated on college application day; it develops incrementally, over the course of a child’s entire youth.
