When Mass Produced Education Misses Talent

A standardised system can miss an unusual child without anyone deciding to harm him. It only has to recognise the forms of ability its procedures are designed to measure, while leaving nobody responsible for investigating the evidence that falls outside them.

For much of my youth, education seemed to recognise only what could be processed through its timetable, examinations and procedures. I believed I had scientific and computing ability that could have developed much earlier, yet my questions, experiments and independent work were often treated mainly as problems of compliance.

I was diagnosed with autism during my polytechnic studies in 2001. Throughout primary school, secondary school and most of polytechnic, neither I, my family nor the people teaching, supervising or employing me knew that autism was relevant.

Nobody Had an Autism Framework

More than the absence of a formal label, autism was not an interpretive framework available to us. I did not understand why I could absorb advanced material, teach myself programming and solve difficult technical problems, yet struggle to tolerate repetition, accept unexplained authority, interact with classmates, read commercial intentions or protect my own interests. My family and teachers saw the separate behaviours, but none of us knew that they might form a coherent developmental pattern.

In the Singapore of that time, autism received virtually no attention. Where it was recognised at all, the familiar image was mainly of children with conspicuous developmental differences, high support needs or serious behavioural challenges. A verbally fluent, technically talented and eccentric young person with weak social skills did not fit what most people around me understood autism to be.

There was therefore no autism diagnosis for my school to respond to, no shared vocabulary for requesting relevant support, and no self-understanding from which I could advocate effectively. My literal demands for reasons could look like insolence. My uneven performance could look like laziness or lack of discipline. My intense interests could look like distraction. My social naïveté and poor commercial judgment were not connected to my technical strengths. I, in turn, often interpreted adults as irrational, obstructive or indifferent.

A diagnosis would not have guaranteed a suitable education but could have led someone to ask a better set of questions: Was I under-challenged in some areas and unsupported in others? Did I need explicit reasons rather than appeals to conformity? Could advanced opportunities be combined with help in planning, negotiation, safety, emotional regulation and social judgment? Was I both capable and vulnerable?

It would be unfair to judge every adult in the 1990s as though they possessed present-day awareness. The more useful lesson is that an unknown diagnosis does not make the underlying needs disappear. When a young person shows a persistent and consequential mismatch between what they can understand and what they can manage, adults should investigate the pattern rather than wait for the child to resemble a familiar stereotype.

I repeatedly produced enough evidence of unusual scientific and computing ability to justify closer assessment, mentorship and progressively harder opportunities. I did not receive that bridge. I then made angry decisions that closed additional doors. This is not a story with one villain. It is a story of ability and disability that were both partly hidden, adults working without an autism framework, institutional rigidity, missed guidance, uneven development and self-sabotage.

Evidence That Did Not Fit the School’s Measures

During upper primary school, I borrowed university-level science and psychology textbooks from the public library. Teachers repeatedly told me to put them away and return to the assigned syllabus. The syllabus felt slow and disconnected from what I wanted to understand, while the reading I did independently carried little weight in the school’s formal measures.

On one occasion, a classmate was chosen for a science competition after scoring three marks more than I did on a test. He had prepared for the test and I had not. While the school had a criterion it could defend, my frustration was that nobody treated the depth of my independent study as evidence that I might also benefit from a demanding scientific opportunity.

My parents did something important: they bought me a personal computer when few classmates I knew had one. I mastered its basic functions quickly and moved far beyond the introductory lessons arranged for me. The adults around me could see that I spent a great deal of time on the computer, but they did not know how to assess what I was learning or where it might lead. I wasted much time playing computer games instead of developing advanced IT skills.

In Ability, Permission and a Fair Hearing, I describe being dismissed from a lesson I had already mastered, while the teacher still wanted to use a design I had made.

I experienced this as a contradiction: my independent work was unwelcome, but one of its products was useful. A better response could have preserved both needs: require me to demonstrate the assigned competency, then give me an extension task at the appropriate level; and, if the school wished to use my design, explain the permission, credit and competition arrangements clearly.

My Pure Science Challenge Was Evidence, Not a Complete Assessment

In upper secondary school, I was not allowed to take the subject combination containing the separate science subjects that we commonly called “Pure Science”. I believed, and still think it was plausible, that a science-heavy combination would have engaged me more strongly and improved my aggregate score a lot. The possibility was never properly tested.

I went to see the principal and made an all-or-nothing offer: give me a Pure Science quiz on the spot; if I answered even one question incorrectly, I would walk away; if I answered everything correctly, she should transfer me immediately. She declined and said that the school had procedures to follow.

At the time, I saw this as proof that procedure mattered more than ability. Looking back, my challenge was not as conclusive as I believed. One quiz could show knowledge of the questions selected. It would not establish complete syllabus coverage, sustained study habits, practical competence, laboratory safety, timetable feasibility, fairness to other students under the same criteria or my ability to cope with the full subject load. A principal could not responsibly promise an immediate transfer solely on terms invented by an angry teenager.

Indeed, my later conduct in the science laboratory showed why factual knowledge was not the only relevant consideration. However, “we have procedures” should begin an explanation, not end one. A sound process for an exceptional case might have included:

a written explanation of the selection criteria and the evidence I did not yet meet;
a formal placement test covering the required foundations;
a review of my independent work and science results over time;
a trial period, subject to agreed academic and behavioural conditions;
a panel review or appeal rather than a personal wager with one decision-maker;
external enrichment while remaining in my assigned combination; or
advice on other ways to study or sit for an appropriate science subject.

The failure was not that the principal refused my bet. It was that neither the school nor the adults around me helped convert the evidence I offered into a fairer, safer and more informative test.

The same principal also defended me when schoolmates laughed at my fumbling speech. She challenged those laughing to come up and speak themselves. I recount that experience in how I found my confidence to speak. Her refusal here was not the whole of my experience of her.

When I Asked “Why?”, I Often Received Only Authority

A teacher cannot turn every routine question into a personalised career seminar. A student also has to learn some foundations before fully appreciating their use. But explaining the purpose of a requirement can be especially important for an autistic student who does not treat social conformity as a sufficient reason.

During mathematics class, I asked why we had to study mathematics. As I remember it, the teacher replied in a flat voice that everyone was studying it, so I should stop asking and study. “Everyone does it” was almost the least persuasive answer for me. A brief explanation could have connected mathematics to a future I could imagine: mathematics is needed for engineering, physics, computing, modelling and many other fields. If I wanted to work in NASA building rockets, I would need it. Even when a student cannot yet see the eventual application, mathematics also trains abstraction, precision and the ability to reason from stated assumptions.

I also asked my literature teacher why I should study “fictitious stuff” that had no relevance. She became upset. Looking back, I understand that my wording was dismissive. A teacher who has devoted years to a subject may reasonably hear such a question as a declaration that her work is worthless. If she could have taken the time to explain: Fiction can function as a laboratory for motives, values, relationships, conflict, persuasion and consequences. Science expands what human beings can do. It does not decide what we should do, whom we should trust or how power should be used. The same knowledge can be used to harm or to help. Literature is one way to examine the human judgment surrounding that power.

The missing explanations were not only about why I should study particular subjects. I also did not understand the purpose of feedback. When a teacher marked spelling mistakes in my English writing, I did not realise that the corrections were meant to guide my learning so that I could avoid those mistakes in future work. I thought test scores were mostly a matter of luck: which topics appeared and whether I happened to have studied them. The idea that I could use feedback to identify weaknesses, change my preparation and improve my future performance had never been made explicit to me.

What I needed was someone to explain and demonstrate the connection: understand the correction, practise the relevant skill and try applying it in the next piece of work. A marked mistake was not just part of the assessment of something already finished; it could tell me what to work on next. My ability to teach myself subjects that interested me did not mean that I automatically understood how to learn from teachers’ feedback. This was different from understanding useful advice and choosing to ignore it. I had not understood what I was supposed to do with it.

In my anger, I used to say, “Teachers are civil servants in disguise”. What I meant was that they seemed to be bureaucrats first and educators second: their task was to administer the approved process rather than understand the child before them. That judgment was too sweeping. While many teachers care deeply and work within constraints imposed upon them, the criticism behind the phrase remains valid: when a teacher merely transmits a rule without explaining its purpose, considering relevant evidence or directing the student to someone who can review the case, education has been reduced to administration.

What I needed was not agreement that every disliked subject was useless. I needed adults who could reveal the hidden purpose, show me how to turn feedback into improvement, distinguish minimum foundations from unnecessary repetition and still make room for exceptional depth in my strongest areas. Autistic students can also learn to ask the question more effectively. “Why is this irrelevant subject being forced on me?” invites a defensive answer. “What ability is this subject meant to develop, where might I use it, and what level do I need to preserve my future options?” is harder to dismiss.

I discuss the broader method of explaining hidden reasoning, proposing bounded trials and negotiating without domination in Persuading Autistic People.

The Rules I Was Supposed to Know Without Being Taught

Feedback was one example of a larger problem. There were many hidden rules about what I was supposed to do and not do, but nobody had explained them to me. An instruction could sound straightforward while leaving out its boundaries, priorities and exceptions.

When I was told that my classroom duties were to clean up and make sure everything was neat, I did not understand that I was not expected to clean the tops of cabinets that nobody checked, or ensure that every table and chair was precisely aligned. The tops of cabinets were still part of the classroom. Exact alignment seemed consistent with making everything neat. How was I supposed to know which parts of the instruction to take literally and which parts to quietly disregard?

I needed someone to explain the difference between routine tidying and a thorough clean, and between a usable arrangement and perfect symmetry. “Do a proper job” did not tell me where a proper job ended and unnecessary work began. The intended standard might have been obvious to the person giving the instruction, but it was not obvious to me.

That does not mean that the right lesson was to ignore anything nobody checks. An uninspected surface can still need cleaning. It means the task needed a scope and a stopping point: which surfaces were my responsibility, which jobs belonged to another cleaning routine, how the furniture should be arranged, and when I could stop. “Leave the desks in rows with clear aisles; they do not have to be perfectly aligned” would have told me more than “make everything neat”.

To make matters worse, when I asked why, I often received an appeal to authority rather than an explanation. “Because everyone else says so” told me the norms but not the underlying issue. Rules then seemed arbitrary: I was expected to follow them, but also somehow know when doing exactly what I had been told would be considered excessive.

Some rules protect safety. Others help people coordinate, or simply reflect someone’s preference. A classroom can use one agreed layout without that being the only logically correct layout. These distinctions mattered to me. An urgent instruction to stop something dangerous may have to come before its explanation, but that is different from treating every ordinary question as a challenge to authority. If a rule has a practical reason, explain it. If it is a preference, say so.

I needed examples and reasons that would help me judge a new situation: what matters most, where precision is necessary, what can vary, and whom to ask when instructions conflict. Simply telling me to “use common sense” could not supply the understanding I was missing.

The feedback and cleaning examples show two sides of the same gap: I did not always know where to direct more effort or where additional effort was unnecessary. The missing lesson was not simply to try harder. It was to understand what the task was for, how to improve and when I had done enough.

Curiosity Without Method or Safety Is Not Scientific Freedom

During a science laboratory session, I took a glass rod, dipped it into different beakers of chemicals and placed it in the Bunsen-burner flame. I produced flames of different colours. The science teacher became upset when he noticed me doing so and barred me from the laboratory.

What I had improvised resembled a flame test. Certain metal ions produce characteristic flame colours when heated, so a properly designed flame test can help identify them. But my method was poor and unsafe. Reusing the same rod across several beakers could contaminate the reagents and make the observations unreliable. Heating chemicals that I had not been instructed to heat introduced risks I did not understand. The open flame added another hazard.

The teacher was right to stop me immediately. Depending on what had happened and what supervision was available, restricting my laboratory access may also have been a defensible safety decision. My curiosity did not give me an exemption from laboratory rules.

But a safety intervention can still become education. After securing the laboratory, an adult could have explained what I had accidentally rediscovered and why my procedure could not support a trustworthy conclusion. A supervised follow-up could have used known salts, separate clean applicators, controlled quantities, appropriate protective equipment and a table of observations. I could then have compared an unknown sample against the reference colours and learnt what the test can and cannot establish.

This is the distinction I could not see as a teenager: Discovery is not simply doing something different from the textbook. A scientific experiment changes something deliberately, controls what must remain constant, manages risk and produces observations that other people can interpret or repeat.

A textbook practical is not necessarily fake experimentation. It may be teaching the grammar of safe experimental work. The educational failure begins when students are never shown how that grammar eventually allows them to ask their own questions and are only taught to blindly follow procedure without question.

The Micromouse Opportunity and the Bargain Nobody Made

I greatly anticipated joining a Micromouse competition for years, but was then told that participation would affect my grades, so the school would not allow me to join. The concern was not irrational. My academic performance was deteriorating (as I decided to study what I liked instead of what the school wanted), and a competition would consume time. What neither I nor the adults around me did was turn the disagreement into a testable agreement.

For example, participation could have been conditional on completing specified work, maintaining agreed minimum results, and attending a review after several weeks. If the arrangement failed, I would withdraw. If my engagement in Micromouse improved rather than damaged my overall functioning, the evidence would support continuing.

I did not realise that I could negotiate, ask for written criteria, seek another reviewer or propose a reversible trial. A young person should not be expected to invent every institutional strategy alone. But learning these strategies is part of becoming able to advocate for oneself.

I Tried to Punish the School and Punished Myself

By Secondary 3, repeated frustration had hardened into contempt for school. I did not understand qualifications are tools that could preserve options. I saw poor results as a weapon I could use against an institution that cared about results.

I refused to study and allowed my grades to fall until I was near the bottom of the class and in danger of failing. About three weeks before the O-Level examinations, I experienced a sudden and almost irresistible drive to study as hard as I could. What felt like a miracle to me was not enough to recover every lost opportunity, but I managed to obtain reasonably good results in several subjects.

I still acted out my anger through Additional Mathematics. The math teacher advised me not to sit the subject if I expected to fail and said it would pull down the school’s ranking. I reacted by sitting it and deliberately making no serious attempt to pass.

The school did not experience my failed grade as punishment. I carried the consequence. It contributed to closing the route I had wanted into an Information Technology course (which was then very hot) at polytechnic. I later scored an A for engineering mathematics in polytechnic. While that does not prove that I would have excelled in ‘A’ math, it does suggest that lack of underlying ability was not the explanation.

Years later, I learned that sitting relevant examinations as a private candidate was an avenue I could at least have investigated. I do not remember any adult explaining that possibility when it might have affected my planning.

This is one of the hard truths I would tell an autistic student who recognises the same anger: You may be correct that the system is failing you. That does not make every act of resistance strategically wise. Do not use your own future as the weapon. Preserve any qualification that remains useful while you pursue an appeal, external course, competition, portfolio, private-candidate route or different institution. A credential need not define your worth to be worth keeping. I examine that distinction in Are Formal Qualifications Helpful?

Outside School, My Ability Was Already Producing Value

While my school results were deteriorating, I was independently developing economically useful skills.

During upper secondary school, I began finding computer-repair work. I travelled across Singapore to customers’ homes and workplaces to diagnose and repair personal computers. I found this work through my own initiative. Some customers treated me fairly; on several occasions, I believe people took advantage of my youth and inexperience.

I also tried small trading activities. I bought old monitors for about S$50 from a shop in Little India, placed two at a time on a trolley, brought them to Sim Lim Square and resold them for about S$100 each until I ran out of stock. It netted me a few thousand dollars.

One repair client operated an Internet start-up. After several programmers left, I accepted what I initially thought was another repair assignment and found myself doing web-programming work that had previously been handled by a larger team. I taught myself what I needed and, by my recollection, reduced one part of the website’s loading time from roughly eight seconds to about half a second.

I agreed to work for S$15 an hour (same as my computer repair rate then) because I did not understand the commercial value, scope or risk of the assignment. When the business later ceased operating, several thousand dollars for work I had recorded remained unpaid and I did not know how I could get it back. The owner issued me a cheque, said he made a mistake and asked for it back for correction, and later claimed that I had taken the cheque which was his proof of payment to me.

I also found later employment through my own initiative. The recurring problem was not an absence of technical ability or willingness to act. It was the absence of an experienced person helping me turn isolated opportunities into a cumulative and protected pathway.

I could solve technical problems that some adults could not solve, yet I did not know how to price a project, define scope, assess a client’s ability to pay, require deposits or milestone payments, establish ownership, document changes, manage travel risks or recognise when a company was becoming insolvent.

Opportunity without protection can become exploitation. Protection without opportunity can become confinement. A caregiver or mentor should provide both, then transfer responsibility progressively as the young person demonstrates readiness. Detailed freelance safeguards belong in Employment Success with Freelance Jobs rather than being repeated here.

Polytechnic: Ideas Still Needed a Development Pathway

Halfway through my polytechnic studies, I was diagnosed with autism. That was the first time autism became available to me as a framework for connecting some of my strengths and difficulties. The diagnosis did not retroactively repair earlier decisions or automatically teach me how to develop an invention, negotiate with a founder or build a career.

Polytechnic gave me a different context, but I still lacked guidance on how to develop technical ideas systematically. One concept I proposed was a computer-pointing device that would be suspended rather than operating like the roller-ball mouse I was using at the time. I thought of it as an invention.

Looking back, an idea is not yet a working invention, protected intellectual property or viable product. I needed somebody to teach me how to:

search for prior work and determine what was actually novel;
state the problem and the intended user clearly;
build the simplest prototype that could test the central assumption;
measure accuracy, comfort, reliability, cost and failure modes;
obtain technical criticism without treating it as rejection of me;
understand confidentiality and intellectual-property choices; and
decide whether the evidence justified further time or money.

A mutual contact later introduced me to a start-up founder. The first meeting went poorly and no role resulted. At the time, I interpreted the reaction as immediate personal dislike.

Technical promise does not automatically make another person trust an inexperienced student with a commercial role. I also needed help presenting ideas, understanding what the other party required, responding to scepticism and approaching more than one possible collaborator. One person’s poor first impression is not proof that the idea or the person has no value, but neither is technical enthusiasm proof that a start-up should hire us. The process of turning an idea into evidence is addressed more fully in Pragmatic Planning.

What Singapore’s Education System Has Changed

Singapore’s present education system is not the same system I encountered in 1998. As at September 2026, several changes create routes that were absent, narrower or less visible during my school years:

Subjects are more flexible by level. Under Full Subject-Based Banding, introduced for the 2024 Secondary 1 cohort, the separate Express, Normal (Academic) and Normal (Technical) streams have been removed. Students may take different subjects at G1, G2 or G3 according to their strengths, interests and learning needs. School offerings and subject combinations still differ, so this is greater flexibility rather than a right to any requested subject.
Computing has a clearer place. From the 2026 Secondary 3 cohort, G1, G2 and G3 Computing are available as upper-secondary electives, subject to what a school offers. Technology-related Applied Learning Programmes and co-curricular activities provide other possible entry points.
Specialised schools provide some domain-specific routes. Singapore now has specialised independent schools. Of particular relevance here, NUS High School of Mathematics and Science focuses on Mathematics and Science, while the School of Science and Technology, Singapore offers an applied-learning environment centred on science and technology. These schools are selective and will not suit every learner, but they were not available to me in 1998.
Some admissions routes consider demonstrated aptitude. Direct School Admission for secondary schools includes areas such as science, mathematics and engineering. The Polytechnic Early Admissions Exercise is aptitude-based and may use portfolios, interviews and aptitude tests. These routes remain selective and conditional; interest alone does not guarantee admission.
Education and career guidance is more explicit. Secondary schools and post-secondary institutions now have access to Education and Career Guidance counsellors or coaches who help students explore strengths, interests, pathways and career decisions.
Mainstream special-educational-needs support is more formalised. Current provisions include Special Educational Needs Officers, trained teachers, interventions and examination access arrangements for students whose needs can be supported in mainstream schools. These channels did not exist in the same form for me, although students without a diagnosis or whose profile does not match familiar expectations can still be missed.
Support for higher-ability primary pupils is being broadened. From 2027, MOE plans to replace the Gifted Education Programme in its current form with wider school-based provisions and centre-based advanced modules, including domain-specific opportunities in English, Mathematics and Science. The identification process can also use school-based information such as teacher observations and student work.
The national examination structure is changing. From 2027, the Singapore-Cambridge Secondary Education Certificate will replace the separate N- and O-Level certificates. It will record subjects taken at G1, G2 and G3. Eligible private candidates will be able to register for available subjects and levels under the applicable rules.

These are meaningful improvements. It would be inaccurate to describe today’s system as the same inflexible production line I experienced. They do not guarantee that unusual ability will be recognised. A student may still attend a school that does not offer a desired subject or programme. Grades, behaviour, safety, staffing, timetable constraints and sustained readiness will still matter. A policy creates an option; somebody still has to notice the evidence, ask the right question and use the option in time.

Responsibility Was Shared, but Not Equal

Responsibility in this history was shared, but it was not equal. Schools and adults held more authority, knew more about the available pathways and had greater power to create or deny opportunities. I was nevertheless capable of making choices that harmed my own prospects. Each party had a different responsibility.

None of us knew that I was autistic. This limits what can reasonably be attributed to indifference or bad faith. The school was not disregarding a disclosed diagnosis or refusing a support request made on that basis; my family was not consciously ignoring a recognised autistic profile; and I was making decisions without understanding my own developmental pattern. The more defensible criticism is that the striking mismatch between my abilities and difficulties was not investigated deeply enough to build an appropriate response.

The school’s responsibility

A mainstream school cannot create a private curriculum for every student. It can nevertheless explain the purpose of important requirements, publish fair criteria, provide an appeal or review route, recognise credible evidence from outside normal assignments and refer a student onwards when the school cannot supply the required depth. Safety rules and common procedures are not automatically oppression. But a procedure should identify what it protects, what evidence can change the decision and who can review an exceptional case.

The caregiver’s responsibility

Parents cannot know every emerging industry, identify every disability or guarantee a child’s success. My parents could not have been expected to predict the entire IT revolution or infer autism from a public image that did not resemble me. To their credit, they bought me the computer that made much of my learning possible.

The lesson is not that parents should diagnose their own child. It is that when a child repeatedly demonstrates abilities the family cannot assess while also showing serious difficulties that do not fit the apparent level of intelligence, “we do not understand this” should lead to qualified assessment, a mentor, teacher, practitioner, course, competition or another source of expertise – not to the assumption that the activity is merely play or the difficulties are merely attitude.

Caregivers should also protect a capable child from adult risks. Advanced technical skill does not automatically bring contractual judgment, social discernment, safety awareness or emotional readiness.

The autistic student’s responsibility

A teacher may underestimate our ceiling and still be correct that our present behaviour is unsafe, disrespectful or unreliable. Talent does not exempt us from laboratory rules, foundational knowledge, deadlines, communication or the parts of learning that are less interesting.

Before diagnosis, I did not know that I needed to translate my reasoning, manage overload or seek support in these areas. That reduced my practical ability to respond well; it did not make every response harmless. A late diagnosis can explain why self-advocacy failed without pretending that self-sabotage was effective.

We can challenge a decision more effectively by presenting evidence, asking for criteria, proposing a reversible trial and preserving useful options. An ultimatum may express conviction, but it often gives the decision-maker no responsible way to say yes.

What Caregivers Can Do in Practice

Document the whole pattern. Keep code, designs, repairs, writing, research notes, prototypes, competition work, customer feedback and dated records. Note what the child completed independently, what help was needed and whether the performance can be repeated. Also record where the child requires disproportionate prompting, becomes overwhelmed, misreads risk or cannot transfer a skill from one setting to another. Exceptional output and serious difficulty may coexist.
Do not wait for a familiar stereotype. Fluent speech, advanced knowledge or technical talent do not rule out substantial difficulties in judgment, regulation, flexibility, daily functioning or social understanding. Do not diagnose from isolated traits, but seek qualified assessment when the overall pattern is persistent and costly.
Separate aptitude from complete readiness. Ask whether the evidence shows knowledge, practical skill, persistence, safety, reliability, emotional readiness or only one of these. A gap in one area should define the support needed, not erase strengths in another.
Ask for the actual decision rule. What criteria determine the subject, programme or competition? Which criterion is unmet? What evidence would change the decision? When can it be reviewed, and by whom?
Propose a bounded trial rather than a permanent exception. Define the duration, workload, safety conditions, minimum academic obligations, adult supervision and evidence required to continue. Make the arrangement reversible.
Explain the hidden purpose. Do not rely only on “because the school says so” or “everyone else does it”. Explain what a subject, rule or qualification protects, what future door it may open and which parts are negotiable. Explain the purpose of feedback too: work through a correction together, identify what to practise and check whether the child can apply what they have learnt in new work. Do not assume that receiving a marked assignment means knowing how to learn from it.
Define the task and its stopping point. Explain what work to do, how much, when it is finished and what comes next. State what is included and excluded, what matters most and what an acceptable result looks like. Show examples, including when the standard changes.
Find a credible domain mentor. The mentor should be able to assess the work honestly, set a suitable next challenge, teach professional standards and communicate safely with the child. Admiration without critical guidance is not mentorship.
Teach the surrounding layer. A young programmer also needs contracts, pricing, payment controls, client boundaries, documentation, communication, intellectual-property awareness and personal safety. A young scientist needs experimental design, ethics and laboratory discipline.
Preserve more than one route. Combine useful qualifications, a portfolio, mentors, work habits, adaptive skills and a backup plan. Do not make one examination, client, competition, founder or special talent carry the child’s entire future.
Watch for ownership by the parent. Developing potential should not turn childhood into a permanent performance programme. Challenge the child, but attend to consent, health, fatigue and whether the activity remains meaningfully theirs. I address that balance in Fixing Autism May Be Unwise.

The sensory, classroom and social conditions that can suppress performance are discussed separately in A Holistic Education. The issue here is the missing bridge between demonstrated ability and a sustainable pathway.

When Mainstream Schooling Remains a Poor Fit

The first response need not be to remove a child from school. A workable plan may combine mainstream schooling with a different subject level, another school, external modules, competitions, mentoring, independent projects, online learning, a portfolio or carefully selected real work.

Private candidature may be another route for some examinations and subjects. It is not a simple escape hatch: eligibility, age, available syllabuses, practical components, coursework, access arrangements and post-secondary admission rules must all be checked. From 2027, families should consult the current SEAB private-candidate guidance and the requirements for the Secondary Education Certificate rather than rely on my historical experience.

Homeschooling can be a legitimate option where the mismatch is persistent and substantial, but it is not automatically superior or more individualised. For Singapore Citizen children subject to compulsory primary education, parents must obtain the applicable exemption, and homeschooled children must meet current Ministry of Education requirements, including the relevant PSLE benchmark. Families should verify the latest compulsory-education exemption rules.

A serious home-education plan must replace more than classroom lessons. It needs a coherent curriculum, competent teaching, feedback, records, laboratory or practical access where necessary, physical activity, social contact, safeguarding, recognised credentials and a route into the next stage of education or work. It also requires caregivers who can sustain the arrangement without making the child dependent on one exhausted adult.

Overseas education may be considered when a particular programme demonstrably fits the child and no realistic local arrangement does. It should usually be a last resort for a minor because cost, immigration status, guardianship, housing, healthcare, disability support, culture, distance from family and the risk of another unsuitable institution all matter.

A foreign school is not automatically flexible merely because it is foreign. The best alternative is not the least conventional one. It is the option with the strongest evidence of fit, adequate safeguards and a credible route to the next stage.

What Autistic Readers Can Learn From My Experience

A late diagnosis may join together what once looked unrelated. It can explain why advanced ability coexisted with poor judgment, rigid resistance or uneven performance. Use that understanding to reduce misplaced shame and identify support, not to declare every past decision correct.
Ask for purpose, not merely obedience. Try: “What capability is this meant to build?”, “What future option does it preserve?” and “Which part of this requirement cannot be changed?”
Offer evidence, not a wager. Replace “test me now and transfer me immediately” with a portfolio, formal assessment, trial period, review date and agreed conditions.
Do not confuse boredom with uselessness. A subject can be badly taught and still contain abilities you will later need. Learn enough to understand what you are rejecting.
Do not confuse curiosity with permission. A rule may be clumsy and still protect safety, fairness, other people’s work or scarce resources. Ask what it protects before breaking it.
Preserve your options while appealing. Continue essential work where the cost remains bearable. Build the alternative before destroying the existing route.
Learn the non-technical layer. Skill alone does not settle prices, contracts, trust, scope, credit, deadlines, ownership or workplace relationships. Seek help before the surrounding risk becomes larger than the technical task.
Do not let one person become the verdict. One teacher, principal, mentor, customer or founder may be wrong, constrained or simply a poor fit. Obtain other assessments without assuming that every rejection proves persecution.
Do not use your future to punish an institution. Institutions survive failed grades. You live with them.

People diagnosed later can be pulled towards two false conclusions: “Everything was my fault because I was defective,” or “Nothing was my responsibility because everyone failed to recognise my autism.” My experience supports neither. Autism changed the difficulty of the situation and the resources I had for handling it. It did not turn unsafe experiments into safe ones or make deliberate academic sabotage effective. Explanation allows responsibility to be assigned more accurately; it should not be used either as self-condemnation or as blanket absolution.

The hard truth is that self-advocacy requires more than being correct about our ability. We must make it possible for another person to assess the evidence, manage the risk and say yes responsibly.

What I Wish Someone Had Told My Parents

You do not need to know whether this is autism before taking the pattern seriously. You do not need to understand everything he is doing on the computer. Find somebody competent who does understand it. Help him turn scattered projects into systematic learning, supervised opportunities and a portfolio. Keep enough academic doors open. Protect him from adults who see an intense and inexperienced young worker as cheap labour. Do not simply approve or forbid his ideas: help him test them safely.

My parents gave me access to a computer, which changed my life. Neither they nor I knew that I was autistic; that understanding arrived only halfway through my polytechnic studies. The autism familiar to ordinary people around us did not resemble a verbally fluent, technically capable but socially inexperienced young person. What they could not give me was navigation through a field and a developmental profile they did not understand. I do not need to pretend that this gap had no consequence. It would also be unfair to claim that they knowingly chose the outcome that followed.

I cannot prove that proper support would have sent me to university unusually young, placed me in the right start-up or made me wealthy during the dot-com era. Those are possible lives, not established facts. Many talented people and many start-ups fail.

I can say that my independent study, programming, repair work, trading and web development justified a more serious developmental experiment than basic computer lessons and unsupervised freelance work. I believe the absence of that bridge contributed to what I later experienced as roughly two lost decades. It was not the only cause. Difficulties I did not yet understand as autistic, my own self-sabotage and later choices also mattered.

No autistic child has to be a hidden genius to deserve a suitable education. Ability is not human worth. The lesson is not to hunt for a profitable special talent in every autistic person. It is to avoid setting a ceiling carelessly, and to develop whatever degree of competence, agency and meaningful participation is realistically available to this particular person.

Do not ask only whether the child can keep up with education. Ask whether the adults have properly tested what the child can become, and who will build the bridge when the standard pathway cannot.