Task 2 Opinion Essay Band 6 / 7 / 8 同題三版全對比

Some people believe that universities should accept equal numbers of male and female students on every course. To what extent do you agree or disagree?

Give reasons for your answer and include any relevant examples from your own knowledge or experience. Write at least 250 words.

Nowadays, many people think that universities should have the same number of male and female students in every subject. In my opinion, I partly agree with this idea.

On the one hand, equal numbers of men and women in university is good. It is good because it makes students feel fair. For example, in Taiwan, engineering has a lot of boys and only a few girls. The girls feel lonely and they cannot study well. If there are more girls, they will feel more comfortable and they will study better. Also, when boys and girls work together, they can learn from each other. This is good for their future jobs because in the workplace there are both men and women.

On the other hand, I think it is not always good to force the same number. Some subjects like nursing have more girls and some like computer science have more boys. This is because men and women like different things. If we force the same number, some students cannot study what they want. This is not fair for them. Also, the quality of students is important. If we only look at gender, some good students cannot enter the university.

In conclusion, I think universities should try to have similar numbers of men and women, but not exactly the same. It is important to have fairness, but it is also important to let students choose what they like.

The question of whether universities should enforce a gender balance in every course has become a prominent issue in recent years. In my view, while the goal of equal representation is commendable, imposing strict quotas in every subject is unlikely to produce fair outcomes.

Supporters of equal admissions argue that gender imbalance in certain fields discourages talented applicants from the under-represented group. In engineering faculties across Taiwan, for instance, female students often make up less than 15% of the cohort, which can create an unwelcoming environment that deters others from applying. A more balanced classroom would not only provide role models but also enrich group discussions, since men and women frequently bring different perspectives to technical problems.

However, strict quotas raise concerns of their own. If universities are required to admit identical numbers regardless of the applicant pool, some qualified candidates may be rejected solely because of their gender. Furthermore, genuine personal preferences play a role in subject choice: fields such as early-childhood education attract far more female applicants, while physics attracts more males. Forcing a 50-50 split could frustrate students' actual interests without addressing the underlying causes of imbalance.

In conclusion, although I recognise the value of gender equity in higher education, I believe universities should focus on removing barriers rather than enforcing numerical quotas. Outreach programmes and scholarships would attract a wider pool of applicants to traditionally imbalanced subjects, which is a more sustainable solution than imposing rigid admission caps.

The proposal that universities should admit identical numbers of male and female students to every course has gained traction amid wider debates on gender equity. While I share the underlying aim of dismantling structural barriers, I would argue that uniform quotas are a blunt instrument, and that the more meaningful intervention lies upstream — in who applies in the first place.

The case for parity is intuitive. Severely skewed cohorts, as seen in electrical engineering faculties where women frequently constitute under 15 percent of enrolment, can perpetuate themselves: prospective female applicants, seeing few role models, self-select out before they ever submit an application. A mandated balance would, in principle, rupture that feedback loop and signal institutional commitment to inclusion.

Yet the same policy risks producing the very injustice it purports to address. Admitting by gender rather than by merit inevitably displaces better-qualified candidates, and in fields where the applicant pool itself is genuinely skewed — early-childhood education and veterinary science lean heavily female; aerospace engineering, heavily male — quotas distort rather than correct. Worse, they can cast doubt on the achievements of those admitted under them, an outcome no advocate of equity would welcome.

A more defensible approach intervenes earlier. Targeted outreach at secondary-school level, needs-based scholarships, and mentorship schemes expand the applicant pool without compromising selection criteria — addressing cause rather than symptom. Universities in Sweden, having pursued precisely this route, have narrowed gender gaps in STEM without resorting to numerical caps.

In short, equal opportunity is non-negotiable; equal outcomes, imposed mechanically, are not the same thing. The former demands serious investment; the latter offers only the appearance of progress.