In late August 2026, students at Egypt’s Science, Technology, Engineering and Mathematics (STEM) schools and their families protested against university admission rules for the 2026/2027 academic year. Their principal concern was the combination of a flexible seat allocation with geographical placement rules, following the removal of their previous geographical exemption. University placement results were announced on 30 August, satisfying many of the families interviewed by Zawia3. Their demand for stable rules announced well in advance nevertheless remained. The schools began in 2011 with support from the United States Agency for International Development, subsequently expanding to around 21 schools, according to the figures cited in statements about the dispute.
The flexible allocation reserves places for STEM graduates in faculties relevant to their educational track. For science students, these include medicine, dentistry, physical therapy, pharmacy, veterinary medicine and science, alongside engineering-sector faculties for the relevant mathematics track. The allocation takes account of applicant numbers and available places, with at least one place reserved in the faculty concerned and fractions rounded up to the next whole number.
As registration opened, STEM students and their parents appealed to President Abdel Fattah al-Sisi to exempt them from geographical placement. Their statement said approximately 1,900 students, including graduates with scores of 97%, 98% and 99%, had learned only two days before registration that the rules would apply to them. The families said this contradicted a ministerial decision dated 13 July that had exempted them.
The statement argued that students had spent years in an educational system built around scientific research and projects, earning a unified national STEM certificate. University admission should therefore reflect the nature of that education. In their view, the abrupt change, coinciding with the opening of registration on 24 August, threatened hundreds of students’ prospects of entering faculties suited to their studies and undermined the equal-opportunity principle on which the schools had been established.
Students and parents objected that geographical placement restricted access to faculties otherwise suitable for their scores, despite many students having already lived away from their families in boarding schools throughout secondary education. They asked the president to restore the earlier exemption for their cohort, protect their educational opportunities and recognise both the demands of STEM schooling and the state’s stated commitment to excellence and scientific research.
Three Years of Research, Followed by Admission Anxiety
Marwa Khalil, the mother of a STEM student, says families chose the system believing it would provide an education suited to their children’s abilities. Instead, she says, they encountered university admission rules that did not reflect either the nature of their studies or the work they had put in over three years.
Students had first passed aptitude and intelligence tests and were selected from high-achieving pupils across the country, she explains. They then undertook intensive study based on research and practical projects. Many lived away from home, sharing rooms with classmates in school accommodation and adapting to conditions quite different from those they had previously known, in return for a specialised education.
“Studying at STEM schools is not limited to conventional curricula. Students undertake scientific projects that university professors and academics assess at the end of every semester, alongside scientific research requiring research and thinking skills. The nature of these studies makes it illogical to treat these students as if they were in a lower position when applying to universities,” Khalil tells Zawia3.
She criticises the difference she sees between the opportunities available to general secondary-school and STEM graduates. A general secondary-school student might enter engineering with a score beginning at around 88%, she says, while a STEM student with 99% might struggle to secure a place in any public engineering faculty. In her view, the high-achieving student ends up paying the price of the admission system. This comparison expresses a parent’s concern; it is not an official equivalence between scores from two systems with different curricula and assessment methods.
Khalil says the problem extended beyond the admission criteria. STEM placement was delayed until the third general admission phase, while general secondary-school graduates were already learning where they would study and preparing for the academic year. She fears such delays can cost students scholarship opportunities, university accommodation, transfers closer to home or places for which they would otherwise have been eligible.
She calls for admission criteria that reflect the educational track students have completed, and fair opportunities at public, national non-profit and private universities. Scholarships, she argues, should reward academic achievement rather than depend on a family’s financial capacity or eligibility for social assistance programmes. She also wants accessible scholarships for students unable to obtain places in public medical or engineering faculties, without prohibitive conditions, and approval of applications to transfer closer to home.
According to parents’ statements, the 2026 graduating cohort numbered around 1,900 students. Families also circulate a figure of roughly 30,000 applicants to the schools’ entrance examinations in recent years. That figure concerns entry to secondary school, however, and its source does not identify a single applicant cohort corresponding to these graduates. The two figures therefore cannot be used to calculate one admission rate.
Academic Pressure, Boarding Conditions and Healthcare
Egypt’s STEM schools have faced a range of difficulties for years, from academic and psychological pressure to problems with services and boarding accommodation. University admission disputes added to those pressures during the 2025/2026 school year.
Student and parent complaints described in reporting on the schools refer to approximately 12 examinations and assessments per semester, rising to 14 in the final secondary-school year, in addition to graduation projects and practical assessments. These demands place substantial academic and psychological pressure on students, particularly those living away from their families. Students have also complained of weak or interrupted internet connections, poor-quality meals, water, sewage and cleanliness problems, stray animals entering some schools and inadequate healthcare.
The death of Adham Atef Mohamed, a student at the Beni Suef STEM school, in December 2025 raised concerns about healthcare provision. The case was referred to prosecutors, the headteacher was removed from her post and a committee was formed to examine the circumstances. Health reports were cited as linking the death to pneumonia and its complications. The Education Ministry issued an account of the student’s treatment, while students and families raised concerns about care inside the school. The new unit responsible for gifted and talented schools, however, was established under Ministerial Decree 303, announced on 27 November 2025, before the death. Its creation cannot therefore be presented as a response to that incident.
Living away from home is made harder by difficulties transferring to a school nearer the family residence. In 2026, the university placement dispute brought additional concerns about the limited number of places allocated to STEM graduates in some faculties, the removal of the geographical exemption, uncertainty over grade-point-average calculations and access to private and national non-profit universities.
Ziad Ezz, whose daughter studies at a STEM school, believes the placement system does not treat these students fairly, given their distinctive education and sustained workload. He argues that a STEM graduate with 96% can face limited access to their preferred faculties while a general secondary-school graduate with 94% may enter medicine.
He points out that the state provides STEM students with a comprehensive educational system, including accommodation, meals and living support, alongside contact with university academics and work on research projects. Students, he says, visited universities to conduct research and projects that counted towards their school results.
“STEM students also face academic pressure and harder examinations. Their examination period extends from May until the end of July because they have two opportunities to sit the exams,” he tells Zawia3. He questions the purpose of the system if three years of intensive study, projects and research do not translate into a meaningful advantage when students enter university.
He stresses that he is not accusing all general secondary-school students of cheating or making a generalisation about them. His objection is that the admission rules place STEM graduates in an unequal position. In his comparison, a general secondary-school student with 94% may compete for the most sought-after faculties, while a STEM student with 96% may have options concentrated in computing, artificial intelligence or veterinary medicine.
Ezz believes students scoring 96% or below were disadvantaged relative to their general secondary-school peers. He says the contrast becomes clearer in geographical placement: approximately 1,500 top-ranking general secondary-school graduates were exempt, while roughly 1,900 STEM students were subject to the rules.
He does not object to general secondary-school students receiving their rights. Instead, he wants a placement system that recognises the nature of STEM education and the different academic and scientific work it requires. He says he regrets choosing STEM schooling for his daughter instead of the conventional general secondary-school route.
Rules That Change at the University Gate
Abdel Rahman Shaaban, the father of another STEM student, says these pupils undertake demanding study, projects and research, often while living away from their home governorates. In his view, their workload exceeds that faced by general secondary-school students.
He says families were surprised in August 2026 by the removal of the exemption from geographical placement shortly before students registered their preferences. Combining the flexible allocation with geographical restrictions, he argues, compounds the pressure on students and affects their psychological wellbeing.
“The main problem students face concerns the flexible allocation, which determines the number of STEM students admitted to public university faculties. The share allocated to them is extremely limited compared with student numbers; it determines how many STEM students are accepted into public faculties,” he tells Zawia3.
He puts the 2026 cohort at approximately 1,900 students and estimates that the 2027 cohort, which includes his daughter, will comprise around 1,950. He asks what rules will govern their graduation and admission for the 2027/2028 academic year. The latter figure remains the parent’s estimate of the following cohort.
Shaaban wants admission rules announced before students enrol in STEM schools, so that families can make an informed choice about the system. Changing those rules after children have already begun their studies, he says, has damaging consequences for their educational future and psychological wellbeing.
Parliamentary Objections to the Timing
The dispute attracted parliamentary support. MP Freddy Bayady submitted a question to the prime minister and the ministers responsible for school and higher education about the sudden application of geographical placement to STEM students and the removal of exemptions previously available under admission rules.
Bayady said the change affected approximately 1,900 students who had entered the schools through rigorous tests and selection and spent years in an educational system more specialised and intensive than conventional secondary schooling. Altering fundamental admission rules immediately before the process began, he argued, left students and families facing uncertainty.
He questioned the planning and coordination between the two ministries, saying families should have known the rules well in advance instead of being surprised at the point of university registration. He criticised what he considered a contradiction between the state’s support for excellence, innovation and research and its treatment of STEM graduates as ordinary general secondary-school students when they moved to university.
Bayady said STEM students should not bear the consequences of what he described as confusion or poor coordination between ministries. Their demand, he argued, was not for university places without merit or admission regardless of their results. It was for fair competition based on scores and abilities, without their place of residence preventing access to a faculty for which their results qualified them.
“The continued existence of exemptions from geographical placement for some top-ranking general secondary-school students raises questions about why the exemption for STEM students was removed, even though these schools were originally established to support high-achieving students,” he added.
He called on the government to suspend the change for the 2026 cohort and restore the previous rules pending a substantive and transparent study of STEM admission arrangements. Any future changes, he said, should be announced sufficiently early for students and parents to prepare.
MP Diaa al-Din Dawoud also submitted a parliamentary question about the recent STEM admission decisions. He said families had endured years of difficulty within a specialised educational system whose university entry rules had previously been settled. Changing those rules, he argued, required urgent intervention to protect students’ futures.
“One of the principal problems is placing STEM certificates within the same administrative framework as equivalent Arab and foreign certificates and Nile schools. This classification treats educational systems with different characteristics as equivalent,” he said. His objection concerns their administrative grouping in the admission announcement, rather than any claim that their curricula or grading systems are identical.
Dawoud argued that a STEM student is an Egyptian studying within a distinctive state-run system, established and supported by the state, rather than a holder of a private foreign or international certificate. In his view, applying the same administrative procedures used for equivalent Arab and foreign qualifications, or the flexible allocation rules, does not suit that national educational pathway.
“The second problem concerns the removal of previous geographical exemptions. Removing those exemptions disregards the special nature of STEM schools, particularly when students often had to leave their geographical area, live in boarding accommodation or move between governorates to attend them,” he added.
He argued that subsequently assigning students according to their home residence reimposes geographical restrictions that did not govern their choice of school. Instead, he wanted them to benefit from their specialisation and compete for faculties and research centres suited to their education.
Dawoud warned that combining geographical placement with the flexible allocation could further restrict opportunities. Reserving only one or two places in some major faculties, he said, makes competition exceptionally intense, while confining students geographically can prevent them from benefiting from places available elsewhere. He viewed the removal of the exemptions as a retreat from earlier rules and ministerial decisions that had recognised their different circumstances.
He also raised the question of stability for students who had embarked on their education under previously announced rules, arguing that the change affected their established legal position. He called for urgent government review to safeguard their university prospects. This was his argument for reconsidering the policy.
MP Reda Abdel Salam described the dispute as a threat to the future of schools serving high-achieving students in science and technology. In a statement, he said the state had established 21 STEM schools across the governorates, educating approximately 6,000 students, with the Education Ministry’s system beginning in 2011.
He explained that students study curricula different from conventional general secondary education, within a more intensive and specialised system. They undertake projects and practical work, benefit from university academics’ expertise and are subject to rigorous assessment.
Abdel Salam questioned the purpose of changing admission arrangements after years of a dedicated system. Describing the pupils as among Egypt’s brightest minds and well placed to contribute to development, he argued that the rules under which they had studied should have continued.
“Students who entered STEM schools under announced and stable rules acquired an established legal position. The rules governing their route to university should not be changed abruptly after they have begun studying within that system,” he said.
He warned that such policies could discourage future high-achieving pupils from entering STEM schools if families could no longer trust the benefits and rules governing the pathway from school to university. That uncertainty, he argued, could threaten the schools’ continuity.
He urged an urgent review of the new decisions to protect students’ opportunities and recognise their educational background, stressing that these students deserved support because of their potential contribution to scientific research and development.
In response, Ahmed El-Gioushy, acting head of the Higher Education Ministry’s education sector and supervisor of university placement, said STEM students have their own admission process and a flexible allocation distinct from that applied to other groups, reflecting their studies and specialisations. They can also apply for the Future Scientists scholarship. In his remarks after the results, he said geographical placement organised students’ preferences, responses to the results were positive and science-track STEM students competed within specified sectors including medicine, dentistry, physical therapy, pharmacy, veterinary medicine and science. This was the ministry’s assessment, alongside families’ continuing demand for predictable rules.
Limited Places and Different Assessment Standards
Education specialist Mohamed Abdel Aziz, an expert in science curricula, argues that STEM students and international-certificate holders faced difficulties because admission rules did not adequately reflect their curricula and assessment standards. The first general placement phase began and ended before some of these students received their results, leaving a limited number of reserved university places.
He says students in these systems work hard on demanding courses and should not be assessed through the same criteria as general secondary-school graduates. He calls for appropriate standards and a separate admission process, arguing that a score of 90% in one system cannot simply be equated with 90% in another when teaching and examinations differ.
“The high cost of national non-profit universities is an additional barrier for students without financial means. Some families have also been unable to find places at private universities. Scholarships must therefore be provided at private universities for high-achieving students, so that this scientific talent is not lost,” he tells Zawia3.
He advocates returning to the principles under which students began their studies, rather than treating percentage scores as a uniform measure. He believes the demanding standards of these educational systems equip their graduates to succeed at university.
Abdel Aziz argues that delayed results should be addressed by reorganising admission arrangements to provide fair opportunities. He links international-certificate examination schedules to the overseas educational bodies responsible for them. Egyptian STEM examinations, however, fall under Egypt’s Education Ministry. Their dates should not be attributed to international bodies or conflated with those of foreign qualifications.
He proposes a framework that establishes equivalent scores across general secondary and international systems, taking account of their educational standards, rather than allocating a fixed quota to each group. He regards a quota-based approach in this form as unfair.
Education expert Mohamed Khalil agrees that geographical placement can disadvantage STEM graduates in some circumstances, particularly when places in particular faculties have already been filled. He argues that their educational background should be considered when admission rules are designed.
He says STEM students need arrangements that recognise their abilities. Assigning them to locations or faculties that do not match their academic strengths, in his view, is a problem that requires attention.
“STEM students represent Egypt’s real economic investment. They are among the highest-achieving students and could become the scientists and engineers of the future. Many receive scholarships outside Egypt, which makes it necessary to provide attractive educational and university opportunities for them at home and retain this talent,” Khalil tells Zawia3.
He adds that priority should be given to high-achieving students, arguing that treating admission scores identically without acknowledging differences in educational pathways and achievement can discourage them.
Khalil calls for greater flexibility and wider opportunities for STEM graduates, particularly the highest achievers, to enter faculties suited to their abilities. Retaining these students, he says, requires an admission system that recognises their achievement rather than relying solely on an identical distribution of opportunities across different pathways.
The Results Arrived, but the Demand for Stability Remained
STEM university placement results for 2026/2027 were announced through the electronic admission website on 30 August. Although many students were satisfied with their allocations, parents interviewed by Zawia3 continued to call for clear, stable rules governing the transition to university, taking account of the education students had completed and their achievements over three years.
They want earlier registration for STEM graduates and the widest possible access to available public university places, proportionate to their achievements and qualifications. They also seek opportunities to transfer closer to home comparable to those available to top-ranking general secondary-school graduates, so families are not required to bear the cost of studying far away when suitable places are available nearby.
Parents also want the Higher Education Ministry to recognise STEM graduates alongside other top-ranking students, acknowledging their sustained work. They call for full scholarships at national non-profit and private universities, so fees do not prevent high achievers from studying their preferred subjects, and for students’ details to be included among prospective beneficiaries of the Future Scientists scholarship.
The easing of the immediate 2026/2027 placement dispute did not end the wider issue raised by students, parents and experts: whether university admission can recognise differences between educational pathways while offering dependable rules.
The Higher Education Ministry maintains that STEM graduates already have a dedicated placement process. Families want those rules to be clear and stable before children enter the schools, so that the effort required by STEM education does not become a new source of anxiety at the university gate.
The future of these schools ultimately depends on translating support for high-achieving pupils into stable policies that protect their educational opportunities.
