What is taught in school in Côte d’Ivoire (Ivory Coast)? The Ministry’s curriculum directories document French, Mathematics, Histoire-Géographie, Éducation aux Droits de l’Homme et à la Citoyenneté (EDHC), science and technology, physical education and sport, visual arts, music and creative learning in the primary and secondary progression. Secondary pupils also study English, Physique-Chimie, Sciences de la Vie et de la Terre (SVT) and, as applicable to the class or route, Spanish, German and Philosophy. These are subject programmes for particular grades, not one giant compulsory timetable for every pupil.
The ordinary route comprises six primary grades (CP1, CP2, CE1, CE2, CM1, CM2), four lower-secondary grades (6e, 5e, 4e, 3e) and three upper-secondary grades (2nde, 1ère, Terminale). The important national assessment milestones are the CEPE, the BEPC and the Baccalauréat (BAC). Technical and artistic courses may follow distinct subject combinations and assessment arrangements. A candidate’s current class and officially registered route determine the correct study plan.
The current 2026–2027 detail matters: the Direction de la Pédagogie et de la Formation Continue (DPFC) publishes annual progressions for 2026–2027 and separate programmes for primary and secondary school, while a curriculum-reform experiment began in selected classes during 2025–2026 and has additional 5e progressions for a specified experimental cohort. The PNAPAS programme strengthens reading, writing and mathematics in CP1, CP2 and CE1; it is not proof that every grade has adopted the same experimental textbooks. Here is what families can retrieve and do, with sources, examples and honest distinctions between planned, implemented and assessed learning.
Quick answer: subjects by school stage
Preschool and early primary: oral language, early reading and writing, number sense, observation, movement, arts and social development. Primary CP1–CM2: French, Mathematics, EDHC, Histoire-Géographie in grade-appropriate settings, science/observation and creative/physical learning under the official primary programmes. Collège 6e–3e: French, English, Maths, History–Geography, EDHC, Physics–Chemistry, SVT, Arts Plastiques, Éducation Musicale and EPS, with German and Spanish where the authorised programme provides them.
Lycée 2nde–Terminale: deeper mathematics, literature, languages, science and humanities, including philosophy and the specific subjects of the general, technical or artistic BAC route. Do not infer that a Year 6 secondary pupil must take a German, Spanish, technical and biology course simultaneously. The official primary programme index, secondary subject-and-grade index and 2026–2027 progression index answer different levels of this question.
The six-four-three school structure explained
The general primary years are CP1, CP2, CE1, CE2, CM1 and CM2. After that comes collège: sixième, cinquième, quatrième and troisième. Lycée follows with seconde, première and terminale. These are school-year labels and do not map literally to any foreign class with the same number. The child called a ‘sixième’ pupil is in the first lower-secondary year, not simply ‘sixth year of primary school’.
The stage matters because teacher expectations change. Primary pupils are developing secure reading, arithmetic and independent work habits; at collège a longer question may demand algebra, a science graph or source interpretation. At lycée the next qualification and stream shape academic depth. An internationally mobile family should retain original grade and assessment records and ask the receiving institution for its approved equivalence process rather than merely convert the numerical grade.
DPFC: what an official curriculum source actually provides
The DPFC is the Ministry’s pedagogical and continuous-training directorate. It publishes subject curricula, implementation guides and annual teaching progressions for the relevant schooling stages. Its site has a separate primary area with grade programmes and a secondary area listing school subjects across classes. These sources explain intended content and how teaching can be organised. They are preferable to an undated syllabus compiled by an unrelated commercial website.
However, a curriculum document is not a complete classroom record. A school timetable records what was scheduled, student work shows what was attempted and a teacher’s feedback demonstrates the current gap. A subject PDF may also describe a conventional programme while an experimental school uses a different approved sequence. Always note grade, academic year, cohort and document status. A teacher or parent should not treat ‘available on the portal’ as proof every pupil completed the same unit.
The PNAPAS reading-and-mathematics programme
The Programme National d’Amélioration des Premiers Apprentissages Scolaires (PNAPAS) concentrates on foundational teaching. In August 2025 the Ministry described expanded teacher training in reading, writing and mathematics for CP1, CP2 and CE1, with the programme intended to strengthen early-learning practice. The DPFC currently hosts decodable reading and mathematics guides for these grades. These resources offer an evidence-based way to ask which skills a younger pupil needs most.
Parents should not infer that PNAPAS makes science, PE or art disappear from the entire primary curriculum. It identifies high-impact foundations. A child who can count accurately but fails to understand a problem statement might need a language bridge; another who reads aloud but cannot explain a paragraph may need comprehension rather than more spelling repetition. Targeted instruction starts with the first error, not the longest possible workbook.
Reading French: from decoding to meaning
French (*Français*) is the major school language and a curricular subject. Early pupils learn how print represents language, how words combine into sentences and how to understand a short text. Older students learn to distinguish what a passage explicitly says from an inference, use vocabulary in context, and write organised explanations for particular audiences. The DPFC’s PNAPAS decodable readers support foundational decoding, but they are not a substitute for comprehension.
Ask a child to read an unfamiliar short paragraph, explain the central idea and identify a phrase that supports it. Then ask for a summary in their own words. If the child says the words fluently but cannot identify relationships, comprehension may be the first weak area. If they explain meaning orally but write disorganised sentences, written expression needs support. Good teaching diagnoses these skills separately rather than describe the learner as generically bad at French.
Original French comprehension task: do not invent the answer
Imagine a fictional announcement: ‘La bibliothèque ouvrira le mardi à huit heures. Les élèves doivent présenter une carte.’ Ask what day it opens, at what time and what pupils should bring. These details are explicitly stated. Now ask at what time it closes: the passage does not say. The strongest answer recognises the absence of evidence rather than invents a plausible hour.
Next have the child write two sentences telling a classmate the accurate facts. One pupil may retrieve correctly but write unclear sentences; another may write elegantly but insert a closing time that does not exist. Those errors need different feedback. This is an original illustration of text comprehension and information retrieval, not a copy of a CEPE or other national paper.
Early mathematics: equal groups and number sense
Primary maths begins with recognising quantities, place value, the meaning of operations, measures and age-appropriate problem solving. A pupil should connect an equation to the situation it represents. Suppose six trays contain seven pencils each. There are 42 pencils. The equation 6 × 7 = 42 can also be shown with rows or repeated addition, and division can verify the result.
Now change the question: four trays contain seven each, while two contain only five. The total is 4 × 7 + 2 × 5 = 38. If a child repeats 42, the difficulty concerns modelling the changed conditions, not necessarily basic multiplication. Show the trays, label quantities and let the learner explain the revised model. A carefully chosen new question reveals more than thirty identical sums.
Fractions and the reference whole
A fictional school has forty-eight pieces of coloured paper, and three-eighths will be used for artwork. One eighth is six and three eighths is eighteen. The student should draw eight equal groups and explain why the result is under half the total. This demonstrates the meaning of a fraction rather than simply a remembered algorithm.
Now remove sixteen sheets before applying the fraction. Thirty-two remain; three-eighths of thirty-two is twelve. The fraction has not changed, but the reference whole has. A pupil who repeats eighteen needs help reading ‘of the remainder’. This original exercise tests the precise transition from a concrete situation to symbolic calculation.
School-year 2026–2027: the annual progressions
The DPFC’s current PROGRESSIONS ANNUELLES 2026–2027 page lists French for both secondary cycles, Maths, Histoire-Géographie, EDHC, English, German, Spanish, SVT, Physique-Chimie, Philosophy, Arts Plastiques, Music and PE. These dated lists are strong evidence of current subject planning. They also show why a broad article must not stop at French and mathematics.
A progression outlines when content is scheduled in a school year, not a guarantee that every student encountered it and achieved the goal. Teachers should compare the grade and any locally applicable reform status. Parents can ask which planned learning objectives the school has already taught and request a representative assignment. Use the 2026–2027 progression page, not a historical past-paper page, for current sequencing.
A phased curriculum reform is not a national instant switch
The government’s 2025–2026 announcements described experimental new programmes in a limited group of primary and secondary establishments, including CP1, CP2 and 6e. The DPFC’s 2026–2027 site separately hosts 5e progressions for 53 experimental establishments. These distinguish a follow-on cohort from ordinary secondary timetables. A child at an experimental school may have a different programme sequence from someone at another recognised school.
The correct wording is ‘experimental’, ‘extended to named participating establishments’ or ‘in the current progression’, depending on evidence. Do not claim every 5e student across the country follows the experimental programme. A family should ask whether its school is among the participating sites, which teaching guides apply and whether any assessment or textbook differences affect the child. See the 5e experimental cohort list.
Français in collège: extended reading and composition
Lower-secondary French develops comprehension of longer passages, formal grammar, argument and forms of writing beyond the early primary paragraph. A teacher may ask the learner to summarise an unfamiliar text, make an inference from evidence or compose a coherent explanation for an intended audience. These demands make reading an operating skill for History, SVT and Science, not only a separate subject on the timetable.
Suppose two fictional reports describe the same school event. One includes an exact date and witness quotation; another provides general praise without sources. The pupil should identify what is supported by each and what remains uncertain. A strong composition names a claim, a source and a logical explanation. Memorising an impressive introduction will be less useful when the actual question differs.
English at collège and lycée
The DPFC publishes English programmes for 6e, 5e, 4e, 3e, 2nde, 1ère and Terminale, plus 2026–2027 progressions by secondary cycle. These named resources establish a formal English-language learning pathway. The precise hours and expectations are age- and grade-dependent; a Year 6 beginner should not be treated as someone completing the terminale syllabus.
Language learning requires listening, speaking, reading and writing. Give a learner a short fictional notice in English, ask for the event time and place, and then ask for a polite question requesting something the notice omits. A student may remember words but fail to apply them in a new sentence. A stronger diagnostic identifies whether the problem is comprehension, grammar, vocabulary or written expression. Teaching one language as a subject does not mean every science course is taught in that language.
Spanish and German: options are not universal requirements
The DPFC subject catalogue and annual progressions include Espagnol and Allemand for designated secondary grades. That is evidence of officially supported language subjects; it is not evidence that every primary pupil or all collège students take both languages simultaneously. The school timetable, language option and course stage matter.
An appropriate task for a new learner might involve reading a simple event notice, identifying details and creating a short reply. More advanced classes can interpret authentic passages and organise longer written explanations. Families should check whether the language is offered in the student’s route, what it contributes to the intended qualification and how prior foreign-language learning will be recognised during transfers.
Histoire-Géographie: evidence, time and place
History and Geography appear in the DPFC’s primary resources and secondary progression lists. History requires chronology, understanding of change and the interpretation of sources; Geography uses maps, scale and explanations of spatial patterns and human–environment relationships. These methods are not interchangeable even when the subjects share a combined heading.
A class might compare an older photograph with a modern map. The photograph records one visible moment, while the map represents spatial relationships. Neither proves a population’s motivations or the exact time a journey takes. Pupils should learn to state which source supports each claim and what further evidence is needed. This is a stronger demonstration of learning than merely listing locations and dates.
Worked map-scale example
Suppose a fictional map uses a scale of one centimetre to five kilometres. Two locations are four centimetres apart on the straight line, corresponding to twenty kilometres. The pupil should say that this is the map’s represented separation, not necessarily the length of a road route or the time to travel. Traffic, infrastructure, stops and conditions require different evidence.
A correct numerical result without this limitation is an incomplete geographic explanation. The teacher can ask students how they might find an authorised road distance while avoiding collection of sensitive pupils’ home addresses. This simple task joins mathematics with source-aware geography and shows why ‘show your working’ includes explaining the model.
EDHC: human rights and citizenship
Éducation aux Droits de l’Homme et à la Citoyenneté (EDHC) is a formally named subject, represented in the official secondary subject directory and curriculum progressions. It concerns understanding rights, responsibilities, civic principles, community life and practical ethical choice. It should not be reduced to a phrase that students must repeat without understanding.
An age-appropriate activity asks a class how to lend a limited set of library books fairly. They identify the objective, who could be excluded and how to measure whether a proposed arrangement works. Students can reach different carefully supported conclusions. The learning is in the quality of reasoning, not a requirement to endorse a particular political party. Teachers should protect private household information and discuss real constitutional or legal claims using suitable verified sources.
SVT: living systems and environmental reasoning
Sciences de la Vie et de la Terre (SVT) appears in the 2026–2027 DPFC subject progressions. A pupil in the relevant class can learn biological structures, functions, ecosystems and Earth-related phenomena with increasing depth. The exact topics and practical expectations belong to the authorised grade syllabus, not a generic article.
Consider two plants with different growth rates but also different watering, soil and light conditions. The learner should not declare that only sunlight caused the difference; several variables changed. A better investigation keeps relevant factors similar, uses repeated observations and qualifies its conclusion. Diagram reading, measurement and precise French scientific writing are separable skills, each needing targeted feedback when an answer is wrong.
Physique-Chimie: matter, energy and measurement
Physique-Chimie has distinct secondary programmes and a dated progression. Physics teaches quantitative relationships in motion, energy and other physical processes; Chemistry addresses materials, substances, mixtures and transformations. A course appearing in the syllabus is not proof that every school has an identical laboratory, equipment or teacher capacity.
Imagine a vehicle covers 150 kilometres in three hours. Average speed is fifty kilometres per hour. If it covers the same distance in 2.5 hours, average speed is sixty. These are averages, not proof of a fixed instantaneous speed. In Chemistry, dissolving ordinary sugar in water does not by itself establish a chemical reaction. Both tasks ask learners to explain what evidence supports, and neither needs hazardous unsupervised experiments.
A safe science graph workshop
A fictional class records temperatures of 30, 28, 25, 24 and 20 degrees Celsius at equal observation intervals. The pupil should plot correctly labelled axes, show the measurements and state that the temperature fell. The drop was not identical in each interval. They should not pretend the graph identifies the exact room temperature or cooling material without additional data.
An improved explanation separates observation from mechanism. The teacher can ask what further measurements or controlled conditions would help. A learner who draws the graph incorrectly may need mathematics support; one who misinterprets causality needs scientific reasoning. This is a low-cost way to develop independent competence without replacing the official practical syllabus.
Mathematics in collège: from arithmetic to algebra
Secondary maths introduces more formal equations, geometry, proportional reasoning and data use under its programme. A student should know what x represents and why an equation stays equal after the same valid change is applied to both sides. Consider 4x + 200 = 2,200. Subtract 200 to get 4x = 2,000, then x = 500; verify by substitution.
If the equation represents four items plus one fixed 200-CFA-franc charge, the student must not multiply the fixed charge by four. A child who makes that mistake understands multiplication but may have mis-modelled the story. Drawing four price bars plus one fee is more helpful than merely practising equation rearrangement without context.
An original Côte d’Ivoire CFA-franc cost comparison
A fictional school supplier charges a one-off 2,000 CFA-franc fee plus 750 CFA francs per kit. A(n) = 2000 + 750n. A second supplier charges 1,000 CFA francs per kit with no fee: B(n) = 1000n. Equality occurs at n = 8 kits. At six kits, A costs 6,500 CFA francs while B costs 6,000; the second is cheaper.
For twelve kits, A costs 11,000 CFA francs and B costs 12,000; the first is cheaper. Pupils should explain why the comparison changes with quantity and what the model omits: quality, availability or different delivery conditions. The numbers are fictional instructional examples, not real school procurement quotes. This exercise tests representation, algebra and responsible financial interpretation.
Arts Plastiques and creative expression
Arts Plastiques is included in the Ministry’s official programmes and 2026–2027 annual progressions. Learning may involve visual communication, drawing, composition, craft and the ability to interpret and improve creative work. Such work develops attention and planning but should not be treated as simply decorating a school report.
Ask pupils to design a fictional school-exhibition poster that states a date, purpose and venue. Another reader checks whether the message is understandable. The designer revises the composition based on evidence. A maths extension may consider dimensions and a French extension may improve the caption, while the artistic assessment should still focus on visual decisions. A complete description of school teaching recognises arts as knowledge.
Éducation Musicale
Music appears in the DPFC catalogue and dated yearly progressions. Listening, rhythm, making and analysing sound can require deliberate practice and reflection. A school may use voice, movement or instruments depending on resources, but one cannot infer identical equipment from the presence of an official syllabus.
An original exercise asks learners to repeat two short rhythmic patterns, identify what changed and explain how the difference affects the overall sequence. This is not a mathematics paper even though rhythmic patterns connect to counting. Each subject should be assessed against its intended standard. Music education can support communication and confidence without becoming a substitute for language or science learning.
EPS: movement, cooperation and safety
Éducation Physique et Sportive (EPS) has its own DPFC annual progressions for first and second secondary cycles and is represented in teaching guides. It develops coordination, safe movement, cooperation and understanding of appropriate physical effort under the actual programme. Actual sports and facilities can differ greatly among schools.
A student can practise a simple age-appropriate technique with a teacher, reflect on feedback and demonstrate an improvement. This is meaningful independent learning. PE should not involve publicly judging pupils’ bodies or asking for private medical details beyond authorised school procedures. A curriculum that includes EPS is not limited to the narrow knowledge sampled in final written mathematics examinations.
Philosophy in upper secondary
Philosophie appears in the 2026–2027 annual secondary progressions, signalling its role in appropriate upper-secondary study. It can develop conceptual clarification, recognition of assumptions and reasoned comparison of arguments. It is different from a primary civic lesson and should not be assigned to every CP1 pupil simply because the national resource directory contains the subject.
A classroom discussion might consider whether having more digital devices always causes better learning. A strong answer distinguishes access to information from demonstrated comprehension and notes the roles of teaching, resources and context. The learner should give reasons rather than reproduce one memorised view. The actual syllabus determines the relevant authors, concepts and expected written form.
Secondary scientific tracks and subject choices
Upper-secondary general schooling offers subject combinations appropriate to distinct academic directions. A science-oriented pupil may need mathematics, Physics–Chemistry and SVT at greater depth; a humanities-oriented pupil may need sustained French, History–Geography and Philosophy. Not every lycée pupil sits identical specialist papers. Technical and artistic baccalaureate candidates follow additional requirements.
The national 2026 examination opening differentiated BAC candidates for general, technical and artistic education. That is direct evidence of multiple assessment routes, not a claim that every school offers every available specialisation. Parents should check a candidate’s actual registration, course and current examination rules. Ministry 13 May 2026 session details provides a dated overview.
CEPE: the primary milestone
The Certificat d’Études Primaires Élémentaires (CEPE) is the national primary completion assessment. The Ministry’s 13 May 2026 statement scheduled the 2026 written examination for 18 May, a dated fact that should not be presented as the 2027 timetable. The CEPE has importance for progression, but it is not a complete record of every creative, physical or scientific activity undertaken in primary school.
Preparation should begin with reading comprehension and foundational mathematics, then address exam-specific requirements under the current session. A learner may miss a question because of an unfamiliar word or because an arithmetic model is weak. Each calls for different instruction. One paper score should inform the next step rather than be treated as the whole measure of a child’s abilities.
BEPC: completion of the first secondary cycle
The Brevet d’Études du Premier Cycle (BEPC) marks a distinct secondary milestone, generally after troisième. The Ministry announced BEPC 2026 written papers for 26–29 May, with separate orientation arrangements for entry to seconde. It should not be confused with the earlier CEPE or the later BAC. Assessment details must be checked for the current candidate year.
A student can prepare more effectively through diagnosing errors in French, Maths and the relevant sciences or humanities rather than only memorising past answers. A misunderstood graph scale requires different teaching from a wrong formula; an essay lacking evidence needs writing practice. A good provider can help improve knowledge but cannot alter official orientation decisions or promise a certificate.
The BAC: academic, technical and artistic routes
The Baccalauréat (BAC) is a major upper-secondary examination. The 2026 Ministry release explicitly reported candidates registered in general, technical and artistic education, with different courses and assessment content. No family should infer every candidate sits the same science, philosophy and technical module combination. A subject catalogue is a menu across programmes, not each pupil’s personal timetable.
Students should identify their authorised BAC series and the actual papers required. A future programme may demand particular prior knowledge or recognised results, and higher-education entry is a separate admission decision. A science learner may need deeper algebra and experiment interpretation; a technical learner needs precise measurement and safe practical competence. Neither a tutor nor a generic article can guarantee admission.
Technical education and professional pathways
Under its 2026 organisational framework the Ministry includes technical education alongside national education and literacy. Technical courses can involve computing, design, industrial subjects, commerce and other specialisations in eligible programmes, with practical modules and distinct qualifications. These programmes require specific staffing and equipment, so the precise content and certificate must be checked at the school.
Imagine a learner using a drawing of a 2.4-metre by 1.5-metre rectangular surface. Area is 3.6 square metres, perimeter is 7.8 metres. Which result is needed depends on whether the task concerns surface material or border trim. A real installation requires much more safety and material information. This original example shows why technical training combines accurate mathematics with explanation and supervised practice.
TICE, computing and what a curriculum experiment proves
The Ministry’s 2025–2026 brief announced introduction of Technologies de l’Information et de la Communication pour l’Enseignement (TICE) in preschool and primary programmes as part of the reform initiative. The DPFC also promotes use of technology in teacher training. However, introducing a digital programme does not prove each child owns a laptop or has completed a specific software-development course.
An unplugged algorithm activity can ask pupils to write instructions to sort five numbered cards and test them on duplicate numbers. A source-reading task might compare an official current Ministry circular with an old undated social-media description of a syllabus. These develop computation and media judgment without expensive devices. The actual ICT content should follow the current school and cohort’s approved programme.
National early-learning and standardised assessments
In June 2026 the Ministry described standardised checks of primary learning in CE1 and CM2 and processing the data, while the wider reform includes curriculum experimentation and teacher training. These are system-improvement processes and not synonyms for the CEPE. An external assessment can provide information about educational performance; classroom tasks provide additional evidence of a particular learner’s understanding.
For one pupil, a diagnostic should ask for a familiar calculation, an explanation and an unfamiliar application. In language, test retrieval, inference and written communication. A mark alone cannot say whether the student misunderstood a word, a concept or the exam format. Teachers need feedback and targeted instruction to turn assessment information into better learning.
School access, teacher resources and honest curriculum claims
Official documents provide a national framework, but local staffing, facilities, attendance and student support influence actual learning. A school may have a science syllabus while facing shortages of subject specialists, a problem the Ministry discussed in 2026. A textbook delivery announcement does not prove the book reached every learner or that its entire content was taught.
Families should ask their own school which teachers and courses are available, what materials the child uses and which support exists when a topic was missed. A student can show strong reasoning despite interruptions; another may need a bridge in a foundation. Country-wide generalisations should not replace local evidence or assume every learner follows a perfectly uninterrupted timetable.
A four-week learning plan
Week 1: record the exact class, school, whether it follows an experimental programme, and the applicable primary/secondary progression. Collect recent student assignments. Week 2: diagnose French comprehension, Mathematics and one relevant science or social subject with recall, explanation and new application. Separate language and conceptual errors.
Week 3: teach one identified bridge using objects, diagrams or a model, followed by guided correction and independent practice. Week 4: compare new work with the original task and select the next goal. If CEPE, BEPC or BAC approaches, align practice to current official instructions. A four-week routine helps organise study, but it cannot guarantee an examination grade or institutional placement.
Practical parent FAQ: common questions answered
Does every pupil study Physique-Chimie in CP1? No: the subject programme applies to specific secondary grades and pathways. Are French and Maths core early-primary priorities? Yes, PNAPAS explicitly targets them. Does EDHC really appear in the curriculum? Yes, in primary training and secondary programmes. Are German and Spanish offered to everybody? The Ministry lists their courses for certain grades; actual offerings depend on school and track. Are experimental 5e progressions national for all pupils? No; the DPFC names a particular experimental cohort.
Is BEPC the same as BAC? No. Can every pupil enter technical or artistic BAC without conditions? Course and registration rules differ. Does an official textbook list prove a pupil mastered the subject? No. Can a tutor guarantee a pass? No. Where should families begin? The grade-specific DPFC programme, 2026–2027 progression and a short sample of the student’s independent work.
Original multi-subject data task: a statistic is not every observation
A class records fictional rainfall amounts of 0, 5, 11, 8 and 6 millimetres across five days. The total is thirty millimetres, with mean six per day. The child should not conclude it rained six millimetres each day or that these five readings describe an entire region’s climate. A graph can show variation and properly labelled units.
An extension asks what further evidence would be needed to discuss flooding or agricultural impact. Drainage, intensity, soil and time scale may matter. This tests how learners connect arithmetic with the limits of scientific evidence. It can be completed safely indoors without requiring a child to visit a hazardous area.
A primary history-and-language workshop
Give students two fictional accounts of a school’s opening, one a brief letter written at the time and the other a later anniversary speech. Ask what facts both mention, whether their purposes differ and which information cannot be settled. A strong pupil will not declare the more detailed account automatically correct.
The student writes a short paragraph with one supported claim and one uncertainty. This develops accurate reading, historical method and explanation in French. The task can be scaled from a few sentences for primary to source evaluation for secondary, but the real class syllabus determines its appropriate difficulty.
An EDHC practical decision exercise
Imagine a class has a limited number of library books. One proposed rule lets each pupil borrow a book for one day; another allows a longer period but fewer pupils to borrow in a week. Students identify the trade-offs, ask about actual demand and design a fair policy. They should not be required to disclose household financial details to participate.
The teacher evaluates whether the learners provide reasons and consider evidence, not whether everyone chooses the same answer. The activity can include counting books, written instructions and moral discussion, but the EDHC goal of thoughtful civic responsibility remains distinct from the mathematics.
A creative design project with accurate measurement
A fictional class makes a sign measuring 1.2 metres by 0.8 metres. Its area is 0.96 square metres and its perimeter is four metres. If the question asks how much board surface to cover, the area matters; if it asks about edge trim, the perimeter matters. A pupil should explain why the units differ.
Now the child plans a layout and asks another reader whether it communicates the intended message. A clear design uses both visual composition and correct measurement, not just a pretty illustration. Any real construction would require further material and safety checks. This simple problem is instructional, not a technical qualification assessment.
International transfer: what CEPE and BAC cannot tell alone
A receiving school might see a CEPE, a BEPC or a BAC and assume it can convert the grade directly to its own year number. Each belongs to a different Ivorian education stage and examination design, and subject specialisation varies. A proper review considers original documentation, curriculum, language of learning and recognised status.
The family should preserve official reports and avoid sharing personal student data publicly. A respectful diagnostic may show a secure algebra concept but unfamiliar English vocabulary, or a missing science prerequisite. The receiving institution settles placement; learning support can address the real gaps without pretending to provide a legal equivalence certificate.
What makes a school curriculum guide trustworthy in October 2026
A genuine official resource may be historically accurate but apply to a previous cohort. The DPFC currently lists ordinary secondary programmes, 2026–2027 annual progressions and specific experimental new programmes. If those are collapsed into one universal school timetable, the article becomes misleading. Parents should always identify which version, grade and institution the statement covers.
An effective guide also separates the legal curriculum from textbook use, classroom delivery and student mastery. Each has different evidence. Finally, a worked example should be explicitly illustrative unless it comes from a verified official examination. Those habits matter more than a large number of superficial SEO terms.
Official sources and connected eduKateSG guides
DPFC Primary Programmes by Grade; DPFC Secondary Programmes by Subject; DPFC 2026–2027 Annual Progressions; DPFC PNAPAS Early Reading and Maths Guides; DPFC Experimental 5e Programmes; Ministry 2026 CEPE, BEPC and BAC Examination Announcement; Ministry June 2026 Standardised Primary Learning Assessment; Immutable Clementi Teaching Reference.