A curriculum can promise critical thinking while the tasks pupils complete still reward reproduction. It can promote practical competence while assessment rarely asks learners to explain a decision or apply an idea in a new situation.
The African Curriculum Association Conference 2026 brings that problem into focus. Its published agenda connected curriculum reform, teacher preparation and inclusive innovation. The practical question after the gathering is how those ambitions fit together in classrooms.
The sixth continental conference was scheduled for September 22–25, 2026, in Dar es Salaam, Tanzania. Official reporting confirms conference activity, including a school visit on September 25. This analysis draws on the public record checked on October 27, 2026; it is not a report of personal attendance.
For curriculum leaders and education-event organisers, the most useful follow-up is to examine the relationship between what a curriculum intends, what learners actually do and what counts as evidence of learning.
Establishing the conference record
The African Curriculum Association organised ACA 2026 with the Tanzania Institute of Education. The dedicated conference site gives September 22–25, and a TIE announcement published on September 19 identifies the Julius Nyerere International Convention Centre in Dar es Salaam.
Some earlier call-for-papers material still displays September 15–18. The later announcement, current conference site and TIE event-page header converge on September 22–25. That is the schedule used here.
A TIE report published on September 26 describes conference participants visiting Baobab schools in Bagamoyo on September 25 to examine curriculum implementation and practical learning. It provides evidence of a reported activity, rather than an independent assessment of the schools’ results.
The conference’s published programme includes classroom implementation, assessment and resources alongside teacher development, inclusion and technology. These are stated areas of enquiry. Their presence on an agenda does not establish that every participating system has resolved them.
Curriculum coherence begins with a learner’s task
A curriculum document operates at a different level from a classroom instruction.
A broad objective might ask learners to interpret evidence, collaborate or solve problems. A teacher must decide which knowledge is needed, what situation will make that knowledge useful, what support to provide and how to recognise a worthwhile response.
The connection can break at any point.
A demanding topic may be reduced to a worksheet that requires only copying. An attractive project may invite activity without clarifying what students should learn. An assessment may reward presentation quality while overlooking the reasoning the curriculum intended to develop.
These are possibilities to investigate, not claims about all African classrooms.
The Learning Coach perspective is that curriculum discussion becomes more useful when it follows a learning intention into a concrete task. Participants can then examine what the task requires from the learner and whether the assessment makes that requirement visible.
Knowledge and competence need to meet
A competency-oriented curriculum still needs an account of the knowledge learners will use.
Asking pupils to solve an unfamiliar problem does not remove the need for vocabulary, concepts, procedures and examples. Equally, being able to repeat a definition does not establish that a pupil can decide when or how to use it.
A useful curriculum discussion therefore asks how knowledge develops into increasingly capable action.
What should pupils understand before the task? Which decisions should they eventually make without assistance? What kinds of practice will help them recognise when an idea applies? What would show that they are applying a principle rather than recalling a familiar answer?
These questions avoid turning curriculum reform into a dispute between content and skills. They make the relationship between the two inspectable.
A conference presentation can help by showing the sequence around an activity, including what pupils learned beforehand and what they were asked to do afterward.
An illustrative mathematics task about water use
Consider a hypothetical curriculum-design workshop. The example is original and does not describe an ACA session or an observed school project.
The workshop asks participants to design a mathematics task about water use. Learners compare the capacity of different containers and explain a choice for a stated purpose. The quantities can be provided by the teacher; pupils do not need to disclose household circumstances.
The intended learning might include using a common unit, interpreting a comparison and justifying a decision. A group could produce an attractive poster while leaving those ideas unclear.
Curriculum coherence requires more specific planning. What must each learner calculate or explain? Which resources make the quantities understandable? How will the teacher distinguish a unit-conversion difficulty from a difficulty interpreting the question?
The task also needs an appropriate level of challenge. If a worked example supplies every decision, pupils may reproduce its structure without understanding it. If too much is unfamiliar at once, the teacher may learn little about the target concept.
A follow-up could change one condition and ask learners whether their choice still makes sense. Their explanation can reveal something that the finished poster cannot.
Learning Coach’s article on checking understanding when AI gives the right answer examines the same assessment distinction: a correct product needs to be connected with evidence of the learner’s understanding.
Teacher preparation must address the decisions inside the task
A teacher needs more than a description of the new curriculum’s vocabulary.
In the hypothetical workshop, preparation could involve anticipating pupil responses, selecting examples, examining possible explanations and deciding what feedback would be useful. Colleagues could compare two versions of the task and discuss what each one makes easier to observe.
That work depends on subject knowledge and pedagogy. It also benefits from realistic discussion of time and available materials.
A teacher-education institution and a curriculum agency may therefore need to examine the same example together. Otherwise, the curriculum can ask for a form of learning that preparation programmes have not helped educators understand or support.
The Education Endowment Foundation’s 2024 A School’s Guide to Implementation offers a separate research-informed perspective. It connects implementation with people’s behaviour, contextual conditions and a structured process.
That guidance is not an evaluation of ACA 2026 or a universal model for African education systems. It supports the narrower point that selecting an educational approach and making it workable require connected decisions.
Local knowledge should shape the intellectual work
Curriculum relevance involves choices about whose knowledge is included and how learners engage with it.
A local example can become decoration if it merely replaces an unfamiliar place name in an otherwise unchanged exercise. A stronger use connects the example with a question learners can investigate, while treating the people and practices concerned with care.
In the water-use scenario, the teacher might use a community-relevant situation without assuming that every pupil has the same experience. The task could invite learners to compare methods or question an assumption, rather than portray one way of living as universal.
Where community knowledge contributes to curriculum design, its contributors should be able to influence how it is represented. Their role deserves more than acknowledgement after the material has been completed.
These are editorial considerations for curriculum teams. They are not a claim that a single localised model can serve Africa’s diverse languages, histories and educational settings.
Inclusion changes how a task is designed
An inclusive curriculum needs to consider how learners can access the task and show the intended understanding.
In the illustrative mathematics lesson, a pupil might understand the relationship between quantities but need support reading the instructions. Another may need an accessible representation of the containers. A third may require a different way to communicate an explanation.
The planning question is which demand belongs to the learning objective and which demand creates an unnecessary barrier.
Adapting the presentation of a task should preserve an appropriate intellectual goal. If interpreting quantities is the target, simplifying every decision until the answer is obvious would change what is being assessed.
Curriculum teams can examine this distinction through examples of learner work and alternative task formats. Broad statements about inclusion become more useful when linked to these choices.
AI raises an assessment question before a technology question
AI can generate lesson materials, model responses and suggested assessments. Curriculum designers still need to decide what learners should be able to do themselves.
In the water-use task, a generated explanation may be numerically correct. It would not establish that the pupil understands the units or can justify the choice.
A teacher could use a model answer as material for critique, asking learners to identify an assumption or explain a questionable step. That is a different activity from accepting the answer as evidence of independent competence.
Institutional decisions also matter. Teachers need clarity about permitted uses, suitable information and responsibility for checking outputs. Learning Coach’s guide to moving from AI policy to classroom practice explores that connection.
The curriculum question remains central: what learning is the technology helping to develop, and what thinking might it allow the learner to bypass?
A follow-up agenda for curriculum leaders
A practical discussion after ACA can use one task to test whether several parts of a reform are aligned.
| Part of the curriculum | Question to examine |
|---|---|
| Intended learning | What should learners understand and be able to decide? |
| Knowledge sequence | What preparation makes the task meaningful? |
| Classroom activity | Which intellectual work must learners perform? |
| Teacher support | What examples and professional discussion are needed? |
| Access | Which barriers can be reduced while preserving the goal? |
| Assessment | What response would reveal understanding and its limits? |
This is an editorial discussion framework, not an official ACA instrument or a validated measurement scale.
Its value is in exposing inconsistencies. If the objective asks for reasoning but the assessment accepts copied answers, the team has identified a concrete design problem. If the activity assumes unavailable resources, it has identified an implementation condition to address.
Different institutions can then clarify which decision each is able to change.
What conference organisers can do differently
A curriculum event can connect policy, research and practice by giving participants something specific to examine.
A keynote can establish the central dilemma. A curriculum team can explain an intended progression. Teachers can interrogate a task. Assessment specialists can examine what the response would demonstrate. Community contributors can question assumptions about relevance.
The formats become complementary when they address the same educational problem.
For organisers planning a conversation about learning, curriculum and responsible AI, explore Learning Coach keynotes.
The question worth sustaining after the event is concrete: when a curriculum promises greater capability, where can that capability be seen in a learner’s decisions?
Limits of this analysis
The reviewed sources establish the announced programme and selected activities reported by the host institution. They do not provide an independent evaluation of national curriculum implementation or learning gains.
The full text of any final declaration, a complete proceedings record and independently assessed follow-up outcomes were not verified. No consensus, funding commitment or improvement is attributed to documents that were not retrieved.
An additional TIE closing account contains internal date inconsistencies. It is not used to establish an exact closing-session date or participation count. The September 22–25 schedule rests on the converging sources identified above.
There is no claim of Learning Coach attendance or a historical speaking role. The classroom example and follow-up framework are original illustrations intended to support further discussion.
References
ACA 2026 conference website. African Curriculum Association. Published dates and programme priorities; institutional agenda, not an impact evaluation.
Tanzania to host the sixth ACA conference. Tanzania Institute of Education, September 19, 2026. Swahili-language announcement confirming September 22–25 and the Dar es Salaam venue.
ACA conference event page. Tanzania Institute of Education. Updated header and retained earlier call-for-papers dates differ.
ACA participants visit Baobab schools. Tanzania Institute of Education, September 26, 2026; describes the September 25 visit. Institutional reporting in Swahili.
A School’s Guide to Implementation. Education Endowment Foundation, third edition, April 24, 2024. Independent research-informed guidance; not an assessment of ACA. Sources checked October 27, 2026.
