Improve quality of education, skills development, and innovation.
Ensure every child learns to read for meaning by age 10.
Strengthen teacher training and accountability.
Strengthen governance of SOEs and infrastructure entities.
Strengthen TVET colleges and link them to industry needs.
Increase investment in research & development to 1.5 % of GDP.
Increase university participation to 30 % of 18–24 year-olds.
.
Professionalise the public service and reward competence.
Expand youth employment initiatives and internships.
Strengthen public-sector leadership and ethics training.
Promote labour-intensive sectors (agriculture, tourism, manufacturing).
Modernise and expand mining value chains.
Develop integrated rural economies and improve service delivery.
Upgrade water infrastructure and reduce losses.
Expand and modernise transport and logistics networks.
Strengthen environmental regulation and enforcement.
Develop an energy mix including renewables and natural gas.
Upgrade school laboratories and ICT for STEM education.
Improve maths and science outcomes in schools.
Improve hospital management and efficiency.
Enhance financial management and procurement systems.
Reduce red tape and improve the ease of doing business.
Improve service-delivery monitoring and data systems.
Support women and youth participation in agriculture.
Expand artisan training and technical skills pipelines.
Promote green-economy industries and innovation.
Strengthen local-government capacity and stability.
Expand access to quality early childhood development.
Tier 4: Social, Cultural, and Quality-of-Life Enhancers
Promote healthy lifestyles and nutrition.
Strengthen mental-health and substance-abuse services.
Promote lifelong learning through open and distance education.
Support arts, culture, and sports for nation-building..
Strengthen social dialogue and cooperation across society.
Reduce commute times and transport costs for workers.
Improve rural education and health facilities.
Promote green jobs and environmental education.
Strengthen community policing partnerships.
Improve disaster management and climate resilience.
Support smallholder farms and agro-processing industries.
Build leadership capacity across the public sector..
Strengthen ICT infrastructure for schools and government.
Modernise public-sector HR systems.
Build robust social-protection coordination systems.
Develop tourism as a national employment generator.
Expand social safety nets for the most vulnerable.
Ensure no household lives below the poverty line.
Promote social inclusion for persons with disabilities.
Improve coordination of welfare services.
Support community-based care systems.
Encourage sustainable consumption patterns.
Strengthen partnerships between government, business, and civil society.
Promote regional integration and trade with Africa.
Position South Africa competitively in the global economy.
Encourage innovation hubs and entrepreneurship ecosystems.
Promote evidence-based youth policies and mentorship programmes.
Below is a 30-step dependency chain. Each step shows: (A) the step/activity/outcome, (B) which NDP objective(s) or explicit targets feed into it (when available), and (C) which next step(s) it enables.
Universal, high-quality Early Childhood Development (ECD) access
NDP link: NDP emphasises early capability building and national ECD ambitions toward universal access. National Planning Commission
Enables → foundational language, cognitive and pre-numeracy skills for primary school.
Stronger foundational literacy & numeracy in primary school
Flows from Step 1 (ECD). NDP objective: build capabilities from the start (education priority). National Planning Commission
Enables → higher learning readiness for secondary STEM.
Improved teacher quality, curriculum support and instructional materials (primary & foundation phase)
NDP actions: strengthen teacher training and support. National Planning Commission
Enables → consistent literacy/numeracy outcomes and preparedness for maths/science.
Higher retention & transition rates into quality secondary education
Depends on Steps 1–3. NDP stresses improving access and throughput across levels. National Planning Commission
Enables → larger cohort able to pursue maths & science streams.
Strengthened maths & science teaching and uptake in secondary schools
NDP numeric target: increase number eligible for maths & science degrees to ~450,000 by 2030 (Chapter 9). National Planning Commission
Enables → more learners prepared for STEM degrees and technical training.
Targeted interventions for gateway subjects (MST grants, teacher development)
NDP/DBE programmes and grants aim to boost Maths, Science & Technology uptake and success. GCIS+1
Enables → higher pass rates and subject mastery needed for PSET entry.
Increase in school leavers eligible for tertiary STEM & technical programmes
Direct metric in NDP Chapter 9 (450,000 target). National Planning Commission
Enables → expansion of higher education & technical pipelines.
Expanded, more-accessible Technical and Vocational Education & Training (TVET) capacity
NDP objective: expand the college system and increase TVET participation to ~25% (Chapter 9 / NP-PSET). MerSeta+1
Enables → scaled technical training and artisan output.
Higher TVET quality: curriculum reform, teacher/instructor upskilling, employer alignment
NDP & NP-PSET call for quality improvements to build confidence in college sector. MerSeta
Enables → graduates who meet employer standards and reduce skills mismatch.
Grow apprenticeships, workplace-based learning and industry partnerships
NDP and NSDP emphasise workplace learning and employer partnerships as critical. cdn.lgseta.co.za
Enables → smoother school-to-work transitions and relevant skills.
Increased annual artisan production (craft/artisan pipeline)
NDP target: produce ~30,000 artisans per year by 2030. National Planning Commission
Enables → technical capacity for infrastructure and manufacturing sectors.
Expanded Community Education & Training (CET) and lifelong learning pathways
NDP/NSDP propose 1 million CET opportunities and lifelong learning linkages. MerSeta
Enables → second-chance learning for adults, re-skilling and inclusion.
Increased university capacity and STEM enrolment
NDP target: increase university enrolment by ~70% (to around 1.62 million). Also emphasises more students qualified for maths/science degrees. National Planning Commission
Enables → a larger pool of graduates for knowledge economy roles.
Improved tertiary throughput and quality (higher completion rates, more PhD staff)
NDP calls for improved throughput (target throughput increases) and higher research capacity (more PhD staff). National Planning Commission
Enables → better skilled graduates and stronger research/innovation.
Greater alignment between PSET (post-school education & training) outputs and labour market demand
NDP & NP-PSET emphasise employer alignment and relevant skills. DHET+1
Enables → reduced graduate unemployment and faster absorption into jobs.
Higher numbers of work-ready graduates and certificated TVET completers
Result of Steps 8–15. NDP/NSDP stress workplace-relevant qualifications. MerSeta
Enables → employer confidence and hiring.
Rising productivity in key sectors (manufacturing, construction, ICT, energy, agro-processing)
Skilled workforce + artisan capacity translates into productivity gains noted in NDP economic chapters. National Planning Commission
Enables → competitiveness and higher GDP growth potential.
Attraction of domestic & foreign investment into skill-intensive sectors
NDP links human capital improvements to investment attractiveness. National Planning Commission
Enables → capital to scale production and create jobs.
Expansion of labour-absorbing industries and SME growth
With investment and skills, SMEs and labour-intensive industries expand (NDP economic strategies / IPAP linkages). nstf.org.za+1
Enables → broad-based job creation.
Structured job creation programmes and targeted public investment (infrastructure, green economy)
NDP recommends public investment and sector programmes to catalyse employment. National Planning Commission
Enables → direct jobs plus demand for skilled labour.
Scaled placement & support systems (internships, wage subsidies, YES-style programmes)
NDP/Medium-Term plans and Skills Plans reference youth employability and work-readiness programmes (YES etc.). National Planning Commission+1
Enables → smoother entry for youth into the labour market.
Lower structural unemployment and higher labour force participation
Cumulative effect of Steps 16–21. NDP long-term goal is higher employment to reduce poverty. National Planning Commission
Enables → higher household incomes and spending.
Reduced poverty and inequality (income distribution improves)
Central NDP vision: eliminate poverty and reduce inequality by 2030. Skills → jobs → income equality pathways. National Planning Commission
Enables → better health, education reinvestment, social mobility.
Improved social outcomes: health, nutrition, reduced crime, better civic participation
NDP links economic inclusion to improved social indicators. National Planning Commission
Enables → more stable communities and favourable environment for investment.
Stronger local government and service delivery (capable state to support development)
NDP chapters on building a capable state: better implementation capacity supports all of the above. SALGA
Enables → sustainable, scalable delivery of education and training services.
Continuous upgrading of curricula and R&D links between universities, TVET and industry
NDP promotes stronger research/industry linkages and innovation ecosystems. National Planning Commission
Enables → ongoing responsiveness of skills to future demand.
Emerging high-value industries and knowledge economy growth
With increased STEM graduates and R&D capacity, higher value sectors expand (NDP vision for inclusive growth). National Planning Commission
Enables → resilient, higher-wage employment.
Reskilling and lifelong learning systems to manage technological change
NDP/NSDP emphasise lifelong learning, CETs and workplace training to manage transitions. MerSeta+1
Enables → continued employability and reduced structural unemployment.
Sustained, inclusive economic growth that creates decent jobs at scale
Aggregation of the previous steps: human capital → productivity → investment → jobs consistent with NDP objectives. National Planning Commission
Enables → long-term social goals.
Realisation of the NDP 2030 vision: poverty eradicated, inequality reduced, and a capable, inclusive economy
This is the NDP end vision: a transformed, more equitable South Africa by 2030. The whole chain feeds into this final outcome. National Planning Commission+1
Early steps (1–6) are education system inputs and quality improvements (ECD → primary → secondary MST). These are explicit NDP education objectives and the numeric MST target (450k) is a load-bearing milestone. National Planning Commission
Middle steps (7–16) move into expanding and improving PSET: TVET expansion (25% target), artisan production (30k/year), university expansion (~+70% enrolment), workplace learning and alignment with employers (NSDP/NP-PSET). These directly supply the skilled labour the economy needs. MerSeta+2National Planning Commission+2
Later steps (17–29) are economy-level responses: productivity gains, investment attraction, SME growth, formal job creation programmes, social outcomes and state capability — all explicitly connected in NDP chapters on the economy, infrastructure and capable state. National Planning Commission+1
If you want a prioritised short list of which NDP objectives to accelerate first so the downstream chain is unlocked fastest, the biggest multipliers are:
Universal ECD + foundation literacy/numeracy (Steps 1–3) — without it, later STEM targets are constrained. National Planning Commission
Strengthen maths & science in secondary schools (Steps 5–6) — directly tied to the NDP 450k STEM-eligible target. National Planning Commission
Expand & improve TVET + workplace learning (Steps 8–11) — high leverage for near-term jobs and artisans. MerSeta+1
Align PSET outputs with industry and scale apprenticeships (Steps 10–16) — ensures employability. DHET
National Strategy for Mathematics, Science & Technology (MST) Education (2019–2030) — a national MST strategy and implementation plan to coordinate interventions across GET (General Education and Training) and FET (Further Education & Training). NSTF+1
NDP / NPC targets (450k STEM-eligible learners; university and throughput expansion) — sets the high-level target that drives investment and programme priorities. National Planning Commission+1
Expand and strengthen ECD / Foundation phase numeracy and literacy (so learners enter primary school numerate and literate). The NDP and DBE Action Plans emphasise early learning as foundational to later MST success. Government of South Africa+1
CAPS (Curriculum and Assessment Policy Statement) implementation and updated CAPS-aligned textbooks / teacher guides for Mathematics and Physical Sciences (state textbooks / LTSM). DBE provides teacher guides and learner books aligned to CAPS. Department of Basic Education+1
Provision of digital content and open learner resources (DBE digital content, learner apps, online workbooks, NSC exam prep apps) to support independent and supplementary learning. Department of Basic Education+1
Funza Lushaka Teacher Bursary programme — bursaries and incentives to attract teacher trainees, including priority subject teachers such as maths and physical sciences. funzalushaka.doe.gov.za
Targeted recruitment and placement of MST teachers (eg. Dinaledi & subject-placement units) to match qualified maths and science teachers to schools that need them most. thutong.doe.gov.za+1
Teacher Professional Development (TPD) Master Plan — a national master plan for continuous professional development of teachers, including maths & science subject upskilling across in-service teachers and university teacher-education strengthening. Department of Basic Education
School-based support, mentoring and continuous subject advisor interventions — in-service programs, mentoring, and classroom coaching for MST teachers (part of DBE MST implementation plans). Department of Basic Education+1
Action Plan to 2019 / Schooling 2030 and monitoring frameworks — strengthened diagnostic assessments, tracking of learning outcomes and public reporting to improve teaching quality in maths & science. Department of Basic Education
Dinaledi/High-priority school models and MST learning spaces — historically targeted schools with extra resources, mentoring and learner support in maths & science; DBE continues targeted support models and provincial MST initiatives. thutong.doe.gov.za+1
National and provincial centre programmes / after-school support centres (face-to-face centres, appointment of additional teachers and centre managers to provide after-school/weekend MST support). GCIS/DBE documents refer to establishing centres and appointing staff for subject support. GCIS
University–school partnerships and teacher education links — strengthen preservice and in-service teacher training through cooperation with universities and research institutions; DBE references collaboration for TPD and curriculum support. Department of Basic Education+1
Campaigns to boost participation in maths & physical sciences (encouraging learners to select maths/physical science and supporting them to succeed), linked to NDP numeric targets. National Planning Commission+1
Linking strengthened MST at school to TVET and FET entry — the NDP and NP-PSET emphasis on improving school MST to feed TVET and university STEM pipelines; aligns school outputs to post-school technical training. National Planning Commission+1
Provision/upgrade of science labs, practical apparatus and learning spaces (explicit part of provincial MST implementation plans and DBE LTSM discussions). Lack of labs is a known constraint and is being targeted. Government of South Africa+1
National maths & science competitions, Olympiads and enrichment programmes that identify and nurture talent and motivate learners to take MST subjects. (Referenced in MST strategy discussions and supporting documents.) NSTF+1
Provincial implementation plans and Ministerial task teams — DBE and provinces develop localized MST strategies (the national strategy is implemented provincially through province plans and task teams). Government of South Africa+1
Use of TIMSS and other benchmarks to target interventions — DBE and partners use diagnostic assessments and international studies to prioritise weak areas and inform interventions. Investec+1
Targeted support to increase participation of historically underserved groups (girls, rural learners) in MST streams — reflected in MST strategy and partnership programmes. NSTF+1
Scale up of university capacity for STEM training and research (PhDs, graduates) to ensure a pipeline of maths/science educators and researchers — part of NDP tertiary targets. Government of South Africa+1
Support & coordination of NGO / private sector initiatives (tutoring, digital platforms, STEM hubs) as complements to DBE delivery (e.g., digital apps, learnership programmes highlighted on DBE platforms). Department of Basic Education+1
NDP 2030 — Chapter 9 (Education & training) (sets the 450k STEM-eligible target). National Planning Commission+1
DBE — National Strategy for MST Education (2019–2030) (national plan to coordinate MST work). NSTF+1
DBE Action Plan to 2019 / Schooling 2030 (implementation actions and monitoring frameworks). Department of Basic Education
Teacher Professional Development Master Plan (DBE) (continuous professional development for teachers). Department of Basic Education
DBE digital content & state textbooks / LTSM (CAPS-aligned materials for maths & physical sciences). Department of Basic Education+1
Early investments (ECD → foundation literacy/numeracy) feed primary outcomes; these + teacher quality feed secondary maths & science outcomes (DBE MST strategy). Improved MST outcomes increase the pool of learners eligible for STEM degrees, which is the NDP 450k target — and in turn feeds TVET/university pipelines, artisan output and ultimately jobs (this is the dependency chain you requested earlier). Government of South Africa+1
If you want I can:
extract the specific action items from the DBE National Strategy for MST (2019–2030) into a one-page checklist with exact timelines/outputs (I can pull the named actions and where they live in the strategy), or
map each of the DBE programmes above to the specific NDP objective numbers and create a traceable flow (which school-level activity maps to which NDP KPI).
Which of those two (checklist from the MST strategy, or a mapped trace to NDP objective numbers) would you like next?
You said:
yes dbe national strategy for mst list
ChatGPT said:
Here are key action areas from the Department of Basic Education (DBE)’s “Integrated National Strategy for Mathematics, Science & Technology (MST) Education 2019-2030” (sometimes referred to as “Integrated MST Strategy 2019-2030”), summarised into a checklist of what the strategy proposes (or highlights) to improve maths & science in schools. Note: the full detailed strategy document is not publicly fully available in a single download, but the summary of interventions and “high impact actions” are available through DBE/press releases.
Establishment of dedicated MST Directorates/Institutes at national and provincial level (to lead and coordinate MST strategy). Department of Basic Education+1
Development & rollout of MST Implementation Plans by each Provincial Education Department (PED) with high-impact interventions aligned to the national strategy. Department of Basic Education+1
Review and updating of the MST curriculum offerings (GET and FET) to respond to skills required for the Fourth Industrial Revolution (4IR) and STEM-oriented world. Department of Basic Education
Development of a Mathematics Framework for multi-dimensional teaching (problem-solving, conceptual understanding, creativity) for South African schools. Department of Basic Education
Expansion of access to “focus schools” (Academic, Technical and Occupational schools) and increase accessibility of MST subjects, including technical mathematics, technical sciences, agro-sciences, and technology subjects. Department of Basic Education
Increasing participation and performance in Mathematics and Physical Sciences in the FET phase (Grade 10–12) — reversing declines in participation and improving pass / distinction rates. Department of Basic Education+1
Audit of teacher competency in MST subjects and provision of continuous teacher development (in-service), with specific attention to content knowledge and pedagogy. Department of Basic Education+1
Implementation of an online teacher-development platform (self-directed learning modules) and monitoring of teacher development interventions (impact assessment tools). Department of Basic Education
Strengthening subject‐advisor support to MST teachers (within schools) and school-based mentoring/coaching. Department of Basic Education+1
Introduction and scaling of 21st-century skills (coding, robotics, ocean/marine engineering, aerospace, entrepreneurship) in MST/STEM education. Department of Basic Education
Provision and improvement of laboratory infrastructure, technical workshops, and practical resources for MST/technology subjects. Department of Basic Education+1
Use of diagnostic assessments, national and international benchmarking tools (e.g., TIMSS/SACMEQ) to monitor MST performance and support targeted interventions. Department of Basic Education+1
Utilisation of conditional grants (e.g., MST Conditional Grant) to fund MST-specific improvements, especially in under-resourced schools (Quintile 1-3). Department of Basic Education
Strengthening partnerships with higher education (universities), private sector, NGOs and international partners to support MST education (teacher development, digital content, enrichment). sustainabledevelopment.un.org+1
Prioritising historically disadvantaged schools and underserved learners (rural, girls) for MST support. sustainabledevelopment.un.org
Ensuring nearly all public ordinary high schools offer Mathematics (and Physical Science) and increasing access to MST subjects in FET phase. Government of South Africa+1
Developing and deploying digital learning content/support (e-education) for MST subjects. Department of Basic Education+1
Monitoring of subject uptake, performance, distinction rates and throughput in MST subjects, and setting improvement targets (e.g., 60% math pass target by 2023). Department of Basic Education
What they’re doing
STEM Clubs Network across districts; STEM bootcamps, coding/robotics and STEM enrichment programmes in partnership with Cape Town Science Centre and universities. CTSC+1
Targeted early-grade numeracy pilot and sustained investment in teacher development and LTSM; public reporting on TIMSS / provincial scores. Western Cape Government+1
Awards and improvement programmes for schools (matric awards; focus on improving Bachelor passes and gateway subjects). WCED Online
Performance / read
Western Cape posts among the highest provincial scores for mathematics and science (TIMSS/SEACMEQ and NSC subject performance) and reported the highest provincial matric pass (86.6% in 2024). It is widely cited as one of the better performers on MST outcomes. WCED Online+1
What they’re doing
MST learner camps, district maths/science support, provincial MST awards and conditional-grant programmes; frequent MST events and coordination with universities. National Treasury+1
Broadcast/remote content and teacher professional development drives; district subject advisor strengthening. Provincial Government
Performance / read
Gauteng typically ranks near the top in national assessments (stronger urban schools), but performance varies across districts—high-performing urban schools contrast with weaker township schools. Provincial reporting shows sustained emphasis on MST activities but implementation quality differs by district. WCED Online+1
What they’re doing
Mathematics clinics, orientation & methodology workshops, winter/summer school/support sessions, MST/ICT monitoring and conditional grant utilisation; regular district engagements and MEC-led interventions. KZN Education+1
Performance / read
KZN shows improvement in broad pass rates (but like other large provinces, FET phase MST remains challenging). The 2024 annual report emphasises district-level interventions to address weaknesses in the senior phase. KZN Education
What they’re doing
MST teacher capacitation programmes, district circuit management centre support, expansion of lab/learning support, and implementation of DBE MTbBE language interventions to support comprehension (which feeds MST). Annual reports show extensive MST-targeted activity and emphasis on Bachelor passes. Provincial Government+1
Performance / read
Eastern Cape reported meaningful improvements in mathematics & physical science in recent NSC cycles (the province highlighted improvements in 2024). Still faces infrastructure and capacity constraints in many rural districts, so gains are uneven. ECDOE+1
What they’re doing
MASTEC (Maths, Science & Technology Centres), teacher development and MST conditional grant programmes; annual reports emphasise LTSM, teacher capacitation and infrastructure projects. Provincial Government+1
Performance / read
Limpopo faces typical rural-province constraints (teacher shortages in certain subjects, infrastructure), and outcomes vary widely between districts. Provincial reports highlight progress in access and some pilot interventions but national subject performance remains below top provinces. Provincial Government+1
What they’re doing
Winter/vacation remedial classes, mathematics competitions supported by local partners (e.g., Eskom support), and teacher development initiatives; strategic plan emphasises MST alignment with NDP. Facebook+1
Performance / read
Mpumalanga shows pockets of good practice (local competitions, targeted holiday classes) but overall MST performance is mixed; the province’s matric pass and MST outcomes are improving incrementally per their annual report. Provincial Government
What they’re doing
Provincial maths competitions, targeted interventions for schools in metro districts and ECD expansion to support long-term numeracy; the annual report highlights scaling of focused programmes in high-need schools. Provincial Government
Performance / read
Free State has pockets of strong performance and some high-improving schools; subject performance varies but the PED highlights improvement programmes in its reporting. education.fs.gov.za
What they’re doing
Hosted Inter-Provincial MST Conditional Grant seminar (knowledge-sharing), MST grants used for labs and learner support, district-level maths camps and after-school support. Department of Basic Education+1
Performance / read
North West has invested in grant coordination and district support; as with many provinces, urban/rural disparities and capacity gaps create uneven MST results across districts. Provincial Government
What they’re doing
Use of MST conditional grant, targeted school support, teacher PD and infrastructure upgrades (reported in provincial plans and annual reports). Provincial Government+1
Performance / read
Northern Cape’s small candidate numbers make aggregate metrics volatile; subject performance has been variable and the province continues with targeted MST and infrastructure interventions. Matric College+1
NSC 2024 national subject performance: Mathematics pass improved nationally (69.1% in 2024 vs 63.5% in 2023); Physical Science pass ~75.6% (NSC 2024 Examination Report). Provincial subject and NTCP (Bachelor pass) patterns are in the DBE NSC and provincial result reports—Western Cape recorded some of the strongest subject pass rates in 2024. Use the DBE 2024 NSC Examination Report and provincial NSC result releases for detailed province-by-province subject breakouts. Department of Basic Education+1
Doing comparatively well: Western Cape (systematic STEM clubs, strong TIMSS/SEACMEQ provincial scores, high NSC pass & subject results); Gauteng shows strong pockets (urban schools) and active MST programming. WCED Online+1
Making measurable improvement: Eastern Cape reported improvements in maths & physical science in 2024 and has explicit MST upskilling programmes. ECDOE+1
Struggling / uneven performance: Several rural provinces (parts of Limpopo, parts of North West, Northern Cape and some areas of Mpumalanga) still show uneven MST results due to infrastructure, teacher supply and capacity constraints — provincial reports flag these challenges. Use individual provincial annual reports for district-level detail. Provincial Government+1
DBE — 2024 NSC Examination Report / 2024 NSC School Performance Report (subject pass rates and provincial breakdowns). Department of Basic Education
Western Cape Education (WCED) — STEM pages, Strategic Plan & Matric 2024 releases (shows programs and results). Western Cape Government+1
Provincial Annual Reports / Strategic Plans (2023/24 and 2024/25) — each PED publishes an annual report detailing MST activities (examples linked above for KZN, Limpopo, Eastern Cape, Mpumalanga, Free State, North West). KZN Education+2Limpopo Government+2
DBE archived MST pages — national MST strategy and conditional grant seminar notes. Department of Basic Education+1
National Strategy for Mathematics, Science & Technology (MST) Education (2019–2030) — a national MST strategy and implementation plan to coordinate interventions across GET (General Education and Training) and FET (Further Education & Training). NSTF+1
NDP / NPC targets (450k STEM-eligible learners; university and throughput expansion) — sets the high-level target that drives investment and programme priorities. National Planning Commission+1
Expand and strengthen ECD / Foundation phase numeracy and literacy (so learners enter primary school numerate and literate). The NDP and DBE Action Plans emphasise early learning as foundational to later MST success. Government of South Africa+1
CAPS (Curriculum and Assessment Policy Statement) implementation and updated CAPS-aligned textbooks / teacher guides for Mathematics and Physical Sciences (state textbooks / LTSM). DBE provides teacher guides and learner books aligned to CAPS. Department of Basic Education+1
Provision of digital content and open learner resources (DBE digital content, learner apps, online workbooks, NSC exam prep apps) to support independent and supplementary learning. Department of Basic Education+1
Funza Lushaka Teacher Bursary programme — bursaries and incentives to attract teacher trainees, including priority subject teachers such as maths and physical sciences. funzalushaka.doe.gov.za
Targeted recruitment and placement of MST teachers (eg. Dinaledi & subject-placement units) to match qualified maths and science teachers to schools that need them most. thutong.doe.gov.za+1
Teacher Professional Development (TPD) Master Plan — a national master plan for continuous professional development of teachers, including maths & science subject upskilling across in-service teachers and university teacher-education strengthening. Department of Basic Education
School-based support, mentoring and continuous subject advisor interventions — in-service programs, mentoring, and classroom coaching for MST teachers (part of DBE MST implementation plans). Department of Basic Education+1
Action Plan to 2019 / Schooling 2030 and monitoring frameworks — strengthened diagnostic assessments, tracking of learning outcomes and public reporting to improve teaching quality in maths & science. Department of Basic Education
Dinaledi/High-priority school models and MST learning spaces — historically targeted schools with extra resources, mentoring and learner support in maths & science; DBE continues targeted support models and provincial MST initiatives. thutong.doe.gov.za+1
National and provincial centre programmes / after-school support centres (face-to-face centres, appointment of additional teachers and centre managers to provide after-school/weekend MST support). GCIS/DBE documents refer to establishing centres and appointing staff for subject support. GCIS
University–school partnerships and teacher education links — strengthen preservice and in-service teacher training through cooperation with universities and research institutions; DBE references collaboration for TPD and curriculum support. Department of Basic Education+1
Campaigns to boost participation in maths & physical sciences (encouraging learners to select maths/physical science and supporting them to succeed), linked to NDP numeric targets. National Planning Commission+1
Linking strengthened MST at school to TVET and FET entry — the NDP and NP-PSET emphasis on improving school MST to feed TVET and university STEM pipelines; aligns school outputs to post-school technical training. National Planning Commission+1
Provision/upgrade of science labs, practical apparatus and learning spaces (explicit part of provincial MST implementation plans and DBE LTSM discussions). Lack of labs is a known constraint and is being targeted. Government of South Africa+1
National maths & science competitions, Olympiads and enrichment programmes that identify and nurture talent and motivate learners to take MST subjects. (Referenced in MST strategy discussions and supporting documents.) NSTF+1
Provincial implementation plans and Ministerial task teams — DBE and provinces develop localized MST strategies (the national strategy is implemented provincially through province plans and task teams). Government of South Africa+1
Use of TIMSS and other benchmarks to target interventions — DBE and partners use diagnostic assessments and international studies to prioritise weak areas and inform interventions. Investec+1
Targeted support to increase participation of historically underserved groups (girls, rural learners) in MST streams — reflected in MST strategy and partnership programmes. NSTF+1
Scale up of university capacity for STEM training and research (PhDs, graduates) to ensure a pipeline of maths/science educators and researchers — part of NDP tertiary targets. Government of South Africa+1
Support & coordination of NGO / private sector initiatives (tutoring, digital platforms, STEM hubs) as complements to DBE delivery (e.g., digital apps, learnership programmes highlighted on DBE platforms). Department of Basic Education+1
NDP 2030 — Chapter 9 (Education & training) (sets the 450k STEM-eligible target). National Planning Commission+1
DBE — National Strategy for MST Education (2019–2030) (national plan to coordinate MST work). NSTF+1
DBE Action Plan to 2019 / Schooling 2030 (implementation actions and monitoring frameworks). Department of Basic Education
Teacher Professional Development Master Plan (DBE) (continuous professional development for teachers). Department of Basic Education
DBE digital content & state textbooks / LTSM (CAPS-aligned materials for maths & physical sciences). Department of Basic Education+1
Early investments (ECD → foundation literacy/numeracy) feed primary outcomes; these + teacher quality feed secondary maths & science outcomes (DBE MST strategy). Improved MST outcomes increase the pool of learners eligible for STEM degrees, which is the NDP 450k target — and in turn feeds TVET/university pipelines, artisan output and ultimately jobs (this is the dependency chain you requested earlier). Government of South Africa+1
If you want I can:
extract the specific action items from the DBE National Strategy for MST (2019–2030) into a one-page checklist with exact timelines/outputs (I can pull the named actions and where they live in the strategy), or
map each of the DBE programmes above to the specific NDP objective numbers and create a traceable flow (which school-level activity maps to which NDP KPI).
Which of those two (checklist from the MST strategy, or a mapped trace to NDP objective numbers) would you like next?
You said:
yes dbe national strategy for mst list
ChatGPT said:
Here are key action areas from the Department of Basic Education (DBE)’s “Integrated National Strategy for Mathematics, Science & Technology (MST) Education 2019-2030” (sometimes referred to as “Integrated MST Strategy 2019-2030”), summarised into a checklist of what the strategy proposes (or highlights) to improve maths & science in schools. Note: the full detailed strategy document is not publicly fully available in a single download, but the summary of interventions and “high impact actions” are available through DBE/press releases.
Establishment of dedicated MST Directorates/Institutes at national and provincial level (to lead and coordinate MST strategy). Department of Basic Education+1
Development & rollout of MST Implementation Plans by each Provincial Education Department (PED) with high-impact interventions aligned to the national strategy. Department of Basic Education+1
Review and updating of the MST curriculum offerings (GET and FET) to respond to skills required for the Fourth Industrial Revolution (4IR) and STEM-oriented world. Department of Basic Education
Development of a Mathematics Framework for multi-dimensional teaching (problem-solving, conceptual understanding, creativity) for South African schools. Department of Basic Education
Expansion of access to “focus schools” (Academic, Technical and Occupational schools) and increase accessibility of MST subjects, including technical mathematics, technical sciences, agro-sciences, and technology subjects. Department of Basic Education
Increasing participation and performance in Mathematics and Physical Sciences in the FET phase (Grade 10–12) — reversing declines in participation and improving pass / distinction rates. Department of Basic Education+1
Audit of teacher competency in MST subjects and provision of continuous teacher development (in-service), with specific attention to content knowledge and pedagogy. Department of Basic Education+1
Implementation of an online teacher-development platform (self-directed learning modules) and monitoring of teacher development interventions (impact assessment tools). Department of Basic Education
Strengthening subject‐advisor support to MST teachers (within schools) and school-based mentoring/coaching. Department of Basic Education+1
Introduction and scaling of 21st-century skills (coding, robotics, ocean/marine engineering, aerospace, entrepreneurship) in MST/STEM education. Department of Basic Education
Provision and improvement of laboratory infrastructure, technical workshops, and practical resources for MST/technology subjects. Department of Basic Education+1
Use of diagnostic assessments, national and international benchmarking tools (e.g., TIMSS/SACMEQ) to monitor MST performance and support targeted interventions. Department of Basic Education+1
Utilisation of conditional grants (e.g., MST Conditional Grant) to fund MST-specific improvements, especially in under-resourced schools (Quintile 1-3). Department of Basic Education
Strengthening partnerships with higher education (universities), private sector, NGOs and international partners to support MST education (teacher development, digital content, enrichment). sustainabledevelopment.un.org+1
Prioritising historically disadvantaged schools and underserved learners (rural, girls) for MST support. sustainabledevelopment.un.org
Ensuring nearly all public ordinary high schools offer Mathematics (and Physical Science) and increasing access to MST subjects in FET phase. Government of South Africa+1
Developing and deploying digital learning content/support (e-education) for MST subjects. Department of Basic Education+1
Monitoring of subject uptake, performance, distinction rates and throughput in MST subjects, and setting improvement targets (e.g., 60% math pass target by 2023). Department of Basic Education
If you like, I can pull out from the strategy document the actual targets and timelines (where publicly available) for each of those action areas (for example: number of labs to be upgraded, % of maths teachers to receive PD, target participation % in Grade 12 maths by year). Would you like me to extract that?
You said:
yes actual targets and timelines
ChatGPT said:
Here are some actual targets and timelines drawn from key sources for the Department of Basic Education’s (DBE) MST (Mathematics, Science & Technology) strategy in South Africa. Note: many targets are high-level, and timelines may be interim or aspirational.
Target
Timeline / Year
Notes / Source
Increase number of Grade 12 learners eligible for a bachelor’s programme with Maths & Science to 300 000 by 2024; and ultimately 450 000 by 2030. NSTF+3Department of Basic Education+3Department of Basic Education+3
2024 / 2030
Baseline was ~120 767 learners in 2011. Department of Basic Education+1
Increase in number of learners achieving 60% or more in Mathematics and Physical Science (NSC) as part of the Medium-Term Strategic Framework (MTSF) 2019-2024. Moonstone+2Department of Basic Education+2
By 2024
The threshold (60%) is used by universities for STEM entry. Studocu+1
For Grades 3, 6 & 9: achieve 90% of learners attaining at least 50% in language and numeracy (which supports MST pipeline) under the MST Strategy. Department of Basic Education
Ongoing towards 2030
This is a foundational target to support later MST success.
Mathematics target for 2023: attain an average pass rate of 60% (from ~55% in 2022) in high-school mathematics as part of the MST strategy. Department of Basic Education
Year 2023
Part of the strategy “Year of Mathematics” focus.
Development of the National Mathematics Improvement Plan (NMIP) for implementation in the period 2025-2030 to improve participation, performance and quality passes in Mathematics. Department of Basic Education
2025–2030
A ten-year plan specific to mathematics improvement.
The MST Strategy (2019-2030) is structured to align with the high-level 2030 targets. ECSECC+1
For Physical Science, improvement has been slower and the strategy acknowledges that participation and performance remain a concern. Department of Basic Education+1
Some provincial implementation plans and grants (MST Conditional Grant) support these targets though they may not list all numeric milestones publicly. School Click+1
If you like, I can compile a full table of all measurable indicators listed in the MST Strategy (2019-2030) or in the MST Sector Plan (if available) – noting where numeric targets are given, and where only qualitative goals exist.
You said:
list what each provincial education department has been doing in terms of maths and science improvement at schools, who is doing what who is doing well, not so well, what are they doing
ChatGPT said:
Thought for 54s
Good — I pulled together a province-by-province snapshot of what each Provincial Education Department (PED) has been doing to improve mathematics & science in schools, plus a short, evidence-based read on who’s doing relatively well and where problems persist. I relied on each province’s latest strategic/annual reports, DBE national MST material and the 2024 NSC/School Performance reporting to support comparative claims. I’ve cited the main sources so you can dig into the original documents.
Quick note: provincial programmes are often variations on the national MST menu (teacher PD, learner camps/holiday classes, conditional-grant funded lab upgrades, STEM clubs/bootcamps, subject advisor support). The differences are in scale, implementation quality and local partnerships — which I highlight below with citations. Department of Basic Education+1
What they’re doing
STEM Clubs Network across districts; STEM bootcamps, coding/robotics and STEM enrichment programmes in partnership with Cape Town Science Centre and universities. CTSC+1
Targeted early-grade numeracy pilot and sustained investment in teacher development and LTSM; public reporting on TIMSS / provincial scores. Western Cape Government+1
Awards and improvement programmes for schools (matric awards; focus on improving Bachelor passes and gateway subjects). WCED Online
Performance / read
Western Cape posts among the highest provincial scores for mathematics and science (TIMSS/SEACMEQ and NSC subject performance) and reported the highest provincial matric pass (86.6% in 2024). It is widely cited as one of the better performers on MST outcomes. WCED Online+1
What they’re doing
MST learner camps, district maths/science support, provincial MST awards and conditional-grant programmes; frequent MST events and coordination with universities. National Treasury+1
Broadcast/remote content and teacher professional development drives; district subject advisor strengthening. Provincial Government
Performance / read
Gauteng typically ranks near the top in national assessments (stronger urban schools), but performance varies across districts—high-performing urban schools contrast with weaker township schools. Provincial reporting shows sustained emphasis on MST activities but implementation quality differs by district. WCED Online+1
What they’re doing
Mathematics clinics, orientation & methodology workshops, winter/summer school/support sessions, MST/ICT monitoring and conditional grant utilisation; regular district engagements and MEC-led interventions. KZN Education+1
Performance / read
KZN shows improvement in broad pass rates (but like other large provinces, FET phase MST remains challenging). The 2024 annual report emphasises district-level interventions to address weaknesses in the senior phase. KZN Education
What they’re doing
MST teacher capacitation programmes, district circuit management centre support, expansion of lab/learning support, and implementation of DBE MTbBE language interventions to support comprehension (which feeds MST). Annual reports show extensive MST-targeted activity and emphasis on Bachelor passes. Provincial Government+1
Performance / read
Eastern Cape reported meaningful improvements in mathematics & physical science in recent NSC cycles (the province highlighted improvements in 2024). Still faces infrastructure and capacity constraints in many rural districts, so gains are uneven. ECDOE+1
What they’re doing
MASTEC (Maths, Science & Technology Centres), teacher development and MST conditional grant programmes; annual reports emphasise LTSM, teacher capacitation and infrastructure projects. Provincial Government+1
Performance / read
Limpopo faces typical rural-province constraints (teacher shortages in certain subjects, infrastructure), and outcomes vary widely between districts. Provincial reports highlight progress in access and some pilot interventions but national subject performance remains below top provinces. Provincial Government+1
What they’re doing
Winter/vacation remedial classes, mathematics competitions supported by local partners (e.g., Eskom support), and teacher development initiatives; strategic plan emphasises MST alignment with NDP. Facebook+1
Performance / read
Mpumalanga shows pockets of good practice (local competitions, targeted holiday classes) but overall MST performance is mixed; the province’s matric pass and MST outcomes are improving incrementally per their annual report. Provincial Government
What they’re doing
Provincial maths competitions, targeted interventions for schools in metro districts and ECD expansion to support long-term numeracy; the annual report highlights scaling of focused programmes in high-need schools. Provincial Government
Performance / read
Free State has pockets of strong performance and some high-improving schools; subject performance varies but the PED highlights improvement programmes in its reporting. education.fs.gov.za
What they’re doing
Hosted Inter-Provincial MST Conditional Grant seminar (knowledge-sharing), MST grants used for labs and learner support, district-level maths camps and after-school support. Department of Basic Education+1
Performance / read
North West has invested in grant coordination and district support; as with many provinces, urban/rural disparities and capacity gaps create uneven MST results across districts. Provincial Government
What they’re doing
Use of MST conditional grant, targeted school support, teacher PD and infrastructure upgrades (reported in provincial plans and annual reports). Provincial Government+1
Performance / read
Northern Cape’s small candidate numbers make aggregate metrics volatile; subject performance has been variable and the province continues with targeted MST and infrastructure interventions. Matric College+1
NSC 2024 national subject performance: Mathematics pass improved nationally (69.1% in 2024 vs 63.5% in 2023); Physical Science pass ~75.6% (NSC 2024 Examination Report). Provincial subject and NTCP (Bachelor pass) patterns are in the DBE NSC and provincial result reports—Western Cape recorded some of the strongest subject pass rates in 2024. Use the DBE 2024 NSC Examination Report and provincial NSC result releases for detailed province-by-province subject breakouts. Department of Basic Education+1
Doing comparatively well: Western Cape (systematic STEM clubs, strong TIMSS/SEACMEQ provincial scores, high NSC pass & subject results); Gauteng shows strong pockets (urban schools) and active MST programming. WCED Online+1
Making measurable improvement: Eastern Cape reported improvements in maths & physical science in 2024 and has explicit MST upskilling programmes. ECDOE+1
Struggling / uneven performance: Several rural provinces (parts of Limpopo, parts of North West, Northern Cape and some areas of Mpumalanga) still show uneven MST results due to infrastructure, teacher supply and capacity constraints — provincial reports flag these challenges. Use individual provincial annual reports for district-level detail. Provincial Government+1
DBE — 2024 NSC Examination Report / 2024 NSC School Performance Report (subject pass rates and provincial breakdowns). Department of Basic Education
Western Cape Education (WCED) — STEM pages, Strategic Plan & Matric 2024 releases (shows programs and results). Western Cape Government+1
Provincial Annual Reports / Strategic Plans (2023/24 and 2024/25) — each PED publishes an annual report detailing MST activities (examples linked above for KZN, Limpopo, Eastern Cape, Mpumalanga, Free State, North West). KZN Education+2Limpopo Government+2
DBE archived MST pages — national MST strategy and conditional grant seminar notes. Department of Basic Education+1
If you’d like I can now:
Produce a table listing — for each province — the exact programmes (teacher PD, learner camps, conditional grant uses, STEM clubs), the budget lines (where published), and direct links to the pages in their annual reports (ready for download); or
Drill into one or two provinces you care most about (e.g., Eastern Cape and Limpopo) and extract district-level MST actions and measurable indicators (lab upgrades, number of teachers trained, winter school attendance, subject pass rates).
100 ways to improve maths and science in rich, average and poor schools
Perfect — here’s a comprehensive, practical and strategic list of 100 ways to improve Maths & Science education, grouped by school resource level: Rich Schools, Average Schools, and Poor Schools.
The list draws on best practice from South Africa’s DBE MST Strategy, NDP 2030 priorities, OECD, UNESCO STEM frameworks, and lessons from top-performing systems like Singapore, Finland, and South Korea.
Focus: Innovation, advanced application, global competitiveness, mentoring weaker schools.
Integrate AI, data science, and coding into maths/science lessons.
Introduce Cambridge STEM benchmarks alongside CAPS.
Offer advanced placement (AP) maths and science options.
Run interdisciplinary projects linking maths, physics, and robotics.
Implement inquiry-based learning rather than rote teaching.
Encourage independent research projects with mentorship from scientists.
Use simulation labs for chemistry and physics experiments.
Link with local universities for extension programmes.
Integrate entrepreneurship and innovation challenges using STEM principles.
Support teachers to publish in academic or teaching journals.
Host national maths & science Olympiads on campus.
Establish peer tutoring programmes for community outreach.
Create maker spaces with 3D printers, robotics kits, and Arduino boards.
Launch STEM mentorship programmes with alumni and professionals.
Fund science fairs with business sponsorships.
Provide one-on-one maths coaching for struggling learners.
Introduce career shadowing at tech companies or research labs.
Host TED-style STEM talks by learners and guest scientists.
Implement data-driven personalised learning analytics.
Offer scholarships for high-performing learners from poor schools.
Fund teachers for international STEM conferences.
Run in-house lesson study teams to analyse teaching methods.
Introduce AI-based formative assessment tools for teaching feedback.
Partner with teacher education faculties to mentor pre-service teachers.
Require annual innovation projects per teacher (e.g., new teaching app).
Partner with township schools for STEM outreach days.
Sponsor mobile science labs for under-resourced areas.
Host inter-school coding tournaments.
Build regional centres of excellence for shared teacher training.
Develop bilingual maths/science materials for shared use.
Offer Saturday schools for disadvantaged learners.
Create “adopt-a-school” STEM partnerships.
Run public science exhibitions linked to UN SDG goals.
Focus: Efficiency, practical innovation, consistent teacher development.
Strengthen conceptual understanding using concrete–representational–abstract (CRA) teaching.
Use low-cost experiments with household materials.
Standardise diagnostic tests every term for early detection of gaps.
Introduce collaborative lesson planning across grades.
Allocate dedicated STEM teaching periods beyond CAPS minimum.
Introduce flipped classroom methods using WhatsApp/YouTube.
Use DBE-approved MST apps for daily practice (e.g., Siyavula).
Use English across STEM subjects while providing multilingual support.
Establish weekly maths clubs with competitions.
Implement “STEM week” every term for project showcases.
Introduce gamified learning systems (e.g., Kahoot, Quizziz).
Offer online tutoring support during exams.
Train teachers on mathematical reasoning and problem-solving strategies.
Use video-lesson analysis for peer review.
Set up subject WhatsApp groups for collaboration.
Run district-level MST teacher networks.
Require annual short courses (through SACE/UNISA/UCT) in pedagogy.
Create shared teaching resource repositories.
Encourage teachers to enter DBE Teaching Awards.
Offer time-incentive rewards for improved learner results.
Introduce mentorship pairs between senior and new teachers.
Provide access to national MST webinars.
Introduce after-school MST clubs.
Run peer tutoring sessions led by top learners.
Organise weekend and holiday revision camps.
Use radio and community TV for maths lessons.
Provide free data bundles for STEM e-learning.
Partner with TVET colleges for technical exposure.
Implement real-world contextual projects (e.g., renewable energy model).
Celebrate top MST learners publicly.
Appoint a STEM coordinator at each school.
Partner with local industries (mines, banks, farms) for STEM resources.
Participate in district-wide performance improvement clusters.
Focus: Access, teacher capacity, basic resources, community mobilisation.
Ensure electricity and internet access (DBE–DTPS collaboration).
Deploy mobile science labs (MST Grant funded).
Provide solar-powered smart boards or projectors.
Distribute DBE Maths & Science Kits.
Use low-cost teaching aids (e.g., bottle rockets, string models).
Establish shared cluster laboratories.
Provide printed worksheets where devices are unavailable.
Use community halls as evening learning centres.
Recruit specialist MST teacher coaches to rotate among schools.
Fund district MST mentorship programmes.
Provide teacher bursaries for upgrading qualifications (NQF 6–7).
Create “train-the-trainer” MST hubs at district level.
Ensure subject advisors visit each school monthly.
Launch mobile teacher-training buses (DBE/SETA collaboration).
Distribute teacher handbooks with step-by-step lesson guides.
Introduce “model classroom” demonstrations.
Enable remote lessons via radio or WhatsApp voice notes.
Start daily numeracy warm-up routines in all grades.
Use story-based maths lessons to aid understanding.
Organise community maths competitions.
Hold “Science Friday” demonstrations using recycled materials.
Offer breakfast or nutrition programmes to improve attention.
Introduce attendance incentives for STEM subjects.
Recruit volunteer university tutors via partnerships (YES, FFS, SETA).
Use peer-to-peer micro-teaching for comprehension.
Integrate local contexts into problem examples (e.g., farming maths).
Start girls-in-STEM clubs to balance gender participation.
Establish school–community STEM committees.
Use local business sponsorships (hardware stores, banks) for science kits.
Encourage parents to attend numeracy evenings.
Launch district-level mobile MST units for catch-up programmes.
Integrate MST goals into School Improvement Plans (SIPs).
Apply for MST conditional grants and track usage transparently.
Align all interventions with NDP 2030 target of 450 000 STEM-eligible learners.
Turn this into a three-tier policy matrix linking each of the 100 ideas to NDP 2030 objectives, SETA/DBE funding streams, and responsible agencies (DBE, DHET, SETA, NSFAS, corporate CSI).
Would you like me to create that next?
Let’s break down the SACE teacher professional path — including the minimum qualifications, registration steps, and professional development requirements as per the South African Council for Educators (SACE) and the Department of Basic Education (DBE) framework.
SACE (South African Council for Educators) is a statutory body established under the SACE Act No. 31 of 2000.
It regulates the teaching profession, ensuring that all teachers:
Are professionally registered,
Adhere to a Code of Professional Ethics, and
Engage in Continuous Professional Teacher Development (CPTD).
This pathway outlines how one becomes a fully qualified, registered professional teacher in South Africa.
Stage
Description
Qualification / Requirement
Outcome
Step 1: Academic Qualification
Complete a recognised teacher education programme accredited by CHE (Council on Higher Education) and registered on SAQA.
Either:
• Bachelor of Education (B.Ed) — 4 years, OR
• Postgraduate Certificate in Education (PGCE) — 1 year after a bachelor’s degree in a relevant subject.
Academic eligibility to register with SACE.
Step 2: Practical Teaching Experience
Usually includes Work-Integrated Learning (WIL) — teaching practice in real classrooms.
Minimum required hours as per university programme (typically 20–24 weeks).
Demonstrates classroom competence.
Step 3: SACE Registration
Apply to SACE with qualification proof, ID, police clearance, and transcripts.
Pay registration fee (~R400 once-off).
Receive SACE registration certificate and number — legally required to teach.
Step 4: Induction & Probation (1–2 years)
Serve under a school (public or private). The principal and SMT evaluate readiness and performance.
Mentorship, performance appraisal, professional ethics compliance.
Confirmation of permanent appointment and probation completion.
Step 5: CPTD (Continuous Professional Teacher Development)
After registration, all teachers must accumulate 150 CPTD points every 3 years.
Engage in approved activities: workshops, short courses, mentoring, research, etc.
Maintain “Good Standing” with SACE.
Step 6: Career Progression & Specialisation
Teachers can progress into levels: Senior Teacher, Departmental Head, Deputy Principal, Principal, or Subject Specialist.
Performance appraisals + further studies (e.g., Honours, Master’s, ACE, NPDE).
Leadership roles or advanced specialist status.
Phase
Minimum Qualification
NQF Level
Early Childhood Development (ECD)
Diploma in Grade R or B.Ed Foundation Phase
NQF 6–7
Foundation Phase (Grades R–3)
B.Ed Foundation Phase
NQF 7
Intermediate Phase (Grades 4–6)
B.Ed Intermediate Phase
NQF 7
Senior & FET Phase (Grades 7–12)
B.Ed Senior & FET, or BA/BSc + PGCE
NQF 7
Technical or Vocational (TVET colleges)
Teaching qualification + trade/industry qualification
NQF 7–8
By law, only teachers with a minimum NQF Level 7 qualification (equivalent to a 4-year degree) can be permanently employed in public schools.
SACE manages this system to ensure teachers continue learning and improving.
Type of Activity
Examples
Points
Type 1 (Teacher-initiated)
Reading journals, attending online webinars, mentoring peers
5–10 points each
Type 2 (School-initiated)
Staff development sessions, PLC meetings, internal workshops
10–15 points
Type 3 (Externally initiated)
SETA, SACE, or university-accredited courses
15–30 points
Requirement
Total of 150 points every 3 years
Mandatory to stay in good standing
Failure to meet CPTD requirements can affect renewal or promotion eligibility.
Post Level
Role
Typical Qualification / Experience
Level 1
Teacher / Educator
B.Ed or PGCE + registration
Level 2
Departmental Head
B.Ed + 5 years’ experience + performance record
Level 3
Deputy Principal
Leadership certification + proven management
Level 4
Principal
Advanced qualification (ACE: School Leadership, or B.Ed Honours)
Specialist Path
Curriculum Advisor / Subject Specialist / Mentor Teacher
B.Ed Honours or Master’s + CPTD evidence
All registered teachers must:
Uphold learners’ rights and dignity.
Maintain confidentiality and impartiality.
Avoid sexual misconduct, discrimination, or negligence.
Model lifelong learning and integrity.
Breaches can lead to disciplinary hearings and deregistration.
Teachers can pursue:
Advanced Diploma in Education (e.g., in Inclusive Education or STEM Teaching)
B.Ed (Honours) → Master of Education (M.Ed) → Doctorate (PhD)
ACE in School Leadership → For management roles.
Professional registration in ECD, TVET, or Higher Education via SAQA alignment.
To become and remain a teacher in South Africa, you must:
Hold an accredited teaching qualification (NQF 7 minimum).
Register with SACE.
Complete probation and induction.
Earn CPTD points every 3 years.
Follow SACE’s Code of Ethics.
Continue developing through training, mentorship, and postgraduate study.