From Hanoi to Harare: Comparing Vietnam’s STEM Education Model with Africa’s Emerging Reforms - Interdisciplinary Research Journal and Archives

What Vietnam’s Skills Revolution Can – and Cannot – Teach African Countries About Building a STEM-Ready Generation

This article compares Vietnam’s STEM education model with ongoing STEM reforms in African countries, highlighting lessons, limits, and realistic pathways for adaptation. Drawing on recent UNESCO, World Bank, and research studies, it explains how Vietnam’s new general education curriculum (2018), its technical and vocational education and training (TVET) reforms, and its national science, technology and innovation (STI) strategy are reshaping skills formation.

It then contrasts these developments with Africa’s STEM challenges and initiatives, including Agenda 2063, UNESCO–African Union strategies, and national reforms in countries like Kenya, Ghana, and Rwanda. With embedded weblinks, comparative tables, and perspectives from scholars and critics, this article offers a practical roadmap for policymakers, educators, and donors interested in STEM education in Vietnam and Africa.

1. Why Compare Vietnam and Africa on STEM?

STEM education—science, technology, engineering, and mathematics—is now central to debates about economic transformation in both Vietnam and Africa. The African Union’s Agenda 2063 and the UN’s policy briefs emphasize that Africa needs millions more engineers, technicians, and digital professionals if it is to industrialize, adapt to climate change, and seize digital opportunities. UNESCO and the African Union Commission warn that, despite progress, Africa still faces severe STEM challenges: inadequate infrastructure, shortages of qualified teachers, and persistent gender gaps.

Vietnam, by contrast, is often described as a skills and export powerhouse in Southeast Asia. After Đổi Mới economic reforms, it invested heavily in basic education, literacy, and later in technical and vocational education and training (TVET), helping to attract foreign direct investment and develop competitive manufacturing. World Bank reports on Vietnam’s skills and higher education systems stress how policy makers deliberately aligned education with an export-oriented growth strategy.

Comparing Vietnam’s STEM path with Africa’s reforms does not imply that Africa should “copy” Vietnam. Rather, the goal is to identify concrete, context-sensitive lessons: What aspects of Vietnam’s STEM and TVET policies seem to work, what criticisms exist, and which elements are actually transferable to diverse African settings?

2. Vietnam’s STEM Model: Curriculum, TVET, and Innovation

2.1 The 2018 General Education Curriculum and STEM Integration

Vietnam’s 2018 General Education Curriculum (GEC), rolled out from 2020–2021 onwards, represents a major shift away from rote learning toward competency-based education, with a strong emphasis on STEM and practical problem solving.

Recent research shows that:

• STEM is officially embedded in the new curriculum as an approach that links scientific concepts to real-life situations and project-based learning.
• Schools are encouraged to design integrated STEM topics, such as combining physics, math, and technology to build simple machines or environmental monitoring projects.
• However, implementation remains uneven: a 2024 study on Vietnam’s STEM education landscape found that only about one-quarter of high schools offered structured STEM programmes, with many activities still limited to extracurricular clubs rather than fully integrated lessons.

A recent qualitative study of STEM transfer to Vietnam argues that the country has benefited from importing international STEM concepts, but also faces tensions between imported models and local teaching cultures.

2.2 TVET Reforms and Skills for Industry 4.0

Vietnam’s TVET reforms run in parallel with school-level STEM changes. The Asian Development Bank and other assessments show that since the Law of Vocational Training (2006), Vietnam has positioned TVET as a critical driver of productivity and international competitiveness.

Key features include:

• A multi-layered system of vocational schools, colleges, and training centres linked to labour-market needs.
• Ambitions that up to 80% of the labour force will receive some form of training, with TVET reforms explicitly tied to industrial upgrading and integration into global value chains.
• Increasing interest in e-learning and blended TVET, especially following COVID-19, with World Bank support for national e-learning platforms.

The World Bank’s “Skilling up Vietnam” reports and its Science, Technology and Innovation (STI) country study highlight that Vietnam’s growth strategy relies on continuously upgrading human capital, especially in technical fields.

2.3 Scholarly Critiques of Vietnam’s STEM and TVET

Vietnam’s model attracts both praise and criticism from researchers:

• Strengths: high basic literacy and numeracy, strong government commitment, and clear alignment between education and economic strategy.
• Weaknesses:
  • Implementation gaps: policy rhetoric about STEM is ahead of classroom reality, with many teachers lacking training and equipment.
  • TVET quality and equity: educators surveyed in one study questioned whether current TVET approaches adequately serve workers’ needs and warned about possible mistrust between government, schools, and employers.
  • Risk of excessive narrowness: some critics argue that focusing heavily on narrow technical skills, without broader critical thinking and civic education, could limit adaptability in a volatile global economy.

In short, Vietnam offers a dynamic but imperfect STEM model, still in evolution.

3. Africa’s STEM Reforms: Ambition Amid Constraints

3.1 Continental Strategies and Political Momentum

Africa’s STEM agenda is guided by high-level frameworks such as Agenda 2063 and the Continental Education Strategy for Africa (CESA). UNESCO and the UN Office of the Special Adviser on Africa highlight STEM as a key lever for innovation, industrialization, and job creation.

Recent developments include:

• The 2024–2025 “Transforming STEM in Africa” conference and concept note, calling for major investments in infrastructure, teacher training, and gender inclusion.
• Repeated calls from the UN Economic Commission for Africa to “prioritize STEM to grow and retain scientific skills” on the continent.

A World Bank blog estimates that Sub-Saharan Africa alone needs around 2.5 million additional engineers to meet infrastructure and development goals, underscoring the scale of the challenge.

3.2 Persistent Obstacles

Despite political momentum, structural obstacles remain:

• Inadequate infrastructure: Many schools lack laboratories, reliable electricity, and internet access, which are essential for hands-on STEM.
• Teacher shortages: There are not enough qualified science and math teachers, and many receive little continuous professional development.
• Inequities and exclusion: Systemic barriers—poverty, gender norms, conflict, disability, rural isolation—exclude large groups from STEM pathways, narrowing the talent pool.

UNESCO’s series of articles on STEM in Africa provide accessible overviews of these issues and highlight promising initiatives such as mentorship programmes, scholarships for underrepresented groups, and STEM hubs.

3.3 Emerging African STEM and TVET Initiatives

There are, however, encouraging signs of African-led innovation:

• Curriculum reforms in countries such as Kenya, Rwanda, and Ghana, moving toward competency-based and STEM-oriented curricula.
• Africa Centers of Excellence funded by the World Bank, focusing on STEM disciplines and applied research.
• National programmes supporting coding in schools, robotics clubs, and digital skills boot camps, often in partnership with private companies and NGOs.

Africa’s STEM agenda is therefore moving, but at an uneven pace and from a more constrained starting point than Vietnam’s.

4. Vietnam vs Africa: A Comparative Snapshot

Table 1. Vietnam’s STEM and TVET Model vs Africa’s Emerging Reforms

5. What African Policymakers Can—and Cannot—Borrow from Vietnam

5.1 Transferable Lessons

Lesson 1: Align STEM reforms with a clear economic vision
Vietnam’s skills reforms are anchored in a coherent growth strategy that blends export-led manufacturing, global value chains, and domestic innovation. African governments can similarly link STEM strategies to specific sectors—agro-processing, renewable energy, logistics, digital services—rather than treating STEM as an abstract goal.

Lesson 2: Integrate STEM into core curricula, not just clubs
Vietnam’s 2018 GEC formally embeds STEM as a cross-cutting approach, even if implementation lags. Many African countries still confine STEM to pilot projects or extracurricular clubs; bringing STEM into the main curriculum, exams, and teacher training can signal seriousness and scale.

Lesson 3: Build structured TVET systems with pathways
Vietnam has invested in a defined TVET system, legally recognized, with articulated levels and links to the labour market. African countries can adapt this by:

• Defining clear qualification frameworks.
• Creating progression routes from short certificates to diplomas and degrees.
• Making TVET an aspirational pathway, not a dead-end.

Lesson 4: Use data and employer feedback to drive reform
The World Bank’s Vietnam skills reports rely heavily on employer surveys and labour-market data. Many African systems still operate with limited labour-market intelligence; investing in skills observatories and employer surveys can make STEM and TVET reforms more evidence-based.

5.2 Limits and Warnings from Vietnam’s Experience

Scholars, particularly critical policy analysts, urge caution:

• Contextual differences: Vietnam’s relatively cohesive state, dense industrial parks, and social history differ sharply from Africa’s diverse and often fragmented contexts. One-size-fits-all “Vietnamisation” of African education would likely fail.
• Implementation gaps in Vietnam itself: Studies show that policy documents about STEM integration often outrun actual school-level practice; many Vietnamese teachers still rely on traditional lecture methods. African countries must plan for long-term teacher support, not quick curriculum changes on paper.
• Equity concerns: Vietnam’s focus on skill formation for competitiveness can overlook inequalities between urban and rural regions, or between privileged and marginalized groups. African countries, with deeper initial inequalities, must place equity and inclusion at the center of any STEM borrowing.

6. A Shared Agenda: STEM for Inclusive Transformation

Many African and Vietnamese scholars converge on one idea: STEM education is not just about producing coders and engineers; it is about empowering citizens to navigate a complex world.

Recent research on Vietnam’s STEM landscape notes that international models need to be localized, respecting culture, language, and community priorities. UNESCO’s work on STEM in Africa similarly calls for context-sensitive approaches that combine global methods with Indigenous knowledge and local problem-solving.

Table 2. Shared Priorities for Vietnam and Africa in STEM Policy

7. Conclusion: From “Model Transfer” to Mutual Learning

Vietnam’s experience in expanding basic education, integrating STEM into curricula, and building a TVET system aligned with industrial policy offers valuable lessons for African policymakers. It shows that deliberate, long-term investment in skills can support rapid economic change—and that STEM and TVET can be central pillars of national development strategies.

But the most important lesson may be more modest: every model has cracks. Vietnamese researchers themselves highlight implementation gaps, inequalities, and tensions between policy and practice. African countries, facing different histories and constraints, must therefore treat Vietnam not as a template but as a conversation partner.

For Africa, the true opportunity lies in mutual learning: combining insights from Vietnam, other Asian success stories, and pioneering African reforms, while grounding STEM and TVET in African realities—languages, cultures, informal economies, and youth aspirations.

If this is done well, the story a decade from now may not be “Africa followed Vietnam,” but rather:

“Vietnam and Africa co-invented new ways of using STEM education to build inclusive, resilient, and innovative societies.”

Suggested Further Readings and Web Resources

• UNESCO – “What you need to know about the challenges of STEM in Africa” (2025)
  Overview of STEM barriers and opportunities on the continent.
  https://www.unesco.org/en/articles/what-you-need-know-about-challenges-stem-africa
• UNESCO & AUC – “Transforming STEM in Africa” (Concept Note, 2024)
  Policy framing for continental STEM reforms and equity issues.
  https://www.unesco.org/sites/default/files/medias/fichiers/2024/11/Transforming_STEM_in_Africa_cn_en__0.pdf
• UN Economic Commission for Africa – “Africa urged to invest in STEM education to grow scientific skills” (2023)
  Political and economic arguments for STEM investment.
  https://www.uneca.org/stories/africa-urged-to-invest-in-stem-education-to-grow-scientific-skills
• World Bank – “Skilling up Vietnam: Preparing the Workforce for a Modern Market Economy” (2014)
  Foundational analysis of Vietnam’s skills and TVET challenges.
  https://documents1.worldbank.org/curated/en/610301468176937722/pdf/829400AR0P13040Box0379879B00PUBLIC0.pdf
• World Bank – “Vietnam: Science, Technology and Innovation Report” (2020)
  Links between education, innovation, and industrial policy.
  https://openknowledge.worldbank.org/entities/publication/34670018-cc52-5b91-874e-949e8096a4e6
• Nguyen, P. L. (2024). “Vietnam’s STEM Education Landscape: Evolution, Challenges, and Policy Interventions.”
  Academic analysis of Vietnam’s STEM policies and implementation gaps.
  (PDF via VJE) https://vje.vn/index.php/journal/article/download/389/166/1850
• Phuong, P. N. T. & colleagues (2024). “Science, Technology, Engineering, and Mathematics (STEM) Education in the New General Education Curriculum of Vietnam.”
  Qualitative study of opportunities and obstacles for STEM under the 2018 curriculum.
  https://po.pnuresearchportal.org/ejournal/index.php/asten/article/view/2702
• UN OSAA – “STEM Education for the Fourth Industrial Revolution (4IR) in Africa” (Policy Brief, 2024)
  Policy recommendations for integrating STEM into Africa’s long-term development strategies.
  https://www.un.org/osaa/sites/www.un.org.osaa/files/files/documents/2024/publications/ads2024_policybrief1.pdf