Beyond passive learning: How ICAP and growth mindset can transform West African classrooms
By Precious Ebere-Chinonso Obi
I recently read Professor Jill Koyama’s insightful piece about Professors Michelene Chi and Carol Dweck‘s complementary research on creating learning environments that unlock student potential. Their work on the ICAP framework (Interactive, Constructive, Active, Passive) and growth mindset cultures resonated deeply with my experiences as an edtech product designer in Nigeria and across West Africa. But it also highlighted critical gaps in how we’re applying these proven frameworks in African contexts.
As someone who has spent four years developing educational technology solutions through DO Take Action, I’ve witnessed firsthand both the transformative potential and the practical limitations of implementing engagement-focused pedagogies in resource-constrained environments. While Chi’s ICAP framework and Dweck’s growth mindset research offer powerful insights, their application in West African classrooms requires a fundamental reimagining of what engagement looks like when infrastructure is intermittent, classes are overcrowded, and cultural norms around learning differ significantly from Western contexts.
The reality check: West African classroom engagement
Less than 25% of higher education students in sub-Saharan Africa pursue STEM fields, with less than 30% of those being women. But these statistics only tell part of the story. In Nigeria alone, about 10.5 million children aged 5-14 years are not in school, with only 61% of 6-11 year-olds regularly attending primary school.
In my work across Nigerian classrooms, I’ve observed that the challenge isn’t just getting students to move from passive to active learning, it’s creating conditions where any consistent learning can occur. As of 2018, less than 10% of Nigerian universities had video conferencing facilities and the university system had a 30% deficit of teachers. When I design educational technology solutions, I’m not just thinking about engagement frameworks, I’m designing for classrooms where electricity is available only intermittently, where a single teacher may be responsible for 60+ students, and where the concept of “interactive learning” must be redefined entirely.
ICAP in context: Beyond individual engagement
Chi’s ICAP framework with its progression from Passive to Active to Constructive to Interactive learning offers valuable insights, but implementing it in West African contexts requires significant adaptation. In my experience developing frameworks for behavioral change in tech education ecosystems, I’ve learned that we need to expand the ICAP model to account for collective engagement patterns.
The Community-ICAP Model I’ve observed:
1. Collective Passive: Students listening together in large groups, but with shared cultural understanding and peer support systems that Western passive learning often lacks.
2. Resourceful Active: Students actively engage with limited materials in creative ways sharing single textbooks among five students, using mobile phones for group research despite expensive data costs.
3. Culturally Constructive: Students building knowledge that connects to local contexts and community needs, often incorporating indigenous knowledge systems that traditional curricula overlook.
4. Networked Interactive: Students collaborating across extended family and community networks, leveraging social structures for learning that go far beyond classroom walls.
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Through DO Take Action’s work on gender equity in STEM education, I’ve seen how effective this community-oriented approach can be. When we designed coding boot camps for girls in northern Nigeria, the most successful participants weren’t necessarily those who fit Western models of individual engagement. They were students who could mobilize their family networks to support their learning, who found ways to practice coding concepts through traditional storytelling methods, and who saw technology as a tool for community problem-solving rather than individual advancement.
Growth mindset meets cultural reality
Dweck’s growth mindset research emphasizes that students perform better when they believe their abilities can be developed. This principle holds immense promise in West African contexts, where educational systems have historically sorted students into rigid tracks based on single assessments. However, implementing growth mindset cultures requires acknowledging the structural barriers that students face.
In north-eastern and north-western Nigeria, female primary net attendance rates are 47.7% and 47.3% respectively, meaning more than half of girls aren’t even in school. When I work with girls in STEM programs, cultivating a growth mindset isn’t just about believing they can improve at mathematics, it’s about believing they can overcome systemic barriers that limit their access to education entirely.
Through my Master’s in Social and Public Policy from Cardiff University, I’ve learned that sustainable mindset shifts require addressing policy-level constraints. While Nigeria’s Universal Basic Education mandate guarantees free education, parents must still pay school levies, and additional expenses like books, supplies, and uniforms put education out of reach for many families.
Growth Mindset + Systems Change:
In my work, I’ve found that the most effective growth mindset interventions combine individual psychological support with structural changes:
- Economic scaffolding: Providing data subsidies and offline-capable learning tools so students can engage with educational technology regardless of family income.
- Cultural bridging: Designing curricula that connect STEM concepts to local agricultural practices, traditional crafts, and community challenges.
- Peer network activation: Leveraging existing social structures to create learning communities that persist beyond formal classroom hours.
The technology integration challenge
Both Chi and Dweck’s research mentions technology as a tool for enhancing engagement and creating supportive learning environments. But technology implementation in West African contexts faces unique constraints that require innovative solutions.
Approximately 4 out of 5 secondary schools in Africa don’t have access to electricity, and over 90% lack appropriate science labs. Through my current CISA training, I’ve developed a systematic approach to auditing educational technology systems, and the data consistently shows that the most successful edtech interventions in our region are those designed for intermittent infrastructure from the ground up.
Technology-enhanced ICAP for West Africa:
- Offline-first interactive tools: Mobile apps that sync learning progress when connectivity is available but function fully offline
- Community device sharing protocols: Systems that allow single smartphones or tablets to support group learning activities
- Voice-based interfaces: Recognition that literacy levels vary widely, requiring technology that can support oral learning traditions
- Data-light design: Solutions that minimize bandwidth requirements while maximizing educational impact
At DO Take Action, we’ve seen remarkable results when technology is designed to amplify existing cultural learning practices rather than replace them. Our most successful STEM education apps incorporate traditional West African storytelling methods, use local languages alongside English, and allow for collaborative problem-solving that reflects how communities naturally share knowledge.
Scaling impact: From individual to institutional change
The research discussed in Professor Koyama’s piece focuses primarily on individual classroom transformations. But my vision to mobilize 1billion+ people taking meaningful action requires thinking about systemic change across entire educational ecosystems.
The African Union has dedicated 2024 to education, with the goal to ‘educate an African fit for the 21st century’ by increasing access to inclusive, lifelong, quality and relevant education. This represents a massive opportunity to implement engagement-focused pedagogies at scale, but only if we design for African realities from the start.
Systemic ICAP + Growth Mindset implementation:
1. Teacher capacity building: Training educators not just in engagement techniques, but in adapting those techniques for resource-constrained environments
2. Community partnership models: Involving parents and community leaders as active participants in creating growth mindset cultures
3. Policy alignment: Advocating for assessment methods that support growth mindset principles rather than reinforcing fixed ability beliefs
4. Infrastructure development: Building educational technology systems that enhance rather than depend on external resources
Looking forward
Recent studies indicate that the two greatest constraints to STEM education in Africa are inadequate facilities and sub-optimal teacher classroom practices. But I’ve learned that constraints can become catalysts for innovation when approached with the right mindset.
West African educational systems have the opportunity to leapfrog traditional engagement models by designing community-centered, technology-enhanced learning environments from the ground up. Rather than trying to replicate Western classroom dynamics, we can create uniquely African approaches to active learning that leverage our cultural strengths while addressing our infrastructural realities.
The path forward requires:
- Research partnerships between Western institutions and African universities to develop culturally responsive versions of frameworks like ICAP.
- Investment in educational technology designed specifically for intermittent infrastructure environments.
- Policy advocacy for assessment and funding systems that support growth mindset cultures.
- Community engagement strategies that position parents and local leaders as partners in educational transformation.
Conclusion: Redefining engagement for African contexts
Chi’s ICAP framework and Dweck’s growth mindset research offer powerful tools for educational transformation. But their application in West African contexts requires acknowledging that effective engagement looks different when students are managing complex social and economic challenges, when classrooms are overcrowded, and when technology access is inconsistent.
Through my work at DO Take Action, I’ve learned that the most transformative educational interventions are those that honour local knowledge systems while introducing research-backed pedagogical innovations. The future of African education doesn’t lie in copying Western engagement models, it lies in creating uniquely African approaches that combine the best of global research with deep understanding of local contexts.
As we work toward the African Union’s vision of educating Africans fit for the 21st century, we must ensure that our frameworks for engagement and growth are designed with African students, teachers, and communities at the center. Only then will we unlock the true potential of our continent’s next generation of innovators and leaders.
- Precious Ebere-Chinonso Obi is the CEO of Do Take Action, a nonprofit focused on educational equity in Nigeria.
