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STEM Extravaganza: Youth Climate Solutions

place Kenya + 2 more

Igniting creativity, building community, and shaping the future through STEM

In rural Kenya, students often learn science without labs, experiments, or real-world connection. SeaVuria’s STEM Extravaganza changes that—empowering youth to design bold, hands-on solutions to local challenges. With mentorship from professionals, exposure to universities, and a focus on hands-on learning, we’re not just teaching STEM—we’re cultivating confident, creative, & future changemakers.

Overview

Information on this page is provided by the innovator and has not been evaluated by HundrED.

Updated May 2025
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Countries
Students upper
Target group
We want every student we reach—especially girls in underserved communities—to experience STEM as a powerful tool to create positive change. Our goal is to foster confident, capable problem-solvers who see themselves in STEM, embrace STEM careers, and believe they can make a lasting impact on their communities and the world.

About the innovation

Why did you create this innovation?

STEM Extravaganza is a multi-month, student-driven project where learners design STEM-based solutions to local impacts of global climate change—from deforestation to food insecurity. Students work in teams to identify challenges, conduct community interviews, research global case studies, build and test prototypes, and present findings to peers, teachers, university mentors, and community leaders at local competitions. Teachers are trained to facilitate inquiry-driven learning, using a design thinking approach. Open Labs provides students with internet access, tools, and mentorship to turn ideas into action. Partnerships with Taita Taveta University and local professionals expand student exposure to STEM careers. Students realize STEM is a tool to protect their communities and drive change—and girls especially thrive, leading 70% of projects, and inspiring change as innovators, role models, and champions for their communities.

What does your innovation look like in practice?

STEM Extravaganza is a multi-month, student-driven project where learners design STEM-based solutions to local impacts of global climate change—from deforestation to food insecurity. Students work in teams to identify challenges, conduct community interviews, research global case studies, build and test prototypes, and present findings to peers, teachers, university mentors, and community leaders at local competitions. Teachers are trained to facilitate inquiry-driven learning, using a design thinking approach. Open Labs provides students with internet access, tools, and mentorship to turn ideas into action. Partnerships with Taita Taveta University and local professionals expand student exposure to STEM careers. Students realize STEM is a tool to protect their communities and drive change—and girls especially thrive, leading 70% of projects, and inspiring change as innovators, role models, and champions for their communities.

How has it been spreading?

STEM Extravaganza has engaged over 600 students across 10 schools. Student teams have tackled urgent local challenges—building fuel-efficient briquettes, purifying water with local materials, automating irrigation with coding, and creating biodegradable plastics. Their innovations have earned regional and national recognition, with some advancing to national stages like the Kenya Science and Engineering Fair, inspiring peers and judges alike. In 2024, 98% of students said the experience helped them solve a real community problem, 100% saw the power of peer collaboration and appreciated their advisor’s guidance. Our goal is to grow in depth, with stronger project facilitation, broader community partnerships, and deeper integration of real-world problem-solving into STEM learning.

How have you modified or added to your innovation?

After COVID, we relaunched STEM Extravaganza with a focus on climate resilience and deeper community ties. We expanded mentorship through university partnerships, strengthened open lab access for prototyping, and linked winning projects to real implementation. Girls now lead 70% of projects, driving STEM innovation and visibility.

If I want to try it, what should I do?

Reach out to SeaVuria for logistical guidance on hosting a STEM Extravaganza at your school. We can share planning templates, timelines, and videos of student projects that show the creativity and impact of real-world STEM. Let their stories ignite your own and bring STEM learning to life.

Implementation steps

1. Teacher Orientation & Planning (Nov–Dec)
Train teachers in design thinking, inquiry, project facilitation, and connecting STEM to climate issues. Introduce key tools for student research—community interviews, internet exploration, and problem-framing techniques. Equip teachers with resources to track progress, gather feedback, and assess learning. Launch the annual theme to give students time to investigate, prototype, and iterate before showcases.
2. Launch Student Inquiry (Jan–March)
Guide student teams to identify climate-related challenges in their communities. Facilitate group discussions to deepen understanding of root causes and how issues affect different groups. Support students to frame driving questions and begin research using internet case studies, community interviews, and story-based prompts.
3. Prototype, Iterate & Test (Feb–Sept)
Support teams to rapidly prototype low-cost, scalable solutions using available resources and Open Labs. Students test ideas, gather feedback, and refine their prototypes—building data literacy by tracking evidence of impact. Emphasize iteration as an essential mindset, helping students embrace revision and problem-solving.
4. Facilitate Peer & Community Feedback (Ongoing)
Embed structured feedback loops at every stage: peer critiques, teacher conferences, and community panels. Train students to seek feedback without attachment to initial ideas, using rubrics and reflection to strengthen solutions. Build skills in communication, collaboration, and resilience through ongoing refinement.
5. Host School, Regional, and Grand Showcase Events
Students present prototypes through a tiered series of competitions—school-level (April), regional (July), and Grand Extravaganza (September)—hosted at Taita Taveta University. Panels of STEM professionals, lecturers, and community leaders judge projects, providing actionable feedback. Students revise between events, gaining exposure to professional networks and inspiring community pride in youth-driven innovation.
6. Drive Innovation Forward and Capture Impact
Post-showcase surveys track student growth in STEM skills, confidence, and real-world application. Top projects receive mentorship, additional resources, and expert linkages to help bring ideas to life. Students experience STEM career pathways firsthand, while communities witness local youth leading change—seeding new aspirations for sustainable development and leadership in STEM fields.

Spread of the innovation

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