Kenya · eRESL · Classroom Starter Pack
10-Minute Hook Activities
Ready-to-use lesson starters for all subjects in Kenyan CBC schools — from Mathematics to Kiswahili, Science to Business Studies — connecting everyday learning to Kenya's green economy and the careers of the future. Zero preparation required.
- 1Learners guess (accept all). 1 min
- 2Reveal: ~1W per cm². A hand is ~150 cm² — 150W of free energy. 2 min
- 3Quick maths: 5–7 hrs Kenya sunlight × 150W — how many watt-hours per hand? Pairs calculate. 3 min
- 4"What could we power?" Collect ideas on board. 2 min
- 5Bridge to Kenya's solar economy and the job behind it. 1 min
- 1Learners write 3 places individually. 2 min
- 2Share: could it have been in an Ethiopian cloud? The Indian Ocean? A dinosaur? (Yes to all.) 2 min
- 3Draw on board: Kenya → Indian Ocean → cloud → Mt Kenya → river → tap. 3 min
- 4"Kenya's long rains are getting shorter. What happens to this cycle?" Pair discussion. 2 min
- 5Bridge to water cycle lesson + WASH Engineer career. 1 min
- 1Learners write down breakfast and a CO₂ guess. 2 min
- 2Share figures: ugali ~200g CO₂/kg; beef ~27,000g CO₂/kg; local veg ~200g; imported bread ~1,000g. Recalculate. 3 min
- 3"What Kenyan breakfast has the lowest carbon footprint?" — sukuma wiki, ugali, sweet potato. 2 min
- 4Bridge to the carbon cycle. Career: Carbon Analyst for food companies. 1 min
- 1Pairs discuss and write a figure. 2 min
- 2Reveal: African pollination services are worth billions annually. Kenya's horticulture exports depend almost entirely on pollinators. 2 min
- 3Quick survey: who has eaten food a bee pollinated this week? (Most fruit, coffee, sunflower oil, most vegetables.) 2 min
- 4Bridge: introduce ecosystem services — the invisible economy of nature. 2 min
- 1Learners brainstorm why highlands were mosquito-free. (Too cold, wrong habitat.) 2 min
- 2Reveal: average temperatures in Kenya's Highlands have risen ~1°C since 1970. Mosquitoes now survive at previously impossible altitudes. 2 min
- 3"What other insects or diseases might follow?" Pairs generate two examples. 3 min
- 4Bridge to ecology. Career: Environmental Health Officer. 1 min
- 1Learners vote. Most guess solar or hydro. 1 min
- 2Reveal: geothermal (42%). The Olkaria Complex at Naivasha produces 865 MW from Earth's own heat. It runs 24/7 regardless of weather. 2 min
- 3Why is this remarkable? Kenya sits on the Great Rift Valley — one of the world's great geological features. The same force that will eventually split Africa in two is powering Kenyan homes. 3 min
- 4Bridge to energy systems topic. Career: Geothermal Engineer. 2 min
- 1Guesses — write on board. Accept all. 1 min
- 2Reveal: 500–1,000 years. Your great-great-great-...-grandchildren will still find it. 2 min
- 3Kenya banned plastic bags in 2017. What do people use instead? Survey the class — what bags did families bring shopping this week? 4 min
- 4Bridge to circular economy. Career: Circular Economy Designer. 2 min
- 1Individual guess. 1 min
- 2Reveal: you exhale ~73 kg CO₂/year. A mature tree absorbs ~22 kg/year. You need 3–4 trees just for your breathing. 2 min
- 3Scale up: whole class? Whole school? Is there that much tree cover around your school? 3 min
- 4"Kenya lost 3.4% of its tree cover between 2001–2023. What happens to all that CO₂?" Bridge to photosynthesis. 2 min
- 1Guesses — cassava, millet, sorghum (correct directions). Reveal: orange-fleshed sweet potato. 2 min
- 2Why orange-fleshed? Beta-carotene (Vitamin A). Deficiency causes blindness in thousands of Kenyan children per year. 3 min
- 3"Why would a scientist care about the colour of a sweet potato?" Bridge to plant biology — pigments, photosynthesis, nutrients. 3 min
- 4Career: Agricultural Scientist / Plant Biotechnologist. 1 min
- 1Learners predict in pairs. 2 min
- 2Explain: permafrost thaw releases methane — a greenhouse gas 80× more potent than CO₂ over 20 years. This is a climate "tipping point." 3 min
- 3"Why should Kenyan students care about permafrost in the Arctic?" — because feedback loops accelerate global warming that directly affects East African rainfall. 3 min
- 4Bridge to climate tipping points. Career: Climate Systems Scientist. 1 min
- 1Learners draw rough sketches or describe the two groups verbally. 3 min
- 2Discuss: the maps barely overlap. USA and China emit most CO₂. Mozambique, Kenya, Ethiopia experience most impacts. 3 min
- 3"Is this fair? What word do geographers use for this?" — Introduce "climate justice." 2 min
- 4Career: Climate Policy Negotiator — Kenya has been an active voice at COP summits. 1 min
- 1Rapid-fire brainstorm — list on board. 2 min
- 2Add any missed: savannah, highland forest, semi-arid, coast, lake, mangrove, urban, glacier (Mt Kenya summit). 2 min
- 3Ask: "Why does Kenya have so many different ecosystems in one country?" — the Great Rift Valley, altitude variation (0–5,000m), equatorial position, Indian Ocean coast. 3 min
- 4Bridge to ecosystem diversity and biodiversity topics. Career: Conservation Geographer. 2 min
- 1Learners sketch or describe their mental map of Mombasa. Which areas are lowest? 2 min
- 2Show key facts: Mombasa's Old Town sits at ~5m elevation. Large parts of Kilindini Harbour and the island's western shore are <2m. A 1m rise affects drainage, groundwater, and flooding. 3 min
- 3"What would need to change about Mombasa's infrastructure?" — roads, drainage, seawall, building codes, port. 3 min
- 4Career: Coastal Climate Adaptation Planner. 1 min
- 1Guesses — write range on board. 1 min
- 2Reveal: ~500,000 directly + 2M indirectly. The Naivasha flower farms around Lake Naivasha employ entire communities. 2 min
- 3Challenge: "Is this industry climate-resilient? Lake Naivasha is shrinking. What happens to the flowers?" Link to water use, biodiversity, and economic dependency. 4 min
- 4Career: Sustainable Supply Chain Analyst. 1 min
- 1Guesses — map the distances. 2 min
- 2Reality: vegetables from Rift Valley (100–300 km), grain from Western Kenya (300+ km), imported foods from overseas. The system is fragile. 3 min
- 3"What happens to Nairobi's food supply if there's a drought in the Rift Valley?" Pair discussion. 3 min
- 4Bridge to food systems and urban geography. Career: Urban Food Systems Planner. 1 min
- 1Guesses — accept all. 1 min
- 2Reveal: World Bank estimates 216 million climate migrants globally by 2050; 50–85 million in Sub-Saharan Africa alone. 2 min
- 3"Where would they go? What does that do to cities like Nairobi or Mombasa?" Pair discussion. 4 min
- 4Career: Climate Migration Policy Analyst. 1 min
- 1Guesses — plot on mental map. 2 min
- 2Reveal: Zimbabwe, DRC (cobalt), Zambia, and significant new discoveries in Ethiopia and Kenya. Africa holds a majority of the world's critical minerals for the green transition. 2 min
- 3"Does this make Africa powerful or vulnerable in the green transition?" Debate both sides. 4 min
- 4Career: Critical Minerals Geologist / Green Finance Analyst. 1 min
- 1Learners guess reasons: distance from ocean? Mountains? Wind? 2 min
- 2Explain orographic rainfall — mountains force air upward, it cools, condenses, rains. Turkana is in a rain shadow. 3 min
- 3Ask: "If Kenya's mountains were deforested, what would happen to this rain pattern?" (Answer: serious reduction in orographic rainfall — this is happening.) 3 min
- 4Career: Meteorologist / Climate Hydrologist. 1 min
- 1Pairs brainstorm threats. 2 min
- 2Add from list if missed: water hyacinth, overfishing, pollution from Kampala/Kisumu, climate change altering rainfall patterns, declining water levels. 3 min
- 3"If Lake Victoria's fish stocks collapsed, what would happen to food prices across East Africa?" 3 min
- 4Career: Freshwater Systems Ecologist / Transboundary Water Policy Analyst. 1 min
- 1Each learner writes their opening sentence only. 2 min
- 2Share 4–5 opening lines. Discuss: which grabbed attention? Why? (Emotion, data, story, question.) 3 min
- 3Teach the three-part persuasive structure: Hook → Evidence → Call to Action. Learners revise their opening. 3 min
- 4Career: Climate Communications Specialist / Policy Advocate. 1 min
- 1Learners write one sentence from "the forest's perspective." 2 min
- 2Share 4–5 sentences. Notice: which used strong verbs? Which used the senses? Which created emotion? 3 min
- 3Teach: personification as a writing technique. Revise sentences to use it. 3 min
- 4Career: Environmental Writer / Documentary Narrator. 1 min
- 1Learners write one sentence — yes or no. 1 min
- 2Quick tally: how many yes, how many no. Identify the split. 1 min
- 3Assign: those who said yes must make the no argument; those who said no must make the yes argument. Write one supporting sentence. 4 min
- 4Discuss: why is it important to understand both sides? Bridge to debate skills and formal argument writing. 2 min
- 1Learners draft a paragraph immediately — no research. 3 min
- 2Share 2–3 paragraphs. Identify what makes one more credible, more specific, more action-oriented. 3 min
- 3Teach: impact reporting requires metrics (how many? how much?), passive voice (carefully), and precise language. Revise one sentence. 3 min
- 4Career: Sustainability Report Writer / Impact Assessment Analyst. 1 min
- 1Pairs prepare in 2 minutes — no writing, just think and talk. 2 min
- 22 volunteer pitches to the class. Audience scores 1–5 on: clarity, confidence, persuasiveness. 4 min
- 3Debrief: what made the higher-scoring pitch better? (Eye contact, clear structure, specific benefits, enthusiastic voice.) 2 min
- 4Career: Green Entrepreneur / Impact Investor Analyst. 1 min
- 1Learners invent a word and share. 3 min
- 2Reveal: "solastalgia" (Glenn Albrecht, 2003) — the distress caused by environmental change in your home place. This is now a real psychological term. 2 min
- 3Challenge: invent two more green economy words that don't exist yet. Share and vote for the class favourites. 3 min
- 4Bridge to vocabulary, word formation, and the power of language to shape how we think. 1 min
- 1Learners generate questions individually. 2 min
- 2Share: expected questions include "which scientists?", "by when?", "above what baseline?", "with what certainty?", "who funded the study?" 3 min
- 3Teach: the five critical reading questions — Who? Why? When? How sure? What's missing? Apply to the climate headline. 3 min
- 4Career: Science Journalist / Fact-Checker for climate media. 1 min
- 1Learners write one opening line. 2 min
- 2Share 4–5 lines. Which created emotion? Curiosity? A sense of scale? 3 min
- 3Teach: creative non-fiction uses the tools of fiction (scene-setting, character, emotion) to tell true stories. Good environmental writing makes abstract data visceral. 3 min
- 4Career: Environmental Documentary Writer / NGO Communications Lead. 1 min
- 1Learners estimate individually, then compare with a partner. 2 min
- 2Calculate together: number of learners × 3 litres × 7 days. 3 min
- 3"Where does that water come from? What happens if the well runs low?" — pairs discuss. 3 min
- 4Bridge: multiplication as a tool for resource planning. Career link. 1 min
- 1Learners estimate, then calculate: 16 × 40 = 640. 2 min
- 2"A farmer has 500 cobs. How many kernels total?" — pairs calculate. 3 min
- 3"If each kernel can grow a new plant, how many plants?" — introduce scale. 3 min
- 4Bridge to arrays, multiplication, and agricultural data. 1 min
- 1Learners calculate: 30,000 ÷ 800 = 37.5 months. 2 min
- 2"The panel lasts 25 years. What is the total saving after payback?" — calculate. 3 min
- 3"Is solar a good investment for a Kenyan family? What other costs might there be?" — discuss. 3 min
- 4Bridge to division, equations, and long-term financial modelling. 1 min
- 1Learners draw a probability tree diagram for two years. 3 min
- 2Calculate: P(drought year 1) × P(drought year 2) = 0.3 × 0.3 = 0.09. 2 min
- 3"How does this affect a farmer's planning? Insurance?" — discuss real-world applications. 3 min
- 4Bridge to probability, tree diagrams, and decision-making under uncertainty. 1 min
- 1Wanafunzi wazungumze kwa jozi kwa dakika 2 kuhusu mabadiliko wanayoyaona mazingiraa. 2 dak
- 2Jadili maneno muhimu: ukame, mafuriko, mvua, hali ya hewa, mazingira. 3 dak
- 3Wanafunzi watengeneze sentensi moja kwa Kiswahili kuhusu mazingira yao. 3 dak
- 4Tangazia somo la vivumishi na vitenzi vya mazingira. 1 dak
- 1Jadili maneno yenye nguvu kutoka katika shairi. 2 dak
- 2Wanafunzi waandike mistari 4 ya mashairi kuhusu msimu wa mvua — vina vinahitajika. 4 dak
- 3Wanafunzi 2-3 wasimame na kusoma kwa sauti. 2 dak
- 4Tangazia somo la ushairi, vina, na lugha ya picha. 1 dak
- 1Wanafunzi waandike hotuba fupi: tatizo + suluhisho + wito wa hatua. 3 dak
- 2Wanafunzi 3-4 wasimame na kusoma hotuba zao. 4 dak
- 3Jadili: hotuba ipi ilikuwa na nguvu zaidi? Kwa nini? 2 dak
- 4Tangazia muundo wa hotuba rasmi na lugha ya kushawishi. 1 dak
- 1"Imagine your gut bacteria suddenly dying. What would happen to you?" — analogy to symbiosis breakdown. 2 min
- 2Reveal: warm water stresses the algae, coral expels them — turning white (bleaching) and eventually dying. 2 min
- 3"Kenya's coral reefs at Malindi and Watamu are already bleaching. What does this mean for fishing communities?" 4 min
- 4Bridge to symbiosis, mutualism, and the effects of temperature on biological relationships. Career link. 1 min
- 1Learners brainstorm 5 organisms and guess what engineering problem their adaptation might solve. 3 min
- 2Share examples: shark skin (swimsuits), gecko feet (dry adhesives), termite mounds (cooling). 3 min
- 3"Which Kenyan animal or plant has an adaptation that could solve a local problem?" — pairs discuss. 2 min
- 4Bridge to biomimicry, adaptation, and the applied value of biodiversity. Career link. 1 min
- 1Groups argue from different perspectives: farmer, environmentalist, scientist, government. 4 min
- 2"What is the precautionary principle? When should we apply it to new technology?" — class discussion. 3 min
- 3Bridge to gene editing, biotechnology ethics, and Kenya's biosafety regulations. Career link. 2 min
- 1Learners identify: mainly carbon, some hydrogen, oxygen, and minerals. 2 min
- 2Draw a simple carbon flow: atmosphere → plant photosynthesis → burning (pyrolysis) → biochar → soil. 3 min
- 3"Why does pyrolysis store carbon instead of releasing it as CO₂?" — discuss the absence of oxygen. 3 min
- 4Bridge to carbon chemistry, combustion, and carbon storage. Career link. 1 min
- 1Learners brainstorm pollutants: industrial effluent, sewage, detergents, heavy metals, pesticides. 2 min
- 2"How would you test for each? What is pH? What does a pH below 7 indicate?" — pairs discuss. 3 min
- 3"Which pollutants are most dangerous for the communities downstream who use this water?" 3 min
- 4Bridge to dissolved substances, pH, and water treatment chemistry. Career link. 1 min
- 1Learners write: 2H₂O → 2H₂ + O₂. Identify what is oxidised and reduced. 3 min
- 2"Why is this called 'green' hydrogen? What would make it 'grey'?" — discuss energy source. 2 min
- 3"What are the storage and transport challenges for hydrogen?" — pairs discuss. 3 min
- 4Bridge to electrolysis, oxidation-reduction, and the hydrogen economy. Career link. 1 min
- 1Learners guess: hot air rises, cold air falls, creates pressure differences. 2 min
- 2Explain: land heats faster than ocean. Hot land air rises → cool ocean air rushes in → coastal breeze. Kenya benefits hugely from this for wind power. 3 min
- 3"Lake Turkana Wind Farm has 365 turbines. Why is Turkana so windy?" — map the pressure patterns. 3 min
- 4Bridge to air pressure, convection, and atmospheric physics. Career link. 1 min
- 1Learners explain the chain: Earth's internal heat → steam → turbine → generator → electricity. 3 min
- 2"Why does the Rift Valley have such high geothermal activity?" — tectonic plates, magma proximity. 2 min
- 3Calculate: if 800 MW powers 2 million homes, and Kenya has 15 million homes, what % are geothermally powered? 3 min
- 4Bridge to thermodynamics, heat engines, and geophysics. Career link. 1 min
- 1Learners choose a side and defend in pairs. 2 min
- 2Share data: drought frequency in Kenya's ASALs has increased significantly since 2000. Which crop is a better bet? 2 min
- 3"What does 'climate-smart' farming mean? Can we grow both — and why might that be best?" 4 min
- 4Bridge to crop selection, climate adaptation, and food security. Career link. 1 min
- 1"If Kenya produces 3 million tonnes of maize per year, how much water is used?" — group estimation. 3 min
- 2"How does what we eat affect water resources?" — pairs discuss sustainable food choices. 3 min
- 3Bridge to water footprint, sustainable food systems, and agricultural resource use. Career link. 2 min
- 1Learners stand and form a food web — each person names what they eat, holding imaginary strings. 3 min
- 2"Remove one: pesticides kill all beetles. What happens?" — cascade effects through the web. 3 min
- 3"How do organic farmers keep the soil food web healthy?" — link to practices. 2 min
- 4Bridge to soil ecology, biodiversity, and organic farming principles. Career link. 1 min
- 1Learners draw for 3 minutes — no rules except no green or blue. 3 min
- 2"Now add just three marks of a different colour that shows water arriving. What changes?" 2 min
- 3Gallery walk — learners observe each other's work. What colours did people choose? Why? 3 min
- 4Bridge to colour as emotional and symbolic language — landscape painting as environmental storytelling. Career link. 1 min
- 1Silence for 60 seconds — total listening. 1 min
- 2Learners map sounds as symbols — circles for distance, marks for direction, sizes for volume. 4 min
- 3"What sounds would a Maasai Mara savanna make at dawn? How would your map look different?" 3 min
- 4Bridge to soundscape art, environmental observation, and art as documentation. Career link. 1 min
- 1"What did she face? Who opposed her?" — learners recall or hypothesise. 2 min
- 2Reveal: arrested multiple times, vilified by Moi's government, won the Nobel Peace Prize in 2004. 2 min
- 3"What rights and laws does Kenya now have because of her work?" — Constitution 2010, environmental protections. 3 min
- 4Bridge to civic agency, environmental movements, and Kenyan constitutional history. Career link. 1 min
- 1Discuss indigenous land management systems: Maasai grazing rotation, Kikuyu clan land tenure. 3 min
- 2"What changed under colonial rule? Who lost what? What were the consequences for ecosystems?" 3 min
- 3"How does historical land dispossession still affect climate vulnerability today?" — debate. 2 min
- 4Bridge to land rights, colonial history, and environmental justice. Career link. 1 min
- 1"What makes an economy 'green'? Does it have to be formal? Does intention matter?" — class discussion. 3 min
- 2Learners list 10 informal businesses in their area that could be described as circular or green. 3 min
- 3"How could these businesses grow if they were formalised and supported?" — discuss barriers and opportunities. 2 min
- 4Bridge to circular economy, informal sector, and sustainable entrepreneurship. Career link. 1 min
- 1Calculate: 1 hectare of trees stores ~5 tonnes/year × KSh 500 = KSh 2,500/year/hectare. Compare to maize income from the same hectare (~KSh 20,000–40,000). 3 min
- 2"Is this fair? Who benefits most? What are the risks for the farmer?" — debate. 3 min
- 3"How could Kenya negotiate better carbon prices?" — introduce market economics and negotiating power. 2 min
- 4Bridge to carbon markets, valuation, trade-offs, and global economic linkages. Career link. 1 min
- 1"What is remote sensing? How does a computer 'see' forest cover from a satellite image?" — pairs discuss. 2 min
- 2"What data would the algorithm need? What counts as a 'positive' detection of deforestation?" — introduce image classification. 3 min
- 3"What are false positives? What happens if an algorithm incorrectly flags farmland as deforestation?" — discuss consequences. 3 min
- 4Bridge to image classification, machine learning, and environmental monitoring. Career link. 1 min
- 1Learners sketch the data flow: payment confirmation → server → device activation. 3 min
- 2"What happens if someone misses a payment? How does the system know to deactivate the device?" — IoT and device management. 3 min
- 3"This model is now used in 20+ countries. What made Kenya the place it was invented?" — discuss M-PESA's origins. 2 min
- 4Bridge to fintech, API design, IoT, and digital financial inclusion. Career link. 1 min
- 1Do 30 seconds of jumping jacks. "What did you just feel? Heat? Breath? Heartbeat?" 2 min
- 2"When we run, where does the energy come from? What is our 'fuel'?" — learners connect food to movement. 3 min
- 3"A school in Turkana has no clean water. How does this affect children's energy and their ability to learn?" — connect health to environment. 3 min
- 4Bridge to nutrition, metabolism, energy balance, and health equity. Career link. 1 min
- 1Quick show of hands: who has drunk more than 1 litre today? More than 2 litres? (Most haven't.) 1 min
- 2"How does access to clean water affect athletes in Kenya differently from Europe?" — discuss inequality. 3 min
- 3"Kenya produces the world's best marathon runners. What role does altitude, diet, and water play?" 4 min
- 4Bridge to hydration science, clean water access, and health equity. Career link. 1 min
- 1"What does it mean to be a good neighbour to someone you've never met — including future generations?" 3 min
- 2Connect to principles of stewardship from learners' own religious or ethical traditions. 3 min
- 3"Is the environment something we own, or something we borrow?" — open discussion. 2 min
- 4Bridge to environmental ethics, intergenerational justice, and shared responsibility. Career link. 1 min
- 1Learners draw a decision tree: options → consequences → who is affected. 3 min
- 2Small groups argue different sides: economic need vs. conservation vs. compromise solutions. 4 min
- 3"Is there a choice that honours both needs? What would Ubuntu say?" 2 min
- 4Bridge to ethical decision-making, stakeholder analysis, and moral reasoning. Career link. 1 min
- 1Groups each take one aspect: water, biodiversity, communities, agriculture, cultural sites. 3 min
- 2Groups report back: key questions and red flags for their aspect. 3 min
- 3"Should the dam be built? What conditions would make it acceptable?" — class decision. 2 min
- 4Bridge to EIA processes, environmental governance, and stakeholder consultation. Career link. 1 min
- 1Groups sketch designs: solar, rainwater harvesting, green roofs, passive cooling, biodiverse grounds. 5 min
- 2Groups present their designs quickly — 30 seconds each. 3 min
- 3"Which features are most cost-effective? Which have the biggest impact?" — class evaluates. 2 min
- 4Bridge to green building design, systems thinking, and climate adaptation planning. Career link. 1 min
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Kenya · Secondary & TVET · Partner Organisations
Work-Integrated Learning Programme
Real placements. Real mentors. Real impact. Connecting Form 3–4 and TVET students to verified partner organisations at the frontier of Kenya's regenerative economy — through structured internships, co-designed projects, field attachments, and mentorship tracks.
Structured Placement
4–8 weeks · Partner workplace
- Student embedded in partner with a named supervisor
- Weekly reflection log linked to curriculum outcomes
- End-of-placement presentation to school and partner
- Assessed jointly by teacher and workplace mentor (50/50)
- Transport and safety MOU signed by all parties
Co-Designed Project
One term · School + partner co-owned
- Partner sets a real challenge; student teams propose solutions
- Mentor visits school twice per term; students visit site once
- Final prototype or brief submitted to partner
- Winning solutions eligible for CSR seed funding
- Suitable for schools with limited transport
Mentorship Track
Full year · Monthly touchpoints
- Each student matched to one industry professional (12 months)
- Monthly 1-hr session; career pathway mapping
- Mentor introduces student to at least two professional contacts
- Volunteers or light honorarium; trained by Kyndo
- Priority pairing: girls to women in STEM leadership
Field Attachment
2–5 days · Structured site visit
- School visits partner site (farm, plant, coast, lab)
- Students complete structured observation and data task
- Data feeds back into classroom analysis
- Lowest barrier entry — suitable for Form 1–2
- Partner provides guide; school provides curriculum link
| Level | WIL Mode | Duration | Assessment | Curriculum Links |
|---|---|---|---|---|
| Form 1–2 | Field Attachment | 2–3 days/year | Observation journal; class presentation (ungraded) | Environmental · Social |
| Form 3 | Co-Designed Project | One term | Project report + partner assessment = 15% of term mark | Economic · Environmental |
| Form 4 | Structured Placement | 4 weeks (holidays) | Workplace log + school interview = KCSE coursework | All six domains |
| TVET Year 1 | Structured Placement | 6 weeks | Competency sign-off; KNQA unit standard credit | Pedagogical + Economic |
| TVET Year 2 | Extended Industry Attachment | 12 weeks | Portfolio of evidence; mentor final report = 30% KNQA | All domains; specialisation |
| All Levels | Mentorship Track | 12 months (parallel) | Reflection log; career pathway plan | Pedagogical Framework |
Sector 1 — Renewable Energy & Clean Technology
Solar PV, geothermal, wind, e-mobility and green building — Kenya's fastest-growing employment sector
Sector 2 — AgriTech, Agroforestry & Food Systems
Climate-smart agriculture, precision farming, agroforestry — the backbone of Kenya's rural economy and green transition
Sector 3 — WASH, Water Systems & Climate Resilience
Safe water, sanitation, flood management — critical services in an era of increasing climate stress
Sector 4 — Circular Economy & Waste-to-Resource
Recycling, upcycling enterprises, bio-materials — fast-growing in Kenya's urban centres
Sector 5 — Blue Economy & Coastal Livelihoods
Fisheries, marine conservation, coastal resilience — Kenya's Indian Ocean and Great Lakes assets
Sector 6 — Green Urbanism, GIS & Climate Policy
Urban planning, GIS, climate policy, advocacy — the governance layer of Kenya's regenerative transition
Become a WIL Partner Organisation
Partner organisations co-design placement objectives, assign a named mentor, and complete a light-touch assessment report. In return, they access motivated, curriculum-aligned young talent, direct CSR visibility, and the opportunity to shape Kenya's next generation of regenerative economy professionals. Formalised through a simple 2-page MOU between Kyndo, the school, and the organisation.