Our planet faces a growing challenge: climate change.
At EVolve, we equip future leaders with the skills and mindset to become the next generation of climate heroes.
Do children worry about climate change? Millions do – it’s their future!
We help them turn concern into actions with real-world STEAM skills.
We empower young minds with the skills to engineer the future of green transportation.
Imagine your child designing electric vehicles and innovative solutions for a cleaner world.
By the end of this 4-month module, each learner will become a problem-solving climate champion. They will create and analyze sustainable energy systems and data using Raspberry Pi Pico, micro:bit, Python coding, and other AI tools.
After completing Module 1, learners will delve deeply into prototyping electric vehicles powered by clean energy sources like solar, advancing their practical application of STEAM skills.
By the module’s end, learners will become climate advocates, employing Artificial Intelligence, Machine Learning, and IoT to create sustainable electric vehicles. They’ll optimize performance, efficiency, and sustainability, leading the green transportation revolution!
By the end of this 4-month module, each learner will become a problem-solving climate champion. They will create and analyze sustainable energy systems and data using Raspberry Pi Pico, micro:bit, Python coding, and other AI tools.
After completing Module 1, learners will delve deeply into prototyping electric vehicles powered by clean energy sources like solar, advancing their practical application of STEAM skills.
By the module’s end, learners will become climate advocates, employing Artificial Intelligence, Machine Learning, and IoT to create sustainable electric vehicles. They’ll optimize performance, efficiency, and sustainability, leading the green transportation revolution!
Our modules empower learners to transform their ideas into inventions! They utilize tiny computers to learn coding and electronics effortlessly, creating smart and sustainable projects.
With guidance from our mechanical engineers, our learners explore the world of coding and robotics, building projects that can sense, move, and accomplish remarkable tasks.
Each learner creatively brings imagination to life through designing, tinkering, and additive manufacturing.
How does Elon Musk think as a problem-solver and innovator?
Our modules guide learners to cultivate the same strategic thinking that drives Elon and his groundbreaking solutions.
Learners engage with instructors and peers in virtual after-school meetings, typically held on Fridays starting from 5 pm GMT +00.
We provide a makerspace to support in-person meetings for learners in Cape Coast, Ghana.
We invite industry experts from organizations such as NASA, Google, local farms, and others to engage learners in mentoring sessions.
We enhance learning with physical and virtual field trips to factories, farms, museums, and beyond. These trips offer firsthand experience and deepen understanding.
Learners delve into climate change, brainstorm solutions, adapt Elon Musk’s problem-solving approach, and explore 3D printing. This lays the foundation for confidently and creatively tackling environmental challenges.
Learners explore Raspberry Pi Pico, prototype climate change early-warning systems, study solar panels and energy storage, and discover IoT-based battery management systems. These weeks offer hands-on learning for sustainable solutions.
These weeks offer hands-on learning and assessment, exploring sustainable technology and tackling climate change through coding challenges. Learners delve into 3D-printed structures powered by solar energy and optimize solar technology integration
Learners explore wind energy as a renewable alternative to reduce carbon emissions, gaining hands-on experience with harnessing and storing this energy
Learners are provided with the exciting opportunity to proudly showcase their projects to their family and friends.
Every learner eagerly participates in prestigious global competitions, extending their skills worldwide.
Learners are provided with the opportunity to interact with industry experts.
Curious minds aged 7 to 15, from any background or skill level, are welcome!
Each learner participates in globally recognized coding projects with certifications from organizations such as the European Commission, British Council, World’s Largest Lesson, etc.
With personalized mentoring and project-based learning, our learners build a robust portfolio showcasing their acquired skills and accomplishments.
Every learner is empowered through unlimited access to essential technologies and resources.
Learners enrolled receive an Evolve membership, which includes exclusive merchandise.
From registration to your child’s first day of building and coding, we’ve got every step covered for you.
A mentor will assist you through a brief online registration and payment process.
Book a call or send a message to get started.
We offer training sessions both online and in various locations, including farms, factories, etc.
We also provide a maker space for residents of Cape Coast.
Parents or guardians have the option to choose a convenient time slot.
Each session lasts for 2 hours, on Fridays and Saturdays, after school.
Currently, all sessions are held on Fridays and Saturdays, after school.
Parents will select their preferred 2-hour time slot and cohort for all activities.
The duration of a module may vary from 3 to 12 months, depending on its contents and required technical skills.
Our programs are designed for children aged 7 to 14.
Learners are grouped based on age and pre-test assessments.
We appreciate your interest! Feel free to reach us, and we’ll get back to you shortly.
Call: +233 553 670 145
Email: support@algopeers.com
Algo Peers Makerspace
Hillcrest, Room 101
CNC 1st Street, Centre for National Culture Compound, Cape Coast.
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