Making Robotics and Coding Fun
Robokorda Africa helps schools, families, and partners deliver premium robotics, coding, AI, and STEAM learning with structure, polish, and visible student outcomes.
Programme Focus
School-ready delivery with competition-level ambition.
From weekly sessions to RIRC preparation and Prime Book rollouts.
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Students Trained
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Schools Reached
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Countries
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Competitions Won
About Us
Robokorda Africa — from junior school to vocational level.
We partner with schools, families, and institutions to deliver structured robotics, coding, AI, and STEAM education that builds real skills.
Why Robokorda
A premium STEM pathway designed for African classrooms.
Robokorda blends facilitator-led teaching, hands-on project work, competitions, and future-ready tools so learners build both technical capability and personal confidence.
Practical by design
Every programme is built around doing, testing, reflecting, and improving rather than passive classroom consumption.
Rooted in opportunity
Robokorda is committed to helping African learners access the tools and confidence needed for the future economy.
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How We Deliver
Three flexible delivery models.
School timetables, after-school clubs, or weekend access — the same quality across every format.
School Curriculum
Robokorda embeds robotics and coding into the formal timetable with structured lesson plans and progress tracking.
Ideal for schools that want recurring classroom delivery, teacher coordination, learner assessment, and predictable term planning.
Extra-Curricular
After-school robotics clubs give learners a premium innovation space beyond core lessons while staying connected to school life.
Best for schools that want a high-energy STEM club, competition preparation, and practical enrichment without changing the curriculum.
Weekend Programmes
Weekend cohorts open the Robokorda pathway to families, homeschool communities, and learners outside partner schools.
Suited to parent-led enrolment, community hubs, and learners who want deeper project time with focused instructor support.
Our Courses
Structured learning pathways from beginner coding to advanced robotics.
Covering robotics, coding, AI, and app development for learners aged 8–17 and vocational trainees — delivered across school timetables, clubs, and weekend programmes.
Foundations of Robotics
Starter
- Age
- Ages 8-11
- Duration
- 10 Weeks
- Delivery
- Curriculum | Extra-Curricular
- Introduces basic robotics concepts, movement logic, sensors, and safe hardware handling.
- Builds confidence through repeatable assemblies, testing routines, and team challenges.
- Helps learners connect physical systems to problem-solving and storytelling.
Scratch Logic Lab
Core
- Age
- Ages 8-13
- Duration
- 12 Weeks
- Delivery
- Curriculum | Weekend
- Covers sequences, loops, variables, events, and interactive logic using visual coding.
- Uses games and simulations to make abstract computer science concepts easier to grasp.
- Improves creative confidence through project presentations and debugging reflection.
App Studio for Young Innovators
Applied
- Age
- Ages 10-15
- Duration
- 12 Weeks
- Delivery
- Extra-Curricular | Weekend
- Guides learners through mobile app planning, interface thinking, and feature design.
- Introduces logic mapping, testing, and user-centered problem solving for everyday African contexts.
- Strengthens presentation and pitching skills through demo-day project reviews.
AI Explorer Track
Advanced
- Age
- Ages 12-17
- Duration
- 8 Weeks
- Delivery
- Weekend | Competition Prep
- Introduces machine intelligence, prompts, data literacy, and responsible AI use.
- Frames AI as a practical tool for decision support, creativity, and local problem solving.
- Encourages ethical thinking around automation, bias, and digital trust.
Electronics and Sensors
Technical
- Age
- Ages 11-17
- Duration
- 10 Weeks
- Delivery
- Curriculum | Extra-Curricular
- Teaches breadboards, sensors, current flow, signal reading, and practical troubleshooting.
- Connects hardware learning directly to robotics builds and automation behaviour.
- Develops patience, diagnosis habits, and a more complete engineering mindset.
Mechanical Design Studio
Maker
- Age
- Ages 10-17
- Duration
- 10 Weeks
- Delivery
- Curriculum | Weekend
- Focuses on mechanisms, structures, prototyping, durability, and iterative design.
- Helps learners understand how movement, material choice, and stability affect performance.
- Builds design discipline through testing, revision, and evidence-based improvement.
Foundations of Robotics
Starter
- Age
- Ages 8-11
- Duration
- 10 Weeks
- Delivery
- Curriculum | Extra-Curricular
- Introduces basic robotics concepts, movement logic, sensors, and safe hardware handling.
- Builds confidence through repeatable assemblies, testing routines, and team challenges.
- Helps learners connect physical systems to problem-solving and storytelling.
Scratch Logic Lab
Core
- Age
- Ages 8-13
- Duration
- 12 Weeks
- Delivery
- Curriculum | Weekend
- Covers sequences, loops, variables, events, and interactive logic using visual coding.
- Uses games and simulations to make abstract computer science concepts easier to grasp.
- Improves creative confidence through project presentations and debugging reflection.
App Studio for Young Innovators
Applied
- Age
- Ages 10-15
- Duration
- 12 Weeks
- Delivery
- Extra-Curricular | Weekend
- Guides learners through mobile app planning, interface thinking, and feature design.
- Introduces logic mapping, testing, and user-centered problem solving for everyday African contexts.
- Strengthens presentation and pitching skills through demo-day project reviews.
AI Explorer Track
Advanced
- Age
- Ages 12-17
- Duration
- 8 Weeks
- Delivery
- Weekend | Competition Prep
- Introduces machine intelligence, prompts, data literacy, and responsible AI use.
- Frames AI as a practical tool for decision support, creativity, and local problem solving.
- Encourages ethical thinking around automation, bias, and digital trust.
Electronics and Sensors
Technical
- Age
- Ages 11-17
- Duration
- 10 Weeks
- Delivery
- Curriculum | Extra-Curricular
- Teaches breadboards, sensors, current flow, signal reading, and practical troubleshooting.
- Connects hardware learning directly to robotics builds and automation behaviour.
- Develops patience, diagnosis habits, and a more complete engineering mindset.
Mechanical Design Studio
Maker
- Age
- Ages 10-17
- Duration
- 10 Weeks
- Delivery
- Curriculum | Weekend
- Focuses on mechanisms, structures, prototyping, durability, and iterative design.
- Helps learners understand how movement, material choice, and stability affect performance.
- Builds design discipline through testing, revision, and evidence-based improvement.
What Learners Develop
Technical skills paired with the confidence to compete.
Every programme is built to strengthen habits learners need in class, at competitions, and throughout their careers.
Computational thinking
Learners break problems into clear, manageable steps and build confidence in logical reasoning.
Communication and teamwork
Projects are designed to improve collaboration, leadership, peer support, and presentation quality.
Creative problem-solving
Students test ideas, learn from failure, and improve solutions through practical iteration.
Persistence under pressure
Competition-style tasks teach resilience, focus, and the ability to keep improving under constraints.
Why Robokorda
A trusted partner for schools that want real outcomes.
Competition readiness, structured delivery, and measurable learner growth in every programme.
African context, global quality
Programmes are tailored for local schools and learners while maintaining a premium, future-facing standard of delivery.
Facilitators who can teach and inspire
Robokorda blends technical coaching, classroom energy, and structured learner guidance across every programme.
Competitions and real outcomes
Learners do more than attend classes. They build, present, compete, and grow visible evidence of progress.
Scalable partnerships
The model works for individual schools, school groups, NGOs, and ecosystem partners that want credible STEM impact.
Program the Robot
Navigate through the circuit maze — a taste of the problem-solving skills our learners develop every day.
Inspired by the real robotics challenges we teach at Robokorda Africa
Our Partners
Schools, NGOs, universities, and education partners across Africa.
From independent schools to public networks, teacher programmes to innovation hubs.
Independent and private schools
Schools looking to strengthen practical robotics, coding, and innovation pathways.
Public school networks
Districts and school groups building wider access to technology education.
NGOs and development partners
Organisations focused on youth capability, digital inclusion.
Teacher enablement programmes
Partners seeking school adoption support.
Innovation hubs and universities
Institutions that want stronger junior innovation pipelines.
Parent and homeschool communities
Families seeking structured technology learning.
Robokorda in Action
See what we do.
See Robokorda Africa programmes, competitions, and learners in action.
FAQ
Common questions about programmes, enrolment, and partnerships.
Robokorda works with schools, parent groups, and individual learners through curriculum, extra-curricular, and weekend delivery models. Entry pathways start from beginner level and build upward.
No. The programme is intentionally structured for progressive learning, so beginners can start with guided foundations while more experienced learners move into advanced tracks and competition preparation.
Yes. Schools can engage Robokorda for timetable integration, after-school clubs, teacher-aligned programme delivery, and showcase or competition support.
Contact Us
Get in touch about programmes, competitions, devices, or partnerships.
Reach out to our contact information or offices — we'll reply quickly.
Zimbabwe Office
Our base for school programmes, competitions, and regional enquiries.
Email Us
We respond to all enquiries within 24 hours on business days.
Enquiry Form
Start a conversation with Robokorda Africa
Our Shop
Prime Book devices, robotics kits, and learning tools.
Quality devices and STEM materials — available online with direct delivery.
Prime Book Laptops
Best ValuePrimeBook Neo
Entry-level Android laptop for every learner. PrimeOS (Android-based), ARM Octa-Core, 4GB RAM, 64GB.
Robotics Kits
Classroom KitRobokorda Robotics Kit
Complete classroom robotics kit: chassis, motors, sensors, and learning guide.
Learning Resources
CurriculumPrimary School Textbooks
Robokorda primary school robotics & coding curriculum textbook set.
Next Step
Bring Robokorda into your school, lab, or family learning journey.
Explore the full shop, register a team for RIRC, or speak with the team about a complete rollout.