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Hands-On. Minds-On. Future-Ready.

Building Practical Technology Skills for the Future

Xonovate Code Champions equips learners and institutions with practical skills in coding, electronics, robotics and artificial intelligence through hands-on learning, technical capacity development and applied innovation.

Who We Are

Xonovate Code Champions is a technology education and innovation company. We help learners understand how technology works, develop practical skills, build solutions and explore how technology can be applied to real challenges.

We work with schools, institutions and communities to deliver practical, project-based learning across our four technology areas, and to strengthen the capacity of institutions to sustain that learning over time.

More about XCC
Students learning technology

Our Four Core Technology Areas

These are the broad technical domains we work in. Specific subjects and learning pathways sit inside them, and they connect to one another in practice.

Coding and Computational Thinking

Coding and Computational Thinking

Programming logic, software creation and computational problem-solving — from foundational coding to websites and applications.

ScratchPythonWeb developmentApplication development
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Electronics and Embedded Systems

Electronics and Embedded Systems

Circuits, microcontrollers, sensors and the hardware foundations that make interactive and automated technology possible.

Electronics fundamentalsArduino & ESP32Sensors and actuatorsEmbedded programming
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Robotics and Physical Computing

Robotics and Physical Computing

Programming, electronics, sensors and mechanical components brought together in working physical systems.

Educational roboticsLine-following systemsAutomation projectsPrototyping and testing
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AI and Intelligent Systems

AI and Intelligent Systems

AI concepts and systems that process information, identify patterns and support intelligent applications.

AI fundamentalsMachine learning conceptsComputer visionAI-enabled applications
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Learning Pathways and Practical Skills

Within the four technology areas, learners can explore a range of pathways. These are examples of subjects and skills, not separate programs — what is covered depends on the learners, the scope and the service arrangement.

Coding and Computational Thinking

  • Scratch
  • Python
  • Web development
  • Application development
See pathways in this area

Electronics and Embedded Systems

  • Electronics fundamentals
  • Arduino & ESP32
  • Sensors and actuators
  • Embedded programming
See pathways in this area

Robotics and Physical Computing

  • Educational robotics
  • Line-following systems
  • Automation projects
  • Prototyping and testing
See pathways in this area

AI and Intelligent Systems

  • AI fundamentals
  • Machine learning concepts
  • Computer vision
  • AI-enabled applications
See pathways in this area

How Learning Progresses

As a guiding model, learners move from understanding concepts to creating practical work and exploring how technology can address challenges. It is a direction of travel, not a fixed sequence that every participant completes.

01

Understanding

Grasping how technology works

02

Learning

Building skills through guided practice

03

Building

Creating working projects and systems

04

Application

Using skills on real tasks

05

Innovation

Exploring new approaches and ideas

06

Impact

Seeing technology address real needs

Tech4Impact

Tech4Impact is our framework for connecting technology learning with real-world challenges. It brings learners, educators and partners into a practical cycle of identifying problems, investigating causes, designing and developing prototypes, testing and improving solutions, and documenting and demonstrating their work.

Not every activity follows every stage — the depth depends on the group, the time available and the challenge being worked on.

Our Impact

Selected examples of our work, drawn from school engagements, project work and capacity development.

Tech4Impact

Traffic System Prototype

A functional traffic system prototype coordinating vehicle and pedestrian signals, inspired by real observations along the Awoshie to Ablekuma stretch.

School Engagement

Robotics Club at Green Pastures

Hands-on robotics sessions where students built circuits, programmed microcontrollers and developed problem-solving skills.

Institutional Engagement

Educator Capacity Development

Training educators to deliver practical technology programs independently and build long-term institutional capability.

Our Partner Institutions

We're proud to work with these schools and organizations across Ghana.

Green Pastures School
Jedidiah International School
Empower Communities Ghana
AB College
Africa Rising School
Green Pastures School
Jedidiah International School
Empower Communities Ghana
AB College
Africa Rising School
Green Pastures School
Jedidiah International School
Empower Communities Ghana
AB College
Africa Rising School
Green Pastures School
Jedidiah International School
Empower Communities Ghana
AB College
Africa Rising School
Green Pastures School
Jedidiah International School
Empower Communities Ghana
AB College
Africa Rising School

Let's Build Practical Technology Learning Together

Whether you are a school seeking practical technology education or an institution exploring technical capacity development, XCC can work with you to understand your needs and discuss a suitable approach.

Discuss a Partnership