Start with the fundamentals
₦5,000 every 6 monthsJava Programming
Explore core Java concepts, object-oriented programming, and practical software projects.
View course detailsFind your starting point
Explore the learning paths Mode Coders Club offers. Choose a subject that sparks your interest and start growing your skills.
8 learning paths
Practical, project-minded learning for curious people.
Start with the fundamentals
₦5,000 every 6 monthsExplore core Java concepts, object-oriented programming, and practical software projects.
View course detailsFrom front end to back end
₦5,000 every 6 monthsLearn how the web fits together, from HTML and CSS through JavaScript and server-side applications.
View course detailsFind the story in data
₦5,000 every 6 monthsGet introduced to data analysis, visualization, statistics, and machine learning concepts.
View course detailsThink about safety online
₦5,000 every 6 monthsBuild security awareness and learn the foundations of responsible digital safety.
View course detailsDesign with people in mind
₦5,000 every 6 monthsExplore how research, wireframes, and visual design come together to make useful digital products.
View course detailsThink, then build with AI
₦5,000 every 6 monthsUnderstand how modern AI and machine learning actually work, then use that understanding to build real, practical projects.
View course detailsBuild real office skills
FreePractical, exam-style practice for core Microsoft Word skills: formatting, documents, and everyday office tasks.
View course detailsBuild real office skills
FreePractical, exam-style practice for core Microsoft Excel skills: spreadsheets, formulas, and everyday office tasks.
View course details2 free resources
Quick skills checks and software basics — no subscription needed.
Computational Thinking
FreeA short diagnostic that measures where you're starting from — patterns, logic, and breaking problems into steps — before you begin a learning path.
Computational Thinking
FreeA hands-on assessment in Scratch for learners getting their first introduction to block-based programming.