Full Stack Web Development

Software Engineering

An advanced software engineering programme where students build strong programming foundations, create responsive web interfaces, develop backend systems, work with databases, and build full-stack applications through real-world projects.

Age12 - 16

Duration8 months

FormatOne 2-Hour Session Per Week

Pathway StageLevel 03: Specialisation

Focus Areas

Programming Fundamentals

Frontend Development & UI/UX

Backend Development & Databases

Software Project Management

Full-Stack Integration & Capstone Development

Learning Outcomes

Clean Code

Write clean, structured, reusable, and maintainable code.

Frontend Development

Build interactive, responsive, and user-friendly web interfaces using frontend technologies.

Backend & Databases

Develop backend systems, APIs, and database-connected applications.

Frontend Development

Understand how full-stack applications work end-to-end, from user interface to backend logic and data flow.

Debugging & Testing

Apply debugging, testing, optimization, and problem-solving strategies to improve software systems.

Teamwork

Collaborate within a software development workflow and communicate technical ideas clearly through projects.

Tools Used

Python

HTML

CSS

JavaScript

React

Flask

SQLite

Firebase

GitHub

Figma

Canva

Postman

Prerequisites

Strong knowledge of Python programming is recommended

Students should be able to write and debug code independently and understand basic mathematical concepts such as averages, mean, median, and simple data interpretation

Completion of the Coding and Software Learning Path or equivalent coding experience is recommended

Students without prior Meu Labs experience can request an entry test to assess readiness

Course Structure

Guided hands-on coding sessions where students learn through instructor explanations, live coding, mini-projects, debugging, testing, iteration, and reflection

Continuous progress tracking through completed coding tasks, instructor feedback, project milestones, technical understanding, collaboration, and communication

Portfolio and certification outcomes with student work documented through websites, applications, GitHub repositories, capstone projects, showcases, and a course completion certificate

Advanced project-based learning with instructor mentorship, team-based workflows, and real-world software development practices