Secondary Computing

Key Skills and Learning Objectives

Our Cambridge Lower Secondary Computing Curriculum enables students to explore digital systems, develop coding expertise, and understand computational logic. This approach helps learners acquire problem-solving techniques, fostering creativity and critical thinking.

Students will develop core computational and technical skills, including:

• Gaining insight into how computers function and process information.
• Writing and debugging code using Python and other programming tools.
• Understanding data structures and the role of automation in industries.
• Enhancing logical reasoning through structured problem-solving.
• Learning about networking, cybersecurity, and digital ethics.

‍

‍

Personalised Learning Pathways

To accommodate different learning preferences, we offer three flexible study options:

Full-Time Live Learning

• Best suited for students who prefer interactive, instructor-led sessions.
• Participate in three live classes per week, covering coding, digital systems, and hands-on challenges.
• Immediate teacher support to refine programming techniques and computational thinking.

Blended Learning Programme

• A structured mix of live and self-paced learning.
• Includes one live lesson per week, supplemented by two recorded lessons.
• Students complete coding assignments, digital projects, and interactive tasks independently.

Self-Paced Independent Learning

• Ideal for students who require maximum flexibility in their study schedules.
• Access three recorded lessons per week with supporting materials.
• Encourages self-guided exploration of coding principles, data science, and networking concepts.

‍

Curriculum Structure: What Students Will Learn

Computational Thinking & Digital Problem-Solving
Students build logical thinking skills by breaking down complex challenges into structured steps, using algorithms and abstraction to create solutions.

Core Learning Strands in Computing
The programme is structured into five key areas, providing a well-rounded computing education:

• Algorithmic Thinking – Learning how to create solutions using structured logic.
• Programming – Gaining hands-on experience with Python and text-based coding.
• Data & Information – Understanding how data is collected, stored, and analysed.
• Networks & Digital Communication – Exploring how devices connect and exchange data.
• Computer Systems – Investigating how hardware and software interact to process instructions.

Project-Based Learning & Practical Application
Students take part in real-world programming activities, such as designing games, interactive applications, and automated systems, to apply their learning effectively.

Preparation for Higher-Level Computing Studies
This course ensures a seamless transition to IGCSE Computer Science and other advanced technology-based disciplines.

‍

Get Started Today!

Equip Your Child with the Digital Skills of Tomorrow!
Our Lower Secondary Computing programme at IWS Online fosters analytical thinking, programming expertise, and problem-solving skills, preparing students for future careers in technology and innovation.

Take the first step towards mastering computing with IWS Online!

‍