computing pathways
Explore interdisciplinary computing pathways integrating Computer Science, IT, and Digital Capability. Discover curriculum modules for real-world applications across Key Stages 4 and 5.
These pathways formalise the teaching of modern, interdisciplinary fields by explicitly drawing content from the three core pillars of the curriculum: Computer Science (CS), Information Technology (IT), and Digital Capability (DC). They are designed to be taught as focused modules or integrated projects, particularly at Key Stages 4 and 5, to demonstrate the real-world application and synthesis of knowledge.
Pathways
Explore the principles of machine learning and generative AI while addressing ethical challenges, algorithmic bias, and governance frameworks.
Explore the discipline merging computer science, biology, and data science to manage, analyse, and interpret vast biological datasets and genomes.
Demystify the technologies behind decentralised digital systems, exploring cryptocurrencies, smart contracts, cryptography, and distributed networking.
Explore modern architectural approaches for building cloud applications using microservices, containers, and orchestration tools like Kubernetes.
Explore comprehensive digital security, from individual online safety to technical defensive systems and cryptographic design principles.
Master the complete data science lifecycle - from data collection and cleaning to predictive modelling and compelling data visualisation.
Explore the cultural philosophies and engineering practices uniting software development, IT operations, and security for reliable software delivery.
Merge artistic creativity with technical programming to plan, design, and produce engaging interactive entertainment systems.
Learn to design technology that is functional, intuitive, accessible, and enjoyable by applying user-centred design principles and empathy.
Investigate how visual, drag-and-drop Low-Code and No-Code platforms are democratising software development for citizen developers.
Discover the fundamental, non-intuitive principles of quantum computing, including qubits, superposition, and entanglement, and their future potential.
Connect software to the physical world by designing robotic systems that sense, process, and act, while exploring automation ethics.
Discover how to embed environmental sustainability into the design, use, and disposal of technology to address the IT sector's carbon footprint.
Gain a full-stack understanding of modern web application creation, integrating front-end UI design with back-end server logic and database management.
Last modified: March 6th, 2026
