
In today's ever-evolving digital landscape, the study of cryptocurrencies and blockchains goes far beyond their financial implications.
In this 3-part series, we embark on a journey to discover how these cutting-edge technologies intersect with a range of school subjects, better preparing students for a new world of work.
In part 1 we covered the global subjects one typical associates with this technology: Economics, Business Studies, Politics, and Environmental Studies.
In part 2 (this article) we dive into the details of the technical subjects namely: Information Systems, Computer Science, and Mathematics
In part 3 we will unpack the relation to the social and cultural subjects namely: History, Social Studies, and Communication, and Art and Design.
In this 3-part series, we embark on a journey to discover how these cutting-edge technologies intersect with a range of school subjects, better preparing students for a new world of work.
In part 1 we covered the global subjects one typical associates with this technology: Economics, Business Studies, Politics, and Environmental Studies.
In part 2 (this article) we dive into the details of the technical subjects namely: Information Systems, Computer Science, and Mathematics
In part 3 we will unpack the relation to the social and cultural subjects namely: History, Social Studies, and Communication, and Art and Design.
2.1 - Information Systems
Learning about cryptocurrencies and blockchains deepens students' understanding of information systems by examining the decentralised nature of blockchain networks, the secure storage and transmission of data, and the role of consensus algorithms. They develop skills in managing and analysing data, understanding the integration of blockchain technology with existing information systems, and exploring the potential for blockchain-based solutions in various industries.
2.2 - Computer Science
Learning about cryptocurrencies and blockchains deepens students' understanding of computer science principles such as distributed systems, cryptography, and network security. They explore topics like blockchain architecture, consensus algorithms, and smart contracts, developing practical skills in programming, data structures, and cybersecurity.
2.3 - Mathematics
Learning about cryptocurrencies and blockchains reinforces mathematical concepts such as cryptography, data analysis, and probability. Students gain hands-on experience in analysing transaction data, calculating hash functions, and understanding the mathematical principles behind blockchain consensus algorithms. This deepends a deeper understanding of mathematical applications in real-world scenarios.
See part 3 social and cultural subjects: History, Social Studies, and Communication, and Art and Design.