The blockchain industry is growing, and with it, the demand for qualified graduates with relevant skills. But what exactly is blockchain, and how does it work?
BLOCKCHAIN SUMMER SCHOOL 2022
Fee: 660 EUR
- Explain the fundamentals of blockchain technologies and how it goes beyond cryptocurrency;
- Differentiate the way blockchain applications work as opposed to existing centralized systems;
- Compare and evaluate blockchain applications and their implications on standard work processes;
- Follow ongoing developments and applications in blockchain;
- Describe DLT business operations and challenges;
- List challenges pertaining to DLT implementation in various business domains;
- Demonstrate appropriate solutions to how DLTs can be used in various domains;
- List real-world solutions, initiatives, and challenges in the practical deployment of DLTs;
- Assess the legal and regulatory characteristics of Blockchain based applications.
SOFTWARE ARCHITECTURE FOR BLOCKCHAIN APPLICATIONS
- explain the principles of blockchain and which roles it can play in an application architecture
- decide on the suitability of blockchains and how to design applications using them
- make functional and non-functional trade-offs for blockchain-based applications
- build small applications on blockchain
Note: Before commencing this course, students should - have solid programming background, and - have basic software engineering (and software architecture) knowledge.
MASTER OF SCIENCE IN INFORMATION SYSTEMS - BLOCKCHAIN TECHNOLOGY SPECIALIZATION
Location: Silicon Valley
The MS programs’ student learning outcome is the ability to use basic engineering concepts flexibly in a variety of contexts.
MASTER OF BLOCKCHAIN ENABLED BUSINESS
Location: Melbourne, Australia
Fee: 32640 AUD
1. Demonstrate a broad, critical and practical understanding of contemporary issues, theories and practices in blockchain and distributed ledger technologies, from the perspectives of economics, finance, law, ethics, accounting and business IT.
2. Critically analyse and evaluate blockchain strategies and solutions models to resolve problems using various solutions drawn from theory and from contemporary practice.
3. Formulate and justify solutions to problems across a range of business contexts that are based on reasoned judgements and reference ethical, regulatory and global perspectives.
4. Reflect on performance feedback to identify action strategies for improvement.
5. Communicate business data and concepts to professionals and non-professionals in diverse contexts.
6. Apply an adaptive and collaborative approach to working with others in a variety of contexts.
7. Apply research principles and methods to design innovative options and solutions for, and make reasoned judgements about, problems and issues in contemporary business practice.
8. Apply and integrate professional theory with practice in authentic Work Integrated Learning (WIL) contexts, professional contexts and industry settings.