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Blockchain: Commercial Applications

Programme Fee (S$) Language Duration Effort
1500 English 6 weeks 4-6 hours per week

Course Overview

From supply chains to legal contracts, blockchain technology continues to create new opportunities for innovation across industries. The Blockchain: Commercial Applications online short course from the National University of Singapore (NUS) Advanced Computing for Executives (ACE) empowers participants with the knowledge and skills to harness the power of blockchain for their organisation.

Over six weeks, this comprehensive blockchain for business course will equip participants with a deep understanding of the fundamental principles and commercial applications of blockchain technology. Guided by industry experts, participants will delve into the intricacies of distributed ledger technology (DLT), smart contracts and various blockchain use cases across diverse industries.

This non-technical course has been designed for decision-makers seeking to navigate the commercial blockchain landscape and make informed strategic decisions. Executives, business leaders and managers will benefit from a comprehensive learning experience, gaining the knowledge to:

  • Identify opportunities to integrate blockchain technology into their organisations
  • Evaluate the potential impact of blockchain on their industry
  • Develop a strategic roadmap for blockchain implementation
  • Make informed investment decisions in blockchain initiatives

Blockchain technology is changing the way businesses operate, creating new efficiencies, reducing costs and fostering trust and transparency. This NUS blockchain course empowers participants to seize the opportunities it presents.

Course Curriculum

Orientation module   Welcome to Your Online Campus
Meet and engage with your learning and peer networks as you navigate the Online Campus.

Module 1   Blockchain Technology Today
Identify the features of blockchain technology and its commercial use cases.

Module 2   Distributed Ledgers and Smart Contracts
Explore the applications of distributed ledger technology (DLT) and smart contracts, and discover how to mint your own token.

Module 3   Commercial Applications
Analyse how blockchain can be commercially applied within your business or industry context.

Module 4   Possible and Permissible
Examine the ethics and regulations surrounding blockchain technology, and the impact stakeholders may have on the implementation process.

Module 5   Blockchain Resources and Architecture
Assess the resources and architecture required to implement blockchain technology, as well as the possible impact of the broader economy on your implementation.

Module 6   Preparing for the Pitch, a Credible Blockchain Proposal
Formulate and finalise a use-case proposal for the commercial application of blockchain technology.

Instructors


Mr Phil A. Woods

Career Opportunities

Blockchain technology is a rapidly evolving field with many career opportunities. Your specific career path will depend on your interests, skills and experience. Here are some of the most common blockchain career paths:

Blockchain developers: Design, develop and implement blockchain-based applications. They need to have a strong understanding of blockchain technology and experience with programming languages such as Solidity and Go. Blockchain developers may also need to be familiar with distributed systems, cryptography and smart contracts.

Blockchain engineers: Build and maintain blockchain infrastructure. They need to have a strong understanding of blockchain technology and experience with cloud computing, DevOps and security. Blockchain engineers may also need to be familiar with distributed systems, cryptography and smart contracts.

Blockchain solution architects: Design and implement blockchain solutions for businesses. They need to have a strong understanding of commercial blockchain technology and experience with business process analysis, system design and project management. Blockchain solution architects may also need to be familiar with distributed systems, cryptography and smart contracts.

Blockchain project managers: Plan, execute and monitor blockchain projects. They need to have strong project management skills and experience with blockchain technology. Blockchain project managers may also need to be familiar with agile methodologies, risk management and stakeholder management.

Blockchain consultants: Provide advice and guidance to businesses on how to use blockchain technology. They need to have a strong understanding of blockchain technology and experience with business process analysis, change management and technology adoption. Blockchain consultants may also need to be familiar with distributed systems, cryptography and smart contracts.

Blockchain UX designers: Design user experiences for blockchain-based applications. They need to have a strong understanding of user experience design principles and experience with blockchain technology. Blockchain UX designers may also need to be familiar with usability testing, information architecture and interaction design.

Blockchain security analysts: Assess and manage the security risks of blockchain-based applications. They need to have a strong understanding of the applications of blockchain technology and experience with security testing, vulnerability assessment and incident response. Blockchain security analysts may also need to be familiar with cryptography, penetration testing and risk management.