Fundamentals of Blockchain Technology

Building Trust, Transparency and Innovation in the Digital Economy

Discover how blockchain, smart contracts, tokenization and decentralized technologies are transforming financial services, supply chains, government and the global digital economy.

Program Overview

Blockchain technology has emerged as one of the most significant technological innovations of the twenty-first century, fundamentally changing the way organizations record, verify and exchange information. Originally developed to support digital currencies, blockchain has evolved into a transformative platform for banking, trade finance, supply chain management, healthcare, digital identity, government services and numerous other sectors requiring secure, transparent and decentralized record-keeping.

The Fundamentals of Blockchain Technology module has been developed by GenevaTech Business School (GTBS) as the third module of the Professional Diploma in Digital Finance. The course introduces participants to the principles of distributed ledger technology, cryptographic security, consensus mechanisms, smart contracts and tokenization, while examining practical business applications across multiple industries. Particular emphasis is placed on understanding blockchain from a strategic and managerial perspective rather than a software engineering perspective.

Delivered through the GenevaTech Applied Learning Model (GALM™), the module combines interactive lectures, practical demonstrations, AI-supported learning activities, industry case studies and applied exercises. Participants will gain the confidence to evaluate blockchain opportunities, understand emerging business models and make informed decisions regarding blockchain adoption within their organizations.

The 4-week hybrid course is led by Dr. Shoaib Zafar, CFA, CAIA, an accomplished fund manager whose doctoral expertise lies in digital asset blockchain governance. By seamlessly integrating traditional finance (TradFi) with decentralized finance (DeFi), Dr. Zafar provides attendees with a unique, forward-looking market perspective. Designed to turn theoretical literacy into decisive execution, this program equips you with the exact skills needed to independently evaluate, navigate, and manage digital asset ecosystems.

Learning Outcomes

Upon successful completion of this module, participants will be able to:

• Explain the principles and architecture of blockchain technology.
• Differentiate between public, private and consortium blockchain networks.
• Describe consensus mechanisms and their role in securing decentralized systems.
• Evaluate the business value of smart contracts and decentralized applications.
• Understand cryptocurrencies, stablecoins, tokenization and digital assets.
• Assess enterprise blockchain use cases across multiple industries.
• Analyse regulatory, governance and cybersecurity considerations relating to blockchain adoption.
• Design a blockchain-based business solution for a real-world organizational challenge.

Target Audience

This executive programme is suitable for:

• Banking professionals
• Financial services executives
• Blockchain and FinTech professionals
• Business leaders and entrepreneurs
• Government officials and regulators
• Supply chain managers
• IT and digital transformation managers
• Consultants
• University graduates and MBA students
• Innovation and strategy professionals

No prior programming knowledge is required.

Key Benefits

Participants will benefit from:

✓ Executive education aligned with Swiss academic standards

✓ Practical understanding of blockchain beyond cryptocurrencies

✓ Exposure to enterprise blockchain solutions

✓ Hands-on experience with blockchain platforms and AI-assisted tools

✓ Real-world business case studies

✓ Executive implementation templates and frameworks

✓ 1 ECTS stackable Professional Certificate

✓ GenevaTech Digital Badge and Competency Transcript

✓ Progression towards the Professional Diploma in Digital Finance (6 ECTS)

Course Overview

Weekly Breakdown

Week 1

Blockchain Fundamentals and Distributed Ledger

Live Session (2 Hours)

• Evolution of blockchain technology
• Distributed ledger concepts
• Blockchain architecture
• Blocks, hashing and cryptographic principles
• Public, private and consortium blockchains
• Blockchain ecosystems and terminology

Self-Study & Independent Learning (3 Hours)

• Explore the evolution of blockchain from Bitcoin to enterprise platforms.
• Compare centralized and decentralized systems.
• Read introductory blockchain reports.
• Prepare a reflection on the role of trust in digital transactions.

Practical Laboratory

• Blockchain Explorer
• Ethereum Explorer
• ChatGPT for blockchain research
• Interactive blockchain visualizations

Week 2

Consensus Mechanisms, Smart Contracts and Decentralized Applications

Live Session (2 Hours)

• Proof of Work (PoW)
• Proof of Stake (PoS)
• Delegated consensus models
• Smart contracts
• Ethereum ecosystem
• Decentralized Applications (DApps)
• Web3 overview

Self-Study & Practical Exercise (3 Hours)

• Compare major consensus mechanisms.
• Analyse a smart contract use case.
• Evaluate a decentralized application.

Practical Laboratory

• MetaMask Wallet (demonstration)
• Ethereum Test Network
• Smart Contract Explorer
• AI-assisted smart contract analysis

Week 3

Digital Assets, Tokenization and Enterprise Blockchain

Live Session (2 Hours)

• Cryptocurrencies and stablecoins
• Central Bank Digital Currencies (CBDCs)
• Tokenization of real-world assets
• Enterprise blockchain platforms
• Supply chain applications
• Trade finance
• Healthcare and digital identity

Self-Study & Project (3 Hours)

• Evaluate an enterprise blockchain implementation.
• Compare tokenization models.
• Analyse a CBDC initiative.

Practical Laboratory

• Token Explorer
• Digital Asset Dashboards
• Blockchain Demo Platforms
• AI-assisted business model analysis

Week 4

Blockchain Strategy, Governance and Future Trends

Live Session (2 Hours)

• Blockchain governance
• Regulatory developments
• Cybersecurity and privacy
• Blockchain adoption strategies
• Emerging trends
• Participant project presentations

Self-Study & Capstone (3 Hours)

Develop a Blockchain Business Transformation Proposal including:

• Business problem
• Proposed blockchain solution
• Technology architecture
• Stakeholder analysis
• Benefits and risks
• Governance considerations
• Implementation roadmap

Practical Laboratory

Throughout the programme, participants will work with:

• MetaMask
• Ethereum Blockchain Explorer
• Bitcoin Blockchain Explorer
• Hyperledger Fabric demonstrations
• Polygon ecosystem
• Solidity demonstrations (non-programming level)
• ChatGPT
• Microsoft Copilot
• Google Gemini

Industry Case Studies

Participants will analyse:

• Ethereum – Smart Contract Innovation
• Ripple – Cross-Border Payments
• IBM Food Trust – Supply Chain Transparency
• JPM Coin – Institutional Digital Payments
• TradeLens – Global Trade Documentation
• Swiss Digital Exchange (SDX) – Tokenized Financial Markets
• Project mBridge – Cross-Border Central Bank Digital Currency Collaboration

Each case examines business value, governance, implementation challenges, regulatory implications and lessons learned.

Assessment Strategy

A minimum overall score of 60% is required to earn the module credit.

Executive Toolkit

Participants will receive:

• Blockchain Technology Handbook
• Blockchain Readiness Assessment Framework
• Enterprise Blockchain Evaluation Checklist
• Smart Contract Business Use Case Template
• Tokenization Strategy Canvas
• Blockchain Governance Framework
• AI Prompt Library for Blockchain Analysis
• Curated reading pack and industry reports

Capstone Project

Each participant will prepare a Blockchain Adoption Strategy for a selected organization in banking, government, healthcare, logistics, education or another industry.

The strategy should include:

• Organizational challenge
• Blockchain suitability assessment
• Proposed solution architecture
• Stakeholder analysis
• Governance and compliance considerations
• Cost-benefit analysis
• Risk management plan
• Implementation roadmap
• Executive presentation

Learning Resources

Recommended Books

• Mastering Blockchain
• Blockchain Revolution
• The Basics of Bitcoins and Blockchains

Recommended Reports

• Global Blockchain Adoption Reports
• Enterprise Blockchain Market Outlook
• Digital Assets Industry Reports
• CBDC Research Publications
• Blockchain Governance Reports

Digital Resources

• Blockchain explorers
• Enterprise blockchain documentation
• Digital asset market dashboards
• AI-powered research assistants
• Industry white papers

Professional Certificate

Upon successful completion, participants will receive:

• GenevaTech Professional Certificate – Fundamentals of Blockchain Technology
• 1 ECTS Academic Credit
• GenevaTech Digital Badge
• Competency Transcript
• 30 CPD Hours Certificate
• Eligibility to progress towards the Professional Diploma in Digital Finance (6 ECTS)

Why GenevaTech Business School?

• Swiss-quality executive education
• ECTS-aligned stackable professional qualifications
• Technology-enabled and AI-integrated learning
• Industry-focused curriculum with practical applications
• Faculty combining academic excellence and professional experience
• Flexible online and hybrid delivery
• Executive networking and lifelong alumni engagement
• Clear pathways to advanced professional diplomas and postgraduate study

Fees and Financial Aid

Standard Tuition Fee: CHF 795

The fee includes live instruction, digital course materials, practical templates, laboratory exercises, case studies, assessment, networking opportunities, and the professional certificate. Scholarships may be available on a competitive basis.

Scholarships

GenevaTech is committed to educational accessibility. A limited number of partial, case-by-case scholarships are available. Please reach out to our team to discuss your eligibility.

How to Apply

For admissions, please contact admissions@gtbs.ch to reserve your place or inquire about partial scholarship opportunities.