| Introduction | - |
| Unit 1 |
Introduction |
| The Evolution of Artificial Intelligence | - |
| Unit 1 |
Understanding the Historical Development of AI |
| Unit 2 |
The Origins of Artificial Intelligence |
| Unit 3 |
Symbolic AI and Expert Systems |
| Unit 4 |
The AI Winters and Periods of Stagnation |
| Unit 5 |
The Rise of Machine Learning |
| Unit 6 |
Deep Learning and the Modern AI Revolution |
| Unit 7 |
The Emergence of Generative AI |
| Unit 8 |
Current Trends and Future Directions |
| Unit 9 |
Module summary |
| The AI Technology Landscape | - |
| Unit 1 |
Understanding the Main Categories of AI |
| Unit 2 |
Rule-Based Systems |
| Unit 3 |
Machine Learning Systems |
| Unit 4 |
Deep Learning Systems |
| Unit 5 |
Generative AI |
| Unit 6 |
Reinforcement Learning |
| Unit 7 |
Multi-Agent Systems |
| Unit 8 |
Robotics and Embodied AI |
| Unit 9 |
Hybrid AI Systems |
| Unit 10 |
Module Summary |
| Machine Learning Fundamentals | - |
| Unit 1 |
How Machines Learn |
| Unit 2 |
Supervised Learning |
| Unit 3 |
Unsupervised Learning |
| Unit 4 |
Semi-Supervised Learning |
| Unit 5 |
Reinforcement Learning |
| Unit 6 |
Training, Validation and Testing |
| Unit 7 |
Datasets and Data Quality |
| Unit 8 |
Model Performance and Evaluation |
| Unit 9 |
Module Summary |
| Deep Learning and Neural Networks | - |
| Unit 1 |
The Foundations of Modern AI |
| Unit 2 |
Artificial Neural Networks |
| Unit 3 |
Deep Neural Networks |
| Unit 4 |
Computer Vision Systems |
| Unit 5 |
Speech Recognition Technologies |
| Unit 6 |
Pattern Recognition Capabilities |
| Unit 7 |
Strengths and Limitations of Deep Learning |
| Unit 8 |
Computational Requirements |
| Unit 9 |
Module Summary |
| Generative AI and Large Language Models | - |
| Unit 1 |
Understanding the Technology Behind ChatGPT and Similar Systems |
| Unit 2 |
What is Generative AI? |
| Unit 3 |
Foundation Models |
| Unit 4 |
Large Language Models (LLMs) |
| Unit 5 |
Transformers and Attention Mechanisms |
| Unit 6 |
Prompting and Context Windows |
| Unit 7 |
Fine-Tuning and Customisation |
| Unit 8 |
Multimodal AI Systems |
| Unit 9 |
Current Limitations and Challenges |
| Unit 10 |
Module Summary |
| AI Agents and Autonomous Systems | - |
| Unit 1 |
The Next Evolution of Artificial Intelligence |
| Unit 2 |
What are AI Agents? |
| Unit 3 |
Agentic AI Architectures |
| Unit 4 |
Goal-Oriented Autonomous Systems |
| Unit 5 |
Planning and Reasoning Capabilities |
| Unit 6 |
Multi-Agent Collaboration |
| Unit 7 |
Human-AI Workflows |
| Unit 8 |
Agent Ecosystems and Orchestration |
| Unit 9 |
Future Implications for Public Administration |
| Unit 10 |
Module Summary |
| Computer Vision, Speech and Multimodal AI | - |
| Unit 1 |
AI Beyond Text |
| Unit 2 |
Image Recognition Systems |
| Unit 3 |
Object Detection Technologies |
| Unit 4 |
Facial Recognition Capabilities |
| Unit 5 |
Video Analysis |
| Unit 6 |
Speech Recognition and Transcription |
| Unit 7 |
Speech Synthesis and Voice Generation |
| Unit 8 |
Multimodal AI Models |
| Unit 9 |
Public Sector Applications |
| Unit 10 |
Module Summary |
| Robotics and Physical AI | - |
| Unit 1 |
AI in the Physical World |
| Unit 2 |
Industrial Robotics |
| Unit 3 |
Service Robots |
| Unit 4 |
Autonomous Vehicles |
| Unit 5 |
Drones and Autonomous Systems |
| Unit 6 |
Physical AI Architectures |
| Unit 7 |
Human-Robot Interaction |
| Unit 8 |
Smart Infrastructure and Robotics |
| Unit 9 |
Future Public Sector Applications |
| Unit 10 |
Module Summary |
| Foundation Models and AI Platforms | - |
| Unit 1 |
Understanding the New AI Infrastructure |
| Unit 2 |
Foundation Models Explained |
| Unit 3 |
Open-Source vs Proprietary Models |
| Unit 4 |
Model Ecosystems |
| Unit 5 |
AI-as-a-Service Platforms |
| Unit 6 |
Cloud AI Infrastructures |
| Unit 7 |
Sovereign AI Initiatives |
| Unit 8 |
European AI Ecosystems |
| Unit 9 |
Strategic Implications for Institutions |
| Unit 10 |
Module Summary |
| Comparing Major AI Models and Providers | - |
| Unit 1 |
Navigating the AI Marketplace |
| Unit 2 |
OpenAI Models |
| Unit 3 |
Anthropic Models |
| Unit 4 |
Google Gemini Models |
| Unit 5 |
Meta Llama Models |
| Unit 6 |
Mistral AI Models |
| Unit 7 |
European AI Initiatives |
| Unit 8 |
Strengths, Weaknesses and Use Cases |
| Unit 9 |
Choosing the Right Model for Organisational Needs |
| Unit 10 |
Module Summary |
| Emerging AI Technologies | - |
| Unit 1 |
What Comes After Generative AI? |
| Unit 2 |
Reasoning Models |
| Unit 3 |
World Models |
| Unit 4 |
Scientific AI |
| Unit 5 |
AI for Discovery and Innovation |
| Unit 6 |
AI for Simulation and Forecasting |
| Unit 7 |
Embodied Intelligence |
| Unit 8 |
Autonomous Research Systems |
| Unit 9 |
Artificial General Intelligence (AGI) Debates |
| Unit 10 |
Module Summary |
| Understanding AI Limitations | - |
| Unit 1 |
What AI Cannot Yet Do |
| Unit 2 |
Hallucinations and Reliability Challenges |
| Unit 3 |
Context Limitations |
| Unit 4 |
Causality Versus Correlation |
| Unit 5 |
Lack of True Understanding |
| Unit 6 |
Bias and Fairness Issues |
| Unit 7 |
Security Vulnerabilities |
| Unit 8 |
Dependence on Data Quality |
| Unit 9 |
Human Oversight Requirements |
| Unit 10 |
Module Summary |
| Building an AI Strategy for Public Institutions | - |
| Unit 1 |
From Technology Awareness to Strategic Adoption |
| Unit 2 |
Understanding Organisational AI Maturity |
| Unit 3 |
Identifying AI Opportunities |
| Unit 4 |
Build vs Buy Decisions |
| Unit 5 |
Selecting AI Technologies |
| Unit 6 |
Governance Considerations |
| Unit 7 |
Workforce Implications |
| Unit 8 |
Capability Development |
| Unit 9 |
Future-Proofing Public Institutions |
| Unit 10 |
Module Summary |
| The Future AI Landscape | - |
| Unit 1 |
Scenarios for the Next Decade |
| Unit 2 |
AI and the Future of Work |
| Unit 3 |
AI and Public Administration |
| Unit 4 |
AI and Democratic Governance |
| Unit 5 |
Regulatory Evolution |
| Unit 6 |
European AI Sovereignty |
| Unit 7 |
Future Technological Trajectories |
| Unit 8 |
Strategic Implications for Public Leaders |
| Unit 9 |
Module Summary |
| The Rise of Open-Source AI | - |
| Unit 1 |
Understanding Open AI Ecosystems |
| Unit 2 |
The Philosophy of Open-Source AI |
| Unit 3 |
Open Models Versus Proprietary Models |
| Unit 4 |
Benefits of Open Ecosystems |
| Unit 5 |
Transparency and Auditability |
| Unit 6 |
Innovation Through Community Collaboration |
| Unit 7 |
Challenges and Risks of Open Models |
| Unit 8 |
The Future of Open Source AI Development |
| Unit 9 |
Module Summary |
| Major Open-Source AI Models | - |
| Unit 1 |
Exploring the Leading Open AI Platforms |
| Unit 2 |
Meta Llama Ecosystem |
| Unit 3 |
Mistral AI and European Open Models |
| Unit 4 |
DeepSeek Open Models |
| Unit 5 |
Qwen Open Models |
| Unit 6 |
BLOOM and BigScience |
| Unit 7 |
Open-Source Multimodal Systems |
| Unit 8 |
Comparative Strengths and Limitations |
| Unit 9 |
Module Summary |
| China AI Strategy and Ecosystem | - |
| Unit 1 |
Artificial Intelligence as a National Strategic Priority |
| Unit 2 |
China's National AI Development Strategy |
| Unit 3 |
Government Support and Industrial Policy |
| Unit 4 |
AI as a Geopolitical Capability |
| Unit 5 |
The Chinese AI Innovation Ecosystem |
| Unit 6 |
Digital Infrastructure and AI Investment |
| Unit 7 |
AI and Technological Sovereignty |
| Unit 8 |
Strategic Competition and Cooperation |
| Unit 9 |
Module Summary |
| Leading Chinese AI Models | - |
| Unit 1 |
Understanding China's AI Champions |
| Unit 2 |
DeepSeek Models |
| Unit 3 |
Alibaba Qwen Models |
| Unit 4 |
Baidu ERNIE Models |
| Unit 5 |
Tencent Hunyuan Models |
| Unit 6 |
Moonshot AI (Kimi) |
| Unit 7 |
Zhipu AI (GLM Models) |
| Unit 8 |
ByteDance AI Initiatives |
| Unit 9 |
Comparative Performance and Positioning |
| Unit 10 |
Module Summary |
| AI Ecosystems Beyond China | - |
| Unit 1 |
Emerging Asian AI Innovation Hubs |
| Unit 2 |
Japan's AI Ecosystem |
| Unit 3 |
South Korea's AI Initiatives |
| Unit 4 |
Singapore as an AI Innovation Centre |
| Unit 5 |
India's AI Strategy and Development |
| Unit 6 |
Taiwan and Semiconductor Leadership |
| Unit 7 |
Regional Collaboration Initiatives |
| Unit 8 |
Future Asian AI Trajectories |
| Unit 9 |
Module Summary |
| Open-Source AI and Digital Sovereignty | - |
| Unit 1 |
Strategic Independence in the AI Era |
| Unit 2 |
Why Sovereign AI Matters |
| Unit 3 |
Open-Source Models as Sovereignty Tools |
| Unit 4 |
Data Sovereignty Considerations |
| Unit 5 |
Public Sector Deployment Models |
| Unit 6 |
Local Hosting Versus Cloud Dependence |
| Unit 7 |
Strategic Resilience and Redundancy |
| Unit 8 |
Building National and Regional AI Capabilities |
| Unit 9 |
Module Summary |
| Security, Governance and Risk Considerations | - |
| Unit 1 |
Evaluating Open and Global AI Systems |
| Unit 2 |
Security Implications of Open Models |
| Unit 3 |
Supply Chain Risks |
| Unit 4 |
Trust and Verification Challenges |
| Unit 5 |
Model Provenance and Transparency |
| Unit 6 |
Compliance with European Regulations |
| Unit 7 |
Risk Assessment Frameworks |
| Unit 8 |
Governance Requirements |
| Unit 9 |
Module Summary |
| Strategic Choices for Public Institutions | - |
| Unit 1 |
Selecting AI Ecosystems for Long-Term Success |
| Unit 2 |
Open Versus Proprietary Strategies |
| Unit 3 |
Multi-Model Architectures |
| Unit 4 |
Vendor Diversification |
| Unit 5 |
Balancing Innovation and Control |
| Unit 6 |
Cost and Infrastructure Considerations |
| Unit 7 |
Sovereignty and Procurement Decisions |
| Unit 8 |
Designing Resilient AI Ecosystems |
| Unit 9 |
Module Summary |
| Conclusion | - |
| Unit 1 |
End of Programme |