
Explore how machine learning enables computers to perform tasks without explicit programming, infer instructions from data, and improve with experience using neural networks and deep learning for prediction.
Discover how prediction underpins modern AI, with pattern detection across text, images, video, and sensors driving better information and decision making in a wide range of business applications.
Identify that AI systems act as prediction engines under uncertainty, processing input data through models to generate predictions that inform human decision making or automatically act upon them.
Discover the limits of ai in business, focusing on tasks requiring creativity, intuition, empathy, and dynamic human interaction. Learn why data quality and causation, not just correlation, constrain ai performance.
Machine learning is the science of getting computers to act without explicit programming and to improve with experience. It uses algorithms to parse data, learn, and make predictions.
Explore artificial neural networks and deep learning, from neurons to learning architectures that extract patterns from data. In supervised deep learning, models predict labels from raw data without engineered features.
Identify the three risk drivers of AI: opacity and complexity, distancing of humans from decisions, and distortion of incentives; explain their tradeoffs for fast deployment vs thorough testing.
Examine potential consequences for organizations, including wasted resources, failed AI projects, rushed production without testing, and reputational or regulatory risks from misused models.
Identify the diverse roles essential to building AI applications—data scientists, ML researchers, ML engineers, data engineers, data platform specialists, project managers, and data analysts—and convey the data scientist’s fivefold mission.
AI foundations for business professionals outlines the AI skills gap, highlighting talent and knowledge gaps, the need for domain expertise and business–data science collaboration, and risks of misalignment.
You can find the full Fluent in AI course at https://fluentinai.com/
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Full course outline:
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Module 1: Demystifying AI
Lecture 1
A term with any definitions
An objective and a field
Excitement and disappointment
Lecture 2:
Introducing prediction engines
Introducing machine learning
Lecture 3
Prediction engines
Don't expect 'intelligence' (It's not magic)
Module 2: Building a prediction engine
Lecture 4:
What characterizes AI? Inputs, model, outputs
Lecture 5:
Two approaches compared: a gentle introduction
Building a jacket prediction engine
Lecture 6:
Human-crafted rules or machine learning?
Module 3: New capabilities... and limitations
Lecture 7
Expanding the number of tasks that can be automated
New insights --> more informed decisions
Personalization: when predictions are granular... and cheap
Lecture 8:
What can't AI applications do well?
Module 4: From data to 'intelligence
Lecture 9
What is data?
Structured data
Machine learning unlocks new insights from more types of data
Lecture 10
What do AI applications do?
Predictions and automated instructions
When is a machine 'decision' appropriate?
Module 5: Machine learning approaches
Lecture 11
Three definitions
Machine learning basics
Lecture 12
What's an algorithm?
Traditional vs machine learning algorithms
What's a machine learning model?
Lecture 13
Machine learning approaches
Supervised learning
Unsupervised learning
Lecture 14
Artificial neural networks and deep learning
Module 6: Risks and trade-offs
Lecture 15:
Beware the hype
Three drivers of new risks
Lecture 16
What could go wrong? Potential consequences
Module 7: How it's built
Lecture 17
It's all about data
Oil and data: two similar transformations
Lecture 18
The anatomy of an AI project
The data scientist's mission
Module 8: The importance of domain expertise
Lecture 19:
The skills gap
A talent gap and a knowledge gap
Marrying technical sills and domain expertise
Lecture 20: What do you know that data scientists might not?
Applying your skills to AI projects
What might you know that data scientists' not?
How can you leverage your expertise?
Module 9: Bonus module: Go from observer to contributor
Lecture 21
Go from observer to contributor