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Tutti i percorsi Intermediate

Machine Learning Engineer

Become a Machine Learning Engineer starting from the basics: Python for data, mathematics, classical machine learning, neural networks, CNNs, RNNs, generative models, reinforcement learning, AI agents, LLMs and RAG, up to MLOps with Docker and MLflow. 114 articles in 12 modules.

12 moduli 114 argomenti ~38h totali

Programma del Corso

What AI really is, from model to agent, opportunities and risks, adoption in a company, data culture, controlled experiments and cloud.

  • 1

    What Artificial Intelligence Really Is

    Artificial intelligence, machine learning and deep learning are not synonyms: Mitchell's definition, empirical risk, overfitting measured with code, and the three learning paradigms.

    23 min
  • 2

    From Model to Agent

    The perceive-decide-act loop, the five agent types, a minimal Python agent with tools and a step limit, and the difference between a workflow and an agent.

    19 min
  • 3

    AI Opportunities, Challenges and Risks

    Accuracy that lies, auditing a model by group, the proven incompatibility of fairness criteria, and an essential map of GDPR, the AI Act and the NIST AI RMF.

    21 min
  • 4

    Implementing AI in a Company

    From problem to decision with costs in hand: the five-field card, the CRISP-DM cycle, the optimal threshold derived from costs and checked in code, and the build, buy or skip choice.

    21 min
  • 5

    Data Culture

    How to turn a vague problem into a question data can answer: outcome, driver and guardrail metrics, Simpson's paradox and Goodhart's law with exact numbers.

    21 min
  • 6

    Test and Learn: Controlled Experiments and A/B Tests

    Randomisation, A/B tests, p-values, the sample size formula checked by simulation, and the peeking trap shown with a repeated experiment.

    22 min
  • 7

    Cloud and Artificial Intelligence

    What the cloud is according to the NIST definition, IaaS, PaaS and SaaS with their split of responsibility, and elasticity and the buy-versus-rent break-even computed in Python.

    20 min

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