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ÌÇÐÄVlog

Last updated

28 August 2026

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Teach machine learning as a disciplined workflow rather than a collection of algorithms. This Unit 05 pack transforms Chapter 5 of AI & Machine Learning: Foundations & Data – Volume 1 into four structured, classroom-ready lessons covering ML vs rule-based systems, supervised, unsupervised and reinforcement learning, train/validation/test discipline, data leakage, underfitting and overfitting, first models, preprocessing, pipelines, cross-validation and evaluation metrics.

Students learn to define a target, identify available evidence, protect the test set, recognise high-bias and high-variance behaviour, distinguish regression from classification, choose preprocessing steps and select metrics that match the cost of errors. The unit also introduces a first scikit-learn model through the create → fit → predict → evaluate pattern using LinearRegression, with MAE, RMSE and R² used to support cautious model claims.

Designed as the classroom teaching companion to AI & Machine Learning: Foundations & Data – Volume 1, the package includes a Teacher Guide, four-lesson plan, Teacher Handbook, Student Summary Notes, printable Worksheet, full Answer Key, Activity Cards, Exit Tickets, an editable 34-slide presentation deck and a Read Me First guide. Optional code-reading tasks allow the unit to work with or without student devices.

The no-prep structure supports direct teaching, group work, discussion, assessment and independent revision. The central message is simple: a model should not be trusted because it sounds advanced; its target, evidence, split, features, metric and limitations must make sense.

By the end of this unit, students will be able to:

• Distinguish machine learning from rule-based programming
• Identify supervised, unsupervised and reinforcement learning
• Define a prediction target and identify useful evidence
• Explain train, validation and test roles
• Identify data leakage
• Recognise underfitting/high bias and overfitting/high variance
• Distinguish regression from classification
• Read a LinearRegression create → fit → predict → evaluate workflow
• Explain scaling, encoding, imputation and pipelines
• Explain the purpose of cross-validation
• Compare key regression and classification metrics
• Choose metrics based on prediction type and error cost
• Write a responsible model claim with a limitation

Lesson 1 – From Rules to Learning
Compare hand-written rules with learned patterns and classify examples by learning paradigm.

Lesson 2 – The ML Workflow and Honest Splits
Follow the workflow, protect train/validation/test roles and repair leakage risks.

Lesson 3 – First Models and Model Failure
Compare regression and classification, interpret bias-variance behaviour and read a first Linear Regression workflow.

Lesson 4 – Features, Pipelines and Evaluation
Choose preprocessing steps and metrics, use pipeline reasoning and connect cross-validation to trustworthy evaluation.

Get this resource as part of a bundle and save up to 27%

A bundle is a package of resources grouped together to teach a particular topic, or a series of lessons, in one place.

Bundle

AI & Machine Learning Volume 1 – Complete Curriculum Bundle | Course Book + 7 Teaching Units

AI & Machine Learning Volume 1 – Complete Curriculum Bundle combines the full 197-page course book with 7 complete teaching units, creating a structured pathway from the fundamentals of artificial intelligence to practical machine learning with Python. Designed for secondary, post-16, vocational and introductory computing learners, this bundle provides both the student-facing course content and the teacher resources needed to deliver it in the classroom. What’s included AI & Machine Learning: Foundations & Data – Volume 1 A complete 197-page European Edition course book covering Chapters 1–7, with explanations, Python examples, worked examples, exercises, European case studies and practical projects. 7 Complete Teaching Units: Unit 01 – What is Artificial Intelligence? AI foundations, branches of AI, real-world applications and responsible AI. Unit 02 – Setting Up Your AI Environment Python environments, Jupyter, Google Colab, development tools and practical setup. Unit 03 – NumPy & Pandas Data Handling Arrays, DataFrames, filtering, cleaning, grouping and preparing data for AI. Unit 04 – Data Visualisation Chart selection, interpretation, Matplotlib, Seaborn and evidence-based communication. Unit 05 – Introduction to Machine Learning Supervised and unsupervised learning, ML workflows, regression, evaluation and overfitting. Unit 06 – Scikit-learn in Depth Estimator API, pipelines, preprocessing, model selection, tuning and practical ML workflows. Unit 07 – Classification Algorithms K-NN, Decision Trees, Support Vector Machines, Random Forests, confusion matrices, precision, recall, F1 and responsible classifier selection. Each teaching unit follows a structured 4-lesson sequence, giving you 28 ready-to-teach lessons across Volume 1. Resources across the units include: • Teacher Guides • Detailed Lesson Plans • Teacher Handbooks • Student Summary Notes • Student Worksheets • Answer Keys • Activity Cards • Exit Tickets • Editable PowerPoint presentations • Supporting teacher and course materials The course progresses logically from understanding AI and preparing a Python environment through data handling and visualisation to complete machine learning workflows and classification. European examples and responsible AI considerations are integrated throughout, helping students connect technical skills with issues including bias, privacy, explainability, human oversight and the EU AI context. Ideal for • Computer Science and Computing courses • AI and Machine Learning introductions • Python and Data Science pathways • Post-16 and vocational computing • Teachers introducing AI into an existing curriculum • Independent study and enrichment programmes Volume 1 | Chapters 1–7 | 197-page Course Book | 7 Teaching Units | 28 Lessons A complete teaching and learning package for taking students from their first introduction to artificial intelligence through to building, evaluating and discussing practical machine learning systems.

£14.99

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