BNCC SKILLS DEVELOPED THROUGHOUT THE MODULE

SECTION

AI

In this module, we will explore Artificial Intelligence in a light, simple, and easy-to-understand way! You will discover how AI is present in our daily lives, such as in facial recognition in photos, reading text in images, and many other technologies we use without even realizing it.

Through hands-on and interactive activities, you will learn in a dynamic way how machines are able to learn, identify information, and make decisions. The goal is to observe how everything works in practice, understanding the concepts in a natural and accessible way.

BNCC SKILLS DEVELOPED THROUGHOUT THE MODULE

(EF01MA09) Organize and sort familiar objects or representations by shape, using attributes such as color, form, and size.

(EF01MA22) Conduct a survey involving up to two categorical variables of interest and a population of up to 30 elements, and organize the data using personal representations.

(EF02MA10) Describe a pattern (or regularity) in repetitive or recursive sequences using words, symbols, or drawings.

(EF02MA21) Classify outcomes of everyday random events as “unlikely,” “likely,” “very likely,” or “impossible.”

(EF02MA23) Conduct a survey with a population of up to 30 elements, choosing up to three categorical variables of interest, and organize the collected data in lists, tables, and simple column charts.

(EF03MA16) Recognize congruent figures using superposition and drawings on square or triangular grids, including the use of digital technologies.

(EF03MA21) Compare, visually or by superposition, the areas of faces of objects, plane figures, or drawings.

(EF09MA21) Analyze and identify, in media-published graphs, elements that may sometimes deliberately cause misreading, such as inappropriate scales, incorrectly labeled legends, omission of important information (sources and dates), among others.

(EM13MAT106) Identify everyday situations in which choices need to be made considering probabilistic risks (e.g., choosing a contraceptive method, opting for one medical treatment over another, etc.).

(EM13MAT405) Use basic concepts of a programming language to implement algorithms written in everyday language and/or mathematical language.