Κύρια Ιδέα: Στόχος αυτού του σεναρίου είναι να παρουσιάσει τον τρόπο με τον οποίο μπορούν να ελέγχονται και να μετακινούνται αντικείμενα. Η δραστηριότητα εκτελείται χωρίς υπολογιστή. ΔημιουργοίJan Pawlowski, Martin IdzikΓνωστικό ΑντικείμενοΠληροφορική, Γενικές γνώσειςΔιάρκεια45 λεπτάΠαιδαγωγική ΠροσέγγισηΜάθηση αξιοποιώντας ψηφιακά μέσαΔεξιότητεςΑλγόριθμοι, Συμπεριφορές, Δομές ελέγχουΗλικιακή ΟμάδαΓ’-Δ Δημοτικού σχολείουTεχνολογίαBee Bot Description:The topic should be introduced briefly – initially only theContinueContinue reading “Μετακίνηση Αντικείμενων: “Running Game””
Category Archives: Computer science
Potentiometer
Students are introduced to variables using the power automaton. CreatorJan Pawlowski, Martin IdzikSubjectComputer science, mathLength45 minutesPedagogical ApproachCollaborative learningCompetencesData, programmingGradesFrom 3rd gradeTechnologiesMIT AppInventor (a user account must be set up for this, PC or tablet is required for use), Potency Machine worksheet. 1. Introduction: The teacher introduces the concept of variables and explains it using theContinueContinue reading “Potentiometer”
Merge Cube 1
Using an augmented reality model of planet Earth, students learn about the different layers that make up our planet. CreatorJan Pawlowski, Martin IdzikSubjectComputer science, geographyLength45 minutesPedagogical ApproachExplorative learningCompetencesNew technologies, attitudes, social skillsGradesElementary school, 3rd – 5th gradeTechnologiesWorksheet Merge Cube 1 , Merge Cube, Object Viewer App, Tablet or Smartphone 1. Introduction: The teacher briefly introducesContinueContinue reading “Merge Cube 1”
Producing components with the 3D printer
Some parts of the plant require fasteners, containers and covers. These can be designed by the students themselves using 3D printing. This gives the students an insight into the process of constructing 3D models. CreatorJan Pawlowski, Martin IdzikSubjectComputer scienceLength45 minutesPedagogical ApproachExplorative learningCompetencesNew technologiesAbstractionGradesElementary school, grades 5-6TechnologiesWork computer3D Software – TinkerCAD3D printerIllustrative material: Examples 3D printingContinueContinue reading “Producing components with the 3D printer”
Introduction to sensor technology with aquaponics
The goal is to independently develop an aquaponics project in which a complete system is established in a school.This system is built step by step and includes the following subtopics: Aquaponics and recirculating systemsFish and plant speciesProgramming an Arduino (“control system”) CreatorJan Pawlowski, Martin IdzikSubjectComputer science, biology, geography, physicsLength45 minutesPedagogical ApproachExplorative learningCompetencesProblem solving, abstraction, decomposition,ContinueContinue reading “Introduction to sensor technology with aquaponics”
Green House Monitoring
The objective of the learning scenario is to set up an automatic irrigation system for a greenhouse / flower pots.Different learning contents are considered: Use of sensors: 1) humidity and temperature 2) humidity and water levelUse of an external display / as an extension Input of threshold values for humidity / water levelCoupling of differentContinueContinue reading “Green House Monitoring”
Arduino sensors
The goal of the scenario is an introduction to the basic characteristics of sensors, how they work and how they are used.The task is to read out various sensors and bring them onto a display at predefined intervals. CreatorJan Pawlowski, Martin IdzikSubjectComputer ScienceLength45 minutesPedagogical ApproachExplorative learningCompetencesNew technologies, dataGradesPrimary school, grade 5-6TechnologiesArduino Uno board, plug-in board,ContinueContinue reading “Arduino sensors”
Introduction to Arduino
The goal of the scenario is to introduce the basic characteristics of microprocessors, how they work and how to use them.The task is to make LEDs light up in different ways, getting to know the Arduino board and the programming environment at the same time. CreatorJan Pawlowski, Martin IdzikSubjectComputer ScienceLength45 minutesPedagogical ApproachExplorative learningCompetencesNew technologiesGradesPrimary school,ContinueContinue reading “Introduction to Arduino”
Principles of Machine Learning
The learning scenario focuses on machine learning and pattern recognition. It lets students train a machine on recognizing plants. CreatorJan Pawlowski, Martin IdzikSubjectBiology, computer scienceLength45 minutesPedagogical ApproachProblem based learningCompetencesAbstractionPattern recognitionMachine learningGradesPrimary school, grade 5-6TechnologiesMobile phones / tablets with cameraInternet accessComputer (if coding the algorithm)https://teachablemachine.withgoogle.com/ 1. Context settingStudents should discuss how to distinguish plants – whatContinueContinue reading “Principles of Machine Learning”
Basic commands game
This scenario will teach the students how to give basic commands in pseudo algorithms CreatorAnna-Leena LounaskorpiSubjectPhysical education, ICTLength45 minutesPedagogical ApproachPhenomenon-based learningCompetencesStudents will learn to give basic commands in programmingGradesStudents aged 7-12.TechnologiesNone The exercise is based on improvisation. Students will be in a large circle. Each student will give a command to the whole group inContinueContinue reading “Basic commands game”
Writing stories with a dice
This scenario will teach the students how to use if/else statements CreatorAnna-Leena LounaskorpiSubjectLanguages, ICT, other suitable subjectsLength45 minutesPedagogical ApproachPhenomenon-based learningCompetencesStudents will learn to use if/or/else statements in basic programming logicGradesStudents aged 10-12.TechnologiesPen and paper, dice At the beginning of the lesson a brief introduction to if/else statemens should be given. The class will come upContinueContinue reading “Writing stories with a dice”
VR Fieldtrip
The aim of the lesson is to take a virtual tour of selected sites using virtual reality glasses. Virtual reality and questionnaires are used to measure students’ motivation, cooperation, social skills, activity, perception and short-term memory in different subjects compared to a normal learning situation. CreatorMikko MuiluSubjectGeography, biology, science, environmental science, technologyLength45 minutesPedagogical ApproachLearning byContinueContinue reading “VR Fieldtrip”
Sorting game: Merge Sort
Students learn sorting algortithms by playing in a group CreatorMikko MuiluSubjectMath, ICTLength45 minutesPedagogical ApproachPhenomenon-based learningCompetencesStudents learn to compare numbers by sortingGradesStudents aged 9-12.TechnologiesPen and paper How to play Ask all students to stand in a circle. With one student standing in the middle of the circle comparing the ages of the others, divide people intoContinueContinue reading “Sorting game: Merge Sort”
Sorting game: Bubble Sort
Take two objects, show them to the class and ask comparison questions. Which one is taller, which one is heavier, etc. For example, a pencil, eraser, ruler, etc. CreatorMikko MuiluSubjectMath, ICT, physical educationLength45 minutesPedagogical ApproachPhenomenon-based learningCompetencesStudents learn to compare objects and numbersGradesStudents aged 9-12.TechnologiesPen and paper Exercise 1: Have the students draw a long andContinueContinue reading “Sorting game: Bubble Sort”
Punch card music box
This scenario will teach how punch cards work by using sheet music. CreatorAnna-Leena LounaskorpiSubjectMusic, ICTLength45 minutesPedagogical ApproachPhenomenon-based learningCompetencesStudents will learn to read and write simple sheet music and how punch cards are used to give parameters.GradesStudents aged 9-12.TechnologiesMusic box kit (Kikkerland), pen and empty sheet music paper Teacher will give an introduction how punch cardsContinueContinue reading “Punch card music box”
Pseudo code drawing
This exercise is planned to explain how pseudo code works and how it can be followed by anyone. Indentation is important (as it is in Python). The same can be communicated with parenthesis, but intendation is chosen here. CreatorMikko MuiluSubjectMath, ICT, physical educationLength45 minutesPedagogical ApproachPhenomenon-based learningCompetencesStudents learn the idea of pseudo code and algorithmGradesStudents agedContinueContinue reading “Pseudo code drawing”
Jump rope
This scenario will teach students how computer executes commands CreatorAnna-Leena LounaskorpiSubjectPhysical education, ICTLength45 minutesPedagogical ApproachPhenomenon-based learningCompetencesThe students will learn how different commands are executed in computer programmingPhysical education and coordinationGradesStudents aged 7-12.TechnologiesJump rope In the beginning of the lesson the class will come up with 5-10 different simple commands to give during the jump rope.ContinueContinue reading “Jump rope”
Tournament-App for Sports Events
Students expand the Digital Scoreboard to include the ability to record tournaments for different teams there as well. CreatorsJan Pawlowski, Martin IdzikSubjectComputer Science, SportsLength90 MinutesPedagogical ApproachExplorative LearningCompetenciesTechnologies: App Inventor, Block languagesGradesGrade 5 to 9TechnologiesMIT App Inventor Learning Activities Introduction: The teacher briefly introduces the topic and refers to the learning scenario “digital scoreboard”. Development: TheContinueContinue reading “Tournament-App for Sports Events”
Giant instrument
This scenario will teach students what the statements are in computer programming CreatorAnna-Leena LounaskorpiSubjectMusic, ICT, physical educationLength45 minutesPedagogical ApproachPhenomenon-based learningCompetencesStudents will learn how to use statements and to read simple sheet music.GradesStudents aged 7-12.TechnologiesNone In the beginning of the lesson the class will discuss different instruments and how they work. The class will come upContinueContinue reading “Giant instrument”
Foreign alphabet
This scenario will teach foreign alphabet to students by replacing one letter from a text after another. CreatorAnna-Leena LounaskorpiSubjectLanguages, ICTLength45 minutesPedagogical ApproachPhenomenon-based learningCompetencesStudents will learn different alphabet from their own and basics of parametersGradesStudents aged 9-12.TechnologiesPen and paper, Microsoft Word/other writing app Teacher will give the students short texts with one letter or syllable replacedContinueContinue reading “Foreign alphabet”
Debugging formulas
The students will gain better understanding of what each component of an expression does in practice in maths and how it can be applied to other calculations. This scenario also contributes to teaching programming and algorithmic thinking. CreatorAnna-Leena LounaskorpiSubjectMath, ICTLength45 minutesPedagogical ApproachReal-life learningCompetencesAlgorithmic thinkingProblem-solving skillsDebugging skillsGradesStudents aged 11-12.TechnologiesPen and paper Debugging the mathematic formula openContinueContinue reading “Debugging formulas”
Boolean operators
This is a game/activity to explain logic ports in an easy way. In this game students will signal the next student by squeezing the finger of a next student and they will relay the signal forwards, if the rule allows them to. CreatorMikko MuiluSubjectMath, ICT, physical educationLength45 minutesPedagogical ApproachPhenomenon-based learningCompetencesBoolean operators (And, or, not, xor,ContinueContinue reading “Boolean operators”
Binary search with cards
Students are shown the idea of binary search. The idea is based on human robots -exercise. CreatorMikko MuiluSubjectMath, ICTLength45 minutesPedagogical ApproachProblem based learningCompetencesStudents learn to:understand what a binary search algorithm is and when it should be usedGradesStudents aged 9-12.TechnologiesA stack of numbered cards has to be preprinted and put in order in a string. StringContinueContinue reading “Binary search with cards”
Binary search
Students are shown the idea of binary search. The idea is based on human robots -exercise. CreatorMikko MuiluSubjectMath, ICTLength45 minutesPedagogical ApproachPhenomenon-based learningCompetencesStudents learn what an algorithm meansStudents learn that there are different ways to retrieve certain numbers and some ways are considerably faster than othersStudents learn simple algorithm principlesStudents learn how to use the programming-relatedContinueContinue reading “Binary search”
Binary numbers with cards
Students will learn how to do basic calculations using binary numbers on cards CreatorMikko MuiluSubjectMath, ICTLength45 minutesPedagogical ApproachPhenomenon-based learningCompetencesStudents learn to understand how binary numbers work on basic math solutionsGradesStudents aged 9-12.TechnologiesPen and paper Binary numbers with cards Description: Computers are made of transistors and they can’t calculate or understand numbers in the very basicContinueContinue reading “Binary numbers with cards”
Binary code scavenger hunt
This scenario will familiarize students with ASCII binary CreatorAnna-Leena LounaskorpiSubjectLanguages, ICT, other suitable subjectsLength45 minutesPedagogical ApproachPhenomenon-based learningCompetencesStudents will learn to utilise binary translators and assess problemsGradesStudents aged 10-12.TechnologiesPen and paper, ASCII binary translator ie. https://www.rapidtables.com/convert/number/binary-to-ascii.html Description: A brief explanation of ASCII binary should be given in the beginning of the lesson. The teacher will createContinueContinue reading “Binary code scavenger hunt”
Digital Scoreboard with AppInventor
Students will develop an app to track the score for point-based competitions like football or any other sports. CreatorsJan Pawlowski, Martin IdzikSubjectComputer Science, SportsLength90 MinutesPedagogical ApproachExplorative LearningCompetenciesTechnologies: App Inventor, Block languagesGradesGrade 5 to 9TechnologiesMIT App Inventor Learning Activities Introduction: The teacher introduces the topic using an example (soccer). Together, the students can consider which games/sportsContinueContinue reading “Digital Scoreboard with AppInventor”
Eine Workout App mit AppInventor
Die SchülerInnen entwickeln eine einfache Workout App. Die App soll folgendes können: Zunächst soll eine einfache Zufallszahl ausgegeben werden. Diese sollte zwischen 1 und 20 liegen.Legt dann eine Liste mit Workout Aktivitäten an (z.B. Strecksprünge, Liegestütze, Minisprint, …)Auf Knopfdruck soll erscheinen, wie oft man diese Aktivitäten durchführt (z.B. mache 7 Liegestütze) Auf dem Bildschirm soll außerdemContinueContinue reading “Eine Workout App mit AppInventor”
A simple workout app with AppInventor
Students will develop a simple workout app. The app should be able to do the following: First, a simple random number is to be output. This should be between 1 and 20.Then create a list of workout activities (e.g. jumps, push-ups, mini sprints, …).At the push of a button, it should appear how often youContinueContinue reading “A simple workout app with AppInventor”
Berry Hunt
This scenario will teach students to use block based programming language to create a simple game using coordinates CreatorAnna-Leena LounaskorpiSubjectICT, geography, mathLength45 minutesPedagogical ApproachPhenomenon-based learningCompetencesStudents will learn to understand how coordinates can be applied to codeGradesStudents aged 10-12.TechnologiesScratch Students will create a simple game on Scratch with a hungry caterpillar who has to find berries.ContinueContinue reading “Berry Hunt”
Basic math with binary numbers using cards: Addition
CreatorMikko MuiluSubjectMath, ICTLength45 minutesPedagogical ApproachPhenomenon-based learningCompetencesStudents learn to do basic math using cards and binary numbersGradesStudents aged 9-12.TechnologiesPen and paper Description: Computers are made of transistors and they can’t calculate or understand numbers in the very basic level like we do. Computers work with ones and zeros, which can be marked with electrical voltage onContinueContinue reading “Basic math with binary numbers using cards: Addition”
Basic math with binary numbers using cards: Subtraction
CreatorMikko MuiluSubjectMath, ICTLength45 minutesPedagogical ApproachPhenomenon-based learning, problem-based learningCompetencesStudents learn how to use binary numbers in subtractionGradesStudents aged 9-12.TechnologiesPen and paper Description: Computers are made of transistors and they can’t calculate or understand numbers in the very basic level like we do. Computers work with ones and zeros, which can be marked with electrical voltage onContinueContinue reading “Basic math with binary numbers using cards: Subtraction”
London
Main Idea Students get acquainted with London, its history, sights, geography. Using a 3D pen,make a 3D model of Big Ben. CreatorSokol Iryna, OU MiksikeSubjectGeography, History, Computer Science, EnglishLength 60 minutesPedagogical ApproachReal-life learning, TactileCompetencesCritical thinking and problem-solving, Agility and adaptability, Curiosity and imaginationGrades5th-6th gradeTechnologies3D pen Learning Activities Αctivity 1: The teacher shows the children aContinueContinue reading “London”
“Move objects: Bee Bot world tour”
Main Idea: The goal of this scenario is to introduce how objects can be controlled and moved. CreatorsJan Pawlowski, Martin IdzikSubjectComputer science, geographyLenght45 MinutesPedagogical ApproachTechnology assisted learningCompetencesAlgorithms, programmingGrades3rd-5th gradeTechnologyBee Bot The topic should be introduced briefly – continents and cardinal points on the map are discussed together. Students are welcome to tell stories about whereContinueContinue reading ““Move objects: Bee Bot world tour””
“Move objects:Running Game”
Main Idea: The goal of this scenario is to introduce how objects can be controlled and moved. The activity is performed without a computer. CreatorsJan Pawlowski, Martin IdzikSubjectComputer science, general knowledgeLenght45 MinutesPedagogical ApproachTechnology -assisted learningCompetencesAlgorithms, Attitudes, Control StructuresGradesElementary school, 3rd and 4th gradeTechnologyBee Bot Description:The topic should be introduced briefly – initially only the runningContinueContinue reading ““Move objects:Running Game””
“Algorithms Loops”
Main Idea:The goal of this scenario is to distinguish between loops with condition and countable loops. CreatorsJan Pawlowski, Martin IdzikSubjectComputer science, mathematicsLenght45 MinutesPedagogical ApproachProblem- based LearningCompetencesPattern recognition, Control Structures, ProgrammingGradesElementary school, 3rd – 5th gradeTechnologyWorksheet: LoopsEvaluationWorksheets Description: The topic should be introduced briefly – there are two different types of loops The students are nowContinueContinue reading ““Algorithms Loops””
“Bee bot loops”
Main Idea: The goal of this scenario is to introduce how to use the following loops:Repetitions: Repeat x times Loops with conditions: Repeat until condition is met CreatorsJan Pawlowski, Martin IdzikSubject Computer science, mathematics,Length45 MinutesPedagogical ApproachReal-life LearningCompetencesPattern recognition, Control structures, ProgrammingGradesElementary school, 3rd – 5th gradeTechnologyBeebot game board with backed world map (5X7 fields, fieldContinueContinue reading ““Bee bot loops””
Collaboration
Main Idea Students learn how to collaborate in a game-based learning environment. Specifically, they play “Village Voices” game. Each player of this game is assigned a particular character to play (the alchemist, the carpenter, the blacksmith or the innkeeper). There are four characters and for this reason four computers are needed to play the gameContinueContinue reading “Collaboration”
Creating the story “The Rabbit and the Turtle” (Aesopus fiables)
Main Idea Students represent the fiable of Aesopus “The Rabbit and the Turtle” by using the Scratch junior software. The main idea of this scenario is students to learn to use the motion and the speed blocks. Specifically, by representing the race of the rabbit and the turtle students understand how to move, to speedContinueContinue reading “Creating the story “The Rabbit and the Turtle” (Aesopus fiables)”
Road Safety
Main Idea Students in the 3rd grade of primary school learn about the road safety and the compliance with existing traffic regulations and codes of road. They have to implement their knowledge regarding the road signs by using the scratch software. The main idea of this scenario is students to learn basic programming concepts. CreatorDimitraContinueContinue reading “Road Safety”
Synonyms & Antonyms words
Main Idea Students practice and enrich their vocabulary in a game-based learning context. They play the Iconoscope game which consists of triplets of words (synonyms and antonyms). They pick a word among three and try to represent it as an icon in order to confuse their classmates. The game motivates players to create ambiguous icons that representContinueContinue reading “Synonyms & Antonyms words”
Exploring Gears
Main Idea Students in this learning scenario will explore gears and gears ratios. Τhe purpose is students to build and test robot models in order to recognize that the speed of a gear depends on its position and the number of teeth. Therefore, students will learn how to use gears properly and efficiently. CreatorDimitra DimitrakopoulouSubjectComputerContinueContinue reading “Exploring Gears”
Earthquake Simulator
Main Idea Ιn History students learn about earthquakes. They get to know about the attempt of humans to discover the secrets of the creation of the world, myths and Enceladus. They compare how humans tried to interpret physical phenomena in the past and how they do it nowadays. By creating an earthquake simulator, they investigateContinueContinue reading “Earthquake Simulator”
“Objects”
CreatorsJan Pawlowski, Martin IdzikSubjectComputer ScienceGeography / Science / BiologyLength45 MinutesPedagogical ApproachReal-life LearningCompetenciesProgrammingGrades3rd GradeTechnology-Evaluation Worksheets Link of the document: https://docs.google.com/document/d/1Q1068SOjseyjTIX0FqBN6OcMAFBvkApv/edit# This document is distributed in 2021 by the COTA Project Consortium under an Attribution–ShareAlike Creative Commons license (CC BY-SA 4.0). This license allows you to remix, tweak, and build upon this work, as long as youContinueContinue reading ““Objects””
“Algorithms: Step by step guide”
Main Idea:The goal of the learning unit is to write down processes. The processes should be described as concretely as possible.The concept of step by step instructions can be well explained with an example on the blackboard.”Please explain to me the steps to wipe a board so that it is clean afterwards”.The teacher can spontaneouslyContinueContinue reading ““Algorithms: Step by step guide” “
“Guess the number”
Main Idea A game will be created with students’ collaboration. The main goal of this scenario is students to understand the process of creating a GUI Game. CreatorRallis SpirosSubjectComputer ScienceLength 2-3 hoursPedagogical ApproachTechnology assisted learningCompetencesproblem identificationalgorithmsabstractiondecompositionGradesAge (10- 11), intermediate programming knowledgeTechnologiesOnline Python -Tkinter InterfaceEvaluationAt the end of the session students will “run” the program andContinueContinue reading ““Guess the number””
Machine Learning with App Inventor
Main Idea The scenario aims at introducing Artificial Intelligence, in particular Machine Learning. The scenario uses a free tool to train a machine, for example to recognize words to switch a light on and off. The classification algorithm is then used as an extension in App Inventor. In this environment, kids develop a simple appContinueContinue reading “Machine Learning with App Inventor”
“Spaceship”
In this learning scenario students design a spaceship by using Sketch Up. CreatorRallis SpirosSubjectComputer scienceLength2 hoursPedagogical ApproachHaptic, Real Life and Technology assisted learning Competences Problem solving AlgorithmsAbstractionGradesAge (10 – 11), medium learning level, basic 3d design knowledgeTechnologiesSketch UpEvaluation ToolsStudents’ creations Learning Activities Description At first we will discuss with students about the scale. After that studentsContinueContinue reading ““Spaceship””
“TEMPERATURE SENSOR”
We will create a temperature sensor. The main reason for this creation is to compare traditional measurement methods with new ones. CreatorRallis SpirosSubjectComputer scienceLength1 hourPedagogical ApproachΗaptic and Technology assisted learning CompetencesProblem IdentificationAbstractionAlgorithmsDebuggingGradesAge (9 – 10), Basic Knowledge of Electronics, Basic Knowledge of Programming.TechnologiesWe use Arduino and Arduino software. Also we use Temperature sensor wires and resistors.ContinueContinue reading ““TEMPERATURE SENSOR””
“CHATBOT”
The aim of this app is students to understand how to use sensors and combine them with the basic IF statement. Also they will use and understand how useful are the variables for storing data. The idea was born when we were discussing about Robots which can talk and we tried to think of anyContinueContinue reading ““CHATBOT””
“ΕATING APPLES”
The main idea for the students is to create a game using BLOCKS of the KODU GAME LAB. The idea was born when we were discussing with them about their project this year which was about healthy life and in particular healthy food for kids and for Adults. Main Idea CreatorRallis SpirosSubjectComputer scienceLength2 hoursPedagogical ApproachRealContinueContinue reading ““ΕATING APPLES””
“BASIC SHAPES”
The main idea of this learning scenario is students to create a simple program and draw a square and a triangle. After that they will recognize the patterns at their code and they will try to use loops so that the program becomes smaller but the result remains the same re. Finally, they should understandContinueContinue reading ““BASIC SHAPES””
“COUNT THE APPLES”
The main idea of this learning scenario is students is to understand some advanced concepts of selection structure, repetition structure and object-oriented programming. Main Idea CreatorRallis SpirosSubjectComputer scienceLength2-3 hoursPedagogical ApproachReal Life and Technology assisted learning CompetencesProblem solvingAlgorithm thinkingAbstractionPattern RecognitionDebuggingGradesAge (10 – 11), high learning level, basic-intermediate programming knowledge, basic principles of roboticsTechnologiesScratchEvaluation ToolsAt the end ofContinueContinue reading ““COUNT THE APPLES””
“ROBOT REACTIONS TO THE ENVIRONMENT”
In this learning scenario we will try to teach children how to create robots that interact with the environment by using LEGO EV3 brick and all the sensors within the package. Main Idea CreatorRallis SpirosSubjectComputer scienceLength1- 2 hoursPedagogical ApproachHaptic, Real Life and Technology assisted learning Competences Problem solving AbstractionAlgorithm thinkingDebuggingGradesAge (10 – 11), high learning level,ContinueContinue reading ““ROBOT REACTIONS TO THE ENVIRONMENT””
“PLANET APPLICATION”
Main Idea Our lives are flooded with applications on mobile phones, tablets and laptops. After discussing with students we decided to create an app for android devices. It’s subject will be our planetary system. CreatorRallis SpirosSubjectComputer scienceLength1- 2 hoursPedagogical ApproachTechnology assisted learning CompetencesProblem IdentificationDecompositionPattern RecognitionAbstractionAlgorithmsDebuggingGeneralizationGradesAge (10 – 11), high learning level, basic-intermediate programming knowledge, basic principlesContinueContinue reading ““PLANET APPLICATION””
“FOLLOWING THE WALL”
Main Idea In this scenario we will try to teach to children the structure of selection and repetition by using the LEGO EV3 brick. We will also show them how a robot interacts with the environment.In real life, we have seen robotic constructions like cleaning self-propelled pools on the walls of a swimming pool. WeContinueContinue reading ““FOLLOWING THE WALL””
“Play with a Cannon”
Main Idea The main idea of this learning scenario is to help the students to understand how one object interacts with the other by getting triggered. We want to simulate the functionality of a robot sensor. When it gets triggered it sends a message to the main processor. Specifically, the idea of this game was bornContinueContinue reading ““Play with a Cannon””
“Predictor”
Main Idea We discussed with students that it will be nice to have an app that simulates a predictor. So we decided to use Python and in particular the “lists” in Python. CreatorRallis SpirosSubjectComputer science Length 2 hoursPedagogical Approach Real-Life and Technology assisted learning. CompetencesDecomposition,AlgorithmsDebuggingProblem solving Pattern RecognitionGradesAge (10 – 11), high learning level, basic-intermediate programmingContinueContinue reading ““Predictor””
“Crossroads”
Main Idea Students create an application by using the scratch software so that the cars do not collide. For this function we will focus on the logic of semaphores. CreatorRallis SpirosSubjectComputer science, PhysicsLength 1-2 hoursPedagogical Approach Real-Life and Technology assisted learning. CompetencesDecomposition,AlgorithmsDebuggingProblem solvingGradesAge (10 – 11), medium learning level, basic-intermediate programming knowledgeTechnologies Scratch 3 softwareEvaluation ToolsStudents’ creationsContinueContinue reading ““Crossroads””
“Joystic”
Main Idea Students create a joystic by using Lego bricks. The main goal of this learning scenario is students to program their robots to interact with the environment of the LegoWedo 2 software and learn to use a motion sensor. CreatorDimitra DimitrakopoulouSubjectComputer scienceLength 2 hoursPedagogical ApproachHaptic learningCompetences Problem solvingAbstractionDecompositionGradesPrimary school, 3rd -6th grade, students with noContinueContinue reading ““Joystic””
“3D CUP”
Main Idea This is a learning scenario which refers to blind people and people with low vision. Firstly, we ask students if they know that people with reduced vision can read. Then we ask them to try to make their own sheets with holes imitating the Braille writing. At the end of the session studentsContinueContinue reading ““3D CUP””
” A Game in History”
Main Idea Students create in history a game by using the scratch software. The game is based on questions and the player earns points depending on whether he answers correctly or not. The goal of this learning scenario is students to learn and use the basic programming structures. We will guide them by providing basicContinueContinue reading “” A Game in History””
“Gas Sensor”
Main Idea Students create a shelter in Mars to effectively protect them and provide themselves a safe place. They decide to make a gas sensor to measure the CO and CO2 in the air and to make an effort to reduce it or inform people to wear masks or leave away in case the concentrationContinueContinue reading ““Gas Sensor””
“3D ANCIENT JAR”
Main Idea Students by using the SKETCHUP application will understand the basic principles of 3D Designing and Printing. They will see the 3D printing in action. They main goal is students to examine how to create slides from their designs and build 3D models by using a 3D software. CreatorRallis SpirosSubjectComputer science, HistoryLength 1-2 hoursPedagogicalContinueContinue reading ““3D ANCIENT JAR””
“Crack the password”
Main Idea In general we have to be careful when we create passwords for various sites or cards. We will use the high-level programming language “Python” to understand how a weak password is going to be cracked. In addition students will learn how to solve a problem and what is a Brute Force attack. CreatorRallisContinueContinue reading ““Crack the password””
“3D WIND TURBINE”
Main Idea This a learning scenario about renewable energy resources. Students design and build their own 3D Wind Turbine by using the “Tinkercad” application. CreatorRallis SpirosSubjectComputer science, PhysicsLength 1-2 hoursPedagogical ApproachHaptic and Technology assisted learningCompetencesProblem solving, Decomposition,AbstractionGradesAge (10 – 11), medium learning level, basic 3d design knowledgeTechnologiesTinkercad Learning Activities At the beginning of the session,ContinueContinue reading ““3D WIND TURBINE””
Life Cycle of a Butterfly
Main Idea Observing the Life Cycle of a Butterfly, students observe one organism over time and compare its development ( egg – caterpillar – butterfly).The metamorphosis of the Thistle butterfly can be observed for 3 to 4 weeks.Butterfly caterpillars live material kits – larvae can be ordered online (Thistle butterfly /Vanessa Cardui).The learning cycle canContinueContinue reading “Life Cycle of a Butterfly”
London
Main Idea Students get acquainted with London, its history, sights, geography. Using a 3D pen,make a 3D model of Big Ben. CreatorSokol Iryna, OU MiksikeSubjectGeography, History, Computer Science, EnglishLength 60 minutesPedagogical ApproachReal-life learning, TactileCompetencesCritical thinking and problem-solving, Agility and adaptability, Curiosity and imaginationGrades5th-6th gradeTechnologies3D pen Learning Activities Αctivity 1: The teacher shows the children aContinueContinue reading “London”
Musics
Main Idea Students study musical works, notes; get acquainted with different types of musicalinstruments. With the help of micro: bits try to play music; develop the project”Guitar” CreatorSokol Iryna, OU MiksikeSubjectMusic, Computer ScienceLength 60 minutesPedagogical ApproachReal-life learning, TactileCompetences Creative skills, Logical thinking, Computational thinking, Cognitive developmentGrades4th-6th gradeTechnologiesMicro: bit Learning Activities Activity 1: Discussion: what isContinueContinue reading “Musics”
Mathematics
Main Idea Pupils learn to add numbers. The Scratch program is used to check the correctness of the answers. CreatorSokol Iryna, OU MiksikeSubjectMathematics, Computer ScienceLength 45 minutesPedagogical ApproachTechnology, Real-life learningCompetences Agility and adaptability, Curiosity and imaginationGrades3rd gradeTechnologiesScratch Learning Activities Activity 1: The teacher repeats the rules of addingnumbers with the students.https://youtu.be/scvwSXku0HQhttps://youtu.be/tVHOBVAFjUwΑctivity 2: Filling out theContinueContinue reading “Mathematics”
Soil Moisture
Main Idea Students get acquainted with the concept of “soil moisture”. With the help ofmicro: bit conduct research. CreatorSokol Iryna, OU MiksikeSubjectBiology, Computer ScienceLength 60 minutesPedagogical ApproachReal-life learning, TactileCompetences creative skills, logical thinking, computational thinking, cognitive development, self-Directed, engaged LearningGrades6th gradeTechnologiesComputers Learning Activities Activity 1:Soil – The unconsolidated mineral or organic material on the immediateContinueContinue reading “Soil Moisture”
Using computers, basic assessment
Main Idea Teachers briefly introduce why students should test their basic skills. The students perform the exercise on the computer. The teacher observes and gives assistance if necessary. CreatorJan Pawlowski, Idzik MartinSubjectComputer ScienceLength 45 minutesPedagogical ApproachProblem based learningCompetences BasicsGradesPrimary school, 3rd gradeTechnologiesComputer Driving License Learning Activities Activity 1:Computer driving license level 1 Computer operation ConnectContinueContinue reading “Using computers, basic assessment”
Coordinates
Main Idea Students get acquainted with the concept of “coordinates”, consider various examples. With the help of the program Scratch perform various tasks using coordinates. CreatorSokol Iryna, OU MiksikeSubjectMathematics, Computer ScienceLength 45 minutesPedagogical ApproachTactile, Real lifeCompetencesCreative skills, Logical thinking, Computational thinking, Cognitive development, Self-Directed, Engaged LearningGrades6th gradeTechnologiesScratch Description Αctivity 1: The teacher explains what coordinatesContinueContinue reading “Coordinates”
Birds
Main Idea Students get acquainted with birds. They build 3D models of feeders, houses for birds and different species of birds. Present their bird. CreatorSokol Iryna, OU MiksikeSubjectBiology, Computer ScienceLength 45 minutesPedagogical ApproachTactile, Real lifeCompetencesCritical thinking and problem-solving, Agility and adaptability, Curiosity and imagination, 3D pen skills, Focus and Self-ControlGrades3rd-6th gradeTechnologies3D pen Description Αctivity 1:ContinueContinue reading “Birds”
Viennese waltz
Main Idea Acquaintance with the classical musical works of Johann Strauss.Students will learn basic waltz steps.Students should perform the steps dance position, counting along “one-two-three-four” to the music.Robot programming.The robot waltzes to music for four measures. CreatorValeria Nazarova, OU MiksikeSubjectMusic, Rhythm, Computer ScienceLength 45 minutesPedagogical ApproachTactile, Real lifeCompetencesRobot assembly, Learn to write simple programs, GetContinueContinue reading “Viennese waltz”
Knight Tournament
Main Idea Students learn era of Western European history -Middle Ages.Students learn about tournaments, jousts, and the Knight’s Code of Chivalry during the Middle Ages CreatorValeria Nazarova, OU MiksikeSubjectHistory, Computer ScienceLength 45 minutesPedagogical ApproachTactile, Real lifeCompetencesCreative skills, Logical thinking, Computational thinking, Cognitive development, Self-Directed, Engaged LearningGradesPrimary school, 5-6rth gradeTechnologiesLego EV3 Description Αctivity 1: IntroductionThe teacherContinueContinue reading “Knight Tournament”
QR-code hunting
Main Idea Students learn to compile QR code by creating their own exercises. CreatorAet Sõmer, OÜ MiksikeSubjectNatural Science, Computer ScienceLength 45 minutesPedagogical ApproachReal life, Technology SupportedCompetencesCreative skills, Logical thinking, Computational thinkingGradesPrimary school, 4-5rth grade, students with no special needsTechnologiesQR Generator (qrstuff.com) Description Students discuss what questions they will compile and make a table where theanswersContinueContinue reading “QR-code hunting”
Drawing a snowman
Main Idea Students learn how to have the program draw a snowman. CreatorAet Sõmer, OÜ MiksikeSubjectComputer ScienceLength 45 minutesPedagogical ApproachReal lifeCompetencesCreative skills, Logical thinking, Computational thinkingGradesPrimary school, 5rth grade, students with no special needsTechnologieshttp://waterbearlang.com Description Drawing a snowman (Colors and sizes you can choose)www.waterbearlang.com (https://www.youtube.com/watch?v=OMODt0_Ke6U) Clean the screen, change the blue color.Stage – – YouContinueContinue reading “Drawing a snowman”
Human Senses
Main Idea Students learn about human senses. They understand that hearing reaction time is faster than vision reaction time. CreatorAet Sõmer, OÜ MiksikeSubjectBiology, Computer ScienceLength 45 minutesPedagogical ApproachTactile, Real lifeCompetencesCreative skills, Logical thinking, Computational thinkingGradesPrimary school, 6rth grade, students with no special needsTechnologiesLego Mindstorms Ev3 Description Students discuss a human’s reaction time. Which is faster,ContinueContinue reading “Human Senses”
Distance traveled by robot
Main Idea The robot must move a certain distance. The robot must be told how many degrees it will turn the wheels. CreatorAet Sõmer, OÜ MiksikeSubjectMathematics, Computer ScienceLength 45 minutesPedagogical ApproachReal lifeCompetencesCreative skills, Logical thinking, Computational thinkingGradesPrimary school, 6th grade, students with no special needsTechnologiesLego Mindstorms Ev3 Description Students discuss what should be done toContinueContinue reading “Distance traveled by robot”
Distance estimation
Main Idea Students learn to estimate the distance. They understand if they do this many times, the bit will be more accurate. Students learn know the units of length. CreatorAet Sõmer, OÜ MiksikeSubjectNatural Science, Mathematics, Computer ScienceLength 45 minutesPedagogical ApproachReal life, Technology SupportedCompetencesCreative skills, Logical thinking, Computational thinkingGrades4th gradeTechnologiesLego Mindstorms Ev3 Description Students discuss howContinueContinue reading “Distance estimation”
Rally Car
Main Idea Measurement. Comparison. Length units. Path length. Students measure the speed of a robot car. Teamwork: whose car wins? (Whose car is the fastest?) CreatorMarge Paluoja, OU MiksikeSubjectMathematics, Computer Science, Engineering, Social cooperationLength 45 minutesPedagogical ApproachTactile, Real lifeCompetencescreative skills, logical thinking, computational thinking, cognitive development, developing social skills in dealing with peersGrades3rd grade, 4thContinueContinue reading “Rally Car”
BallBounce: A simple game
In this tutorial, you will learn about animation in App Inventor by making a Ball (a sprite) bounce around on the screen (on a Canvas). SubjectComputer ScienceLength90 minutesPedagogical ApproachHaptic Learning, Technology-Assisted LearningCompetencesAlgorithms, Programming, New TechnologiesGrades4th grade, 5th grade, 6th gradeTechnologiesApp Inventor, Tablets, Smartphones, ComputersDownloadpdf.file Other Materials NeededComputer with an internet connection, optionally an Android deviceContinueContinue reading “BallBounce: A simple game”
Mole Mash
In the game MoleMash, a mole pops up at random positions on a playing field, and the player scores points by hitting the mole before it jumps away. This tutorial shows how to build MoleMash as an example of a simple game that uses animation. View the book chapter from the App Inventor Book by Wolber, et al. (IncludesContinueContinue reading “Mole Mash”
Night light
Main Idea In Physics students learn about the light and the electricity. The problem of the streetlights’ operation is introduced to students in order to get them involved in making a circuit consisted of a photoresistor and a led. They program a night light using the S4A software. This learning scenario aims to introduce toContinueContinue reading “Night light”
“Making music”
Main Idea Students make music by using the scratch software. The software allows them to choose their favorite instruments, add sounds and create songs. Afterwards, they can try to play the same song that they created via the software with their instruments. CreatorDimitra DimitrakopoulouSubjectMusic, Computer ScienceLength 80 minutesPedagogical ApproachTechnology assisted learningCompetencesAlgorithms, Problem solving, DecompositionGradesPrimary school,ContinueContinue reading ““Making music””
Human Senses & Robot Sensors
Main Idea Students learn about robotic sensors. They understand that robot sensors are based on the functions of human sensory organs. They study how the sensors (touch and colour sensors) work by creating their own robots and programming them. They identify when and why we use robotic sensors in real life situations. CreatorDimitra DimitrakopoulouSubjectComputer ScienceLength 90ContinueContinue reading “Human Senses & Robot Sensors”
Sorting Pairs of Cards With a Cache
Students are shown the idea of lookup table (cache or hash table) SubjectMathematics, Science, Computer ScienceLength90 minutes (2 x 45 minutes)Pedagogical ApproachHaptic LearningCompetencesProblem Solving, AlgorithmsGrades3rd-6th gradeTechnologiesNo Technology Other Materials NeededMemory playing cards Key Competencies for Students Understand what a cache is and how it worksUnderstand what a hash table is and how it works DescriptionContinueContinue reading “Sorting Pairs of Cards With a Cache”
Animal and Plant Cells
Main Idea Learning about the animal and plant cells. Students play the game Hockey-pokey by using WeDo 2.0. CreatorMarharyta Kaliuzhna, Miksike OUSubjectBiology, English, Computer ScienceLength 45 minutesPedagogical ApproachReal-life learning, Technology-assisted learningCompetencesCreative skills, Logical thinking, Computational thinking, Social skillsGrades5th gradeTechnologiesWeDo 2.0 Description Introduction: Activate student’s prior knowledge by beginning the lesson with Britannica Kids. Look atContinueContinue reading “Animal and Plant Cells”
Algorithm
Main Idea Learn about the linear algorithm and the conditional algorithm. Give students an opportunity to understand what an algorithm is and why is it important by using WeDo 2.0. CreatorMarharyta Kaliuzhna, Miksike OUSubjectMath, Language, Computer ScienceLength 45 minutesPedagogical ApproachHaptic learningCompetencesCreative skills, Logical thinking, Computational thinking, Social skillsGrades4th gradeTechnologiesWeDo 2.0 Description Introduction: Activate student’s priorContinueContinue reading “Algorithm”
Counting 1-20
Main Idea Revising about the counting 1-20. Students play the game Rock, paper, scissors by using WeDo 2.0. CreatorMarharyta Kaliuzhna, Miksike OUSubjectMath, English, Art, Computer ScienceLength 45 minutesPedagogical ApproachReal-life learningCompetencesCreative skills, Logical thinking, Computational thinking, Social skillsGrades3rd gradeTechnologiesWeDo 2.0 Description Introduction: Ask students about their favorite fairy-taleheroes and imagine where they live. Students tell theirContinueContinue reading “Counting 1-20”
The Weather
Main Idea Learn about the current weather conditions in the different part of the world using WeDo 2.0. CreatorMarharyta Kaliuzhna, Miksike OUSubjectEnglish as second language, Science, Computer ScienceLength 45 minutesPedagogical ApproachReal-life learningCompetencesCreative skills, Logical thinking, Computational thinking, Social skillsGrades3rd gradeTechnologiesWeDo 2.0 Description Introduction: Activity 1: A Look at Weather. Activatestudent’s prior knowledge by beginning theContinueContinue reading “The Weather”
Parts of Plants
Main Idea Learn about the parts of plants and their functions. Give students an opportunity to understand what an algorithm is and why is it important by using WeDo 2.0. CreatorMarharyta Kaliuzhna, Miksike OUSubjectScience, Art, Computer ScienceLength 45 minutesPedagogical ApproachReal-life learning, Technology-assisted learningCompetencesCreative skills, Logical thinking, Computational thinking, Social skillsGrades3rd gradeTechnologiesWeDo 2.0 Description Introduction: AskContinueContinue reading “Parts of Plants”
Constellation
Main Idea Students learn what constellations they are. They will find information about them on the Internet and build their own layout. On the basis of the created layout draw a constellation 3D pen and build a map of the starry sky. CreatorSokol Iryna, Miksike OUSubjectNatural Science, Geography, Computer ScienceLength 60 minutesPedagogical ApproachHapticCompetencesCreative skills, LogicalContinueContinue reading “Constellation”
Geographic maps
Main Idea Students learn what a globe is, a map, geographical coordinates. They will remember the continents, oceans, mountains. With the help of 3D handles build a collective 3Dgeographical map of the Earth. CreatorSokol Iryna, Miksike OUSubjectNatural Science, Geography, Computer ScienceLength 60 minutesPedagogical ApproachHapticCompetencesCreative skills, Logical thinking, Computational thinking, Cognitive developmentGrades5th-6th gradeTechnologies3D pen Description ΑctivityContinueContinue reading “Geographic maps”
Moon phases
Main Idea Students learn what the moon is, what its features are, what the moon phase is.First they draw the phases of the moon in a notebook and then animate it with thehelp of micro:bit. CreatorSokol Iryna, Miksike OUSubjectNatural Science, Geography, Computer ScienceLength 60 minutesPedagogical ApproachTechnology assistedCompetencesCreative skills, Logical thinking, Computational thinking, Cognitive developmentGrades4th gradeTechnologiesMicro:bitContinueContinue reading “Moon phases”
“Shapes”
Main Idea Students get acquainted with the concept of shapes, study their varieties, study theelements of figures (angle, length, width). Create a motion program robot on the trajectory of shapes. CreatorSokol Iryna, Miksike OUSubjectMathematics, Computer ScienceLength 60 minutesPedagogical ApproachHaptic, Technology assistedCompetencesCreative skills, Logical thinking, Computational thinkingGrades3rd-4th gradeTechnologiesMakeblock Description Αctivity 1: “Shapes”: the teacher introduces studentsContinueContinue reading ““Shapes””
Snowflake
Main Idea Students learn what snow and snowflakes are. Try to create snowflakes with paperand 3D pen. CreatorSokol Iryna, Miksike OUSubjectGeography, Biology, Computer ScienceLength45 minutesPedagogical ApproachHaptic LearningCompetencesNew TechnologiesGrades3rd-4th gradeTechnologies3D pen Description Αctivity 1: The students watch a video with the teacher and discuss what it is like tosnow when the snowflakes that they have comeContinueContinue reading “Snowflake”
Sights
Main Idea Students are introduced to the concepts of 2D model, 3D model; discuss famoussights. With the help of ready-made templates create a 3D model of memory. CreatorSokol Iryna, Miksike OUSubjectGeography, History, Computer ScienceLength60 minutesPedagogical ApproachHaptic LearningCompetences3D pen skillsGrades5th-6th gradeTechnologies3D pen Description Αctivity 1: The teacher talks about outstanding sights. The students tell what outstandingsightsContinueContinue reading “Sights”
Music
Main Idea Students are introduced to the musical notes as they are recorded and sounded; getacquainted with various musical instruments. Using the 3D pen, they try to play a note and a musical instrument. CreatorSokol Iryna, Miksike OUSubjectMusic, Computer ScienceLength60 minutesPedagogical ApproachHaptic LearningCompetencesCreative skills, 3D pen skillsGrades3th-4rd gradeTechnologies3D pen Description Αctivity 1: The teacher explainsContinueContinue reading “Music”