So you have been using Kahoot! to evaluate students for a while now, but have you ever considered to implement Kahoot! when presenting a new lesson or concept?
While many people create and play kahoots for review, formative assessment or to re-energise the class, others are using Kahoot! differently in a new approach called Blind Kahoot. Blind kahoots are designed to give every learner a chance to feel success and motivation throughout the game, and with long lasting effects. In a single game, you’ll be sparking curiosity about the new topic, laying the foundations for understanding increasingly complex concepts, and giving learners the opportunity to immediately and successfully apply their knowledge.
Below are a few steps that you can have in mind while creating your own Blind Kahoots
Τι είναι η παιχνιδοποίηση στη μάθηση; Πώς ενσωματώνεται η παιχνιδοποίηση στο νεο πρόγραμμα JUMP του εκπαιδευτικού ομίλου QLS;
Δεκάδες δραστηριότητες σήμερα μας εμπλέκουν σε μια διαδικασία συλλογής πόντων. Από την αγορά του πρωινού καφέ, την επίσκεψη στο σουπερμάρκετ της γειτονιάς, μέχρι την συλλογή πόντων για τα καύσιμα του αυτοκινήτου και τα ταξίδια μας. Τα προηγούμενα αποτελούν παραδείγματα παιχνιδοποίησης στην καθημερινότητα των περισσοτέρων από εμάς.
Η παιχνιδοποίηση (gamification) είναι η χρήση των μηχανισμών παιχνιδιού σε μη παιγνιώδεις καταστάσεις (Detering, Dixon, Khaled, & Nacke, 2011). Με αυτό τον τρόπο γίνεται χρήση των στοιχείων που διέπουν τα παιχνίδια, ώστε άμεσα να βελτιωθεί η εμπειρία του χρήστη και να ενισχυθεί το ενδιαφέρον του, οδηγώντας τον εντέλει σε μεγαλύτερη αφοσίωση με το προϊόν.
The gamification of learning is a modern, student friendly, efficient way of teaching and deliving content. This approach uses the elements and characteristics of video games to transform teaching in a way that will greatly affect students' engagement.
According to Gee's evaluation criteria (2003), educational video games must be pedagogically driven and appropriate to promote learning. These criteria refer to the motivation given to the student when using the application or game, the potential problems he / she will be faced with and his / her level of interactivity.
Johnny Grammar's Word Challenge is an application suitable for Android and IOS devices. It is really beneficial for students who learn English and want to improve their knowledge of grammar and vocabulary. The aim of the game is to answer as many correct questions as possible within a minute, with the user receiving badges depending on his performance (Grammar Guru, Word Wizard and Supreme Speller badges). By winning badges the player is placed on a leaderboard competing with other players worldwide.
There are three levels of difficulty (easy, medium and hard) depending on the level of questions asked. In the vocabulary category there are 10 sub-categories related to food, travels, idioms, movies, hobbies etc. In the grammar category there are 12 sub-categories related to intentions, irregular verbs, auxiliary verbs, etc.
After completing quizzes, the application offers feedback so the user can evaluate the answers given. In fact, through this gamification process, the user indirectly aims at improving the cognitive knowledge’s capacity as this improvement will also lead to a better placement in the ranking board.
Assessing the "Johnny Grammar's Word Challenge" application with Gee's criteria for mobilizing the student, this game is structured in such a way that it makes the user feel that his action have a meaning (Gee, 2004). Problems in the application are well organized as there is a scaling difficulty so the learner can easily start from the lowest level of difficulty and reach the highest, making the challenges easily manageable (Gee, 2004). Another advantage is the immediate feedback given as the student quickly acquires an image of his level and knowledge. This is a valid update on the processes that should or have been applied, which serves in understanding and building new knowledge. After all it is widely known that people learn skills, strategies and ideas better when they see how they fit into a more general frame which is meaningful for them. In fact, every experience is reinforced when we understand how it fits into a more important set.
Gee, J.P. (2004). Learning by design: Games as learning machines. Interactive Educational Multimedia, (8), 15-23.
Socrative is a tool primarily designed to evaluate the learner. The application (response system) allows the educator to create several kinds of quizzes: Multiple Choice, Right or Wrong, Brief Response, etc. Those quizzes are accessible by the tutor who has access to view the responses of each student (Kokina, & Juras, 2017). There is also another option called “Exit Ticket”, which provides a direct insight into the students' understanding of the main points of the course. (Tretinjak, Bednjanec & Tretinjak, 2015).
Socrative is also a tool of gamification since it is a virtual environment which is full of challenges that pupils have to respond to. Unlike other applications it doesn’t embed a reward system but through its leaderboard option students can recognize their weaknesses and improve their knowledge. After a quiz is done, the teacher receives a report which records individual performance. Then the educator can share this report with the learners and process the results of their responses.
An other useful option is the “Space Race”. When using the “Space race” option, the answers are given by groups of students, thus enriching the group-work spirit and the element of competition between the different teams. As stated in an article by Ferrándiz, Puentes, Moreno, & Flores, (2016), Socrative allows group collaboration and competition. As a result the students become more motivated compared to the usual quizzes.
All in all, it can be said that the use of Socrative in class strengthens the metacognitive processes of learners while promoting learning at the same time.
Kokina, J., & Juras, P. E. (2017). Using Socrative to Enhance Instruction in an Accounting Classroom. Journal Of Emerging Technologies In Accounting, 14(1), 85-97. doi:10.2308/jeta-51700
Tretinjak, M. F., Bednjanec, A., & Tretinjak, M. (2015). Interactive teaching with Socrative. 2015 38Th International Convention On Information & Communication Technology, Electronics & Microelectronics (MIPRO), 848.
Ferrándiz, E., Puentes, C., Moreno, P. J., & Flores, E. (2016). engaging and assessing students through their electronic devices and real time quizzes. Multidisciplinary Journal for Education, Social and Technological Sciences, 3(2), 173-184.
QuizUp is an application designed for IOS and Android devices where two compete in a quiz. This means that there is a need for an internet connection throughout the game. Initially, the user creates his or her own account, uploads an image that differentiates him from the other contestants and selects the categories of interest, thus giving the necessary meaning to the game.
There are a number of categories from which the user can choose, some of them are of educational content and others are simply less connected to the learning process. These categories include topics from history, technology, literature, science, geography, mathematics, business, film, and even video games. The categories are given beautifully and clearly for the user, while the database of available quizzes is huge, with new quizzes being added daily. It is worth mentioning the ability of the user to compete in two types of play modes. The Single Player Game is a mode where the player is playing alone, essentially struggling without an opponent. His goal is to advance as far as he can in the selected category. The second mode is called Random Opponent Game, where the player faces other players from around the world. Both players have to deal with 7 questions, gathering points according to the answer and the speed that the correct answer was given. Winner is the one who has collected the most points during the session.
One of the most important elements that enhance the player's interest is that in QuizUp he participates in a quiz on topics he already knows enough, as opposed to a more classic knowledge game that puts some random questions to the contestants. QuizUp also differs from other similar applications as it allows the player to communicate with his opponents, start debates, follow others, challenge friends, win achievements, and connect their Facebook and Google+ devices. The experience of the user is also enriched by the fact that regular tournaments are offered in the application. Thus, it can be said that it creates an active community of practice by promoting communication and interaction with other people who share common interests, ultimately leading to the establishment of new knowledge. Whenever a user wins a QuizUp, he wins points that are called experience points. The motivation is also increased because of the engagement that is developed through the option of Rankings, which are the game’s leaderboards. There the player is ranked according to the experience points he has collected in each category of interest.
According to researchers (Vandercruysse, Vandewaetere, Cornillie & Clarebout, 2013), the competition cultivated on videogames will then lead to greater enthusiasm, which will ultimately lead to more concentration and desire for improvement in the subject.
After the Quiz is over, the player receives in-depth feedback on his own and his opponent's selections, and in case of a winning outcome, he is rewarded with specific badges that are visible in his profile, thus further enhancing the gaming feature. According to Prensky (2001), uninterrupted feedback provided in a variety of forms rather than one-dimensional is responsible for establishing knowledge in the mind of the user, leading him to alternate his mistaken choices and ultimately to success.
However, a drawback is the existence of Gems and Coins that are either earned through the application or purchased with real money. Those items allow the user to accumulate more experience points or redeem them to be able to participate in some tournaments while having certain advantages compared to other competitors.
The design of the application is surprisingly good. It is bright and colorful but at the same time well-organized and ergonomic. Players will have no problem navigating in the application, finding the topics they like or participating in a game. During the quiz, the screen is properly designed with minimal distractions. The only thing the player can see is the score, questions and answers along with each player's name and profile picture. This helps the player immerse in the game by placing it in a state of flow. As Gee (2008) has highlighted, video games such as QuizUp offer experiences to people in a virtual world using the gameplay mechanics that it integrates to solve problems in an attractive and fun environment.
QuizUp is a great game that is worthwhile recommending to your students to use either at home or in the classroom through appropriate guidance. Besides, people find learning pleasant under the right conditions, which are often not those found in traditional school. As various scholars believe, schools will surely benefit from the use of videogames in the classroom (Gee, 2004). After all games like QuizUp do not give gamers information that is unrelated to their context, but only those that are necessary, while providing purpose in creating the person's participation in social life, through groups that provide meaning to goals, interpretations, practices, explanations, feedback, and the prerequisites for deep learning through experiences (Gee, 2008)
Gee, J. P. (2008). Learning and games. The ecology of games: Connecting youth, games, and learning, 3, 21-40.
Gee, J. P. (2004). Learning by design: Games as learning machines. Interactive Educational Multimedia, (8), 15-23.
Prensky, M. (2001). Fun, play, and games: What makes games engaging? In Digital game-based learning. (pp. 11-16). New York, NY: McGraw Hill
Vandercruysse, S., Vandewaetere, M., Cornillie, F., & Clarebout, G. (2013). Competition and students’ perceptions in a game-based language learning environment. Educational Technology Research and Development, 61(6), 927–950. doi:10.1007/s11423-013-9314-5
One of the most popular and well-known tools for learning a language online is Duolingo. Duolingo is completely free, easy to use and makes it a lot of fun the acquisition of a new language. There is a variety of languages you can choose from, including English, Spanish, French, German, Italian, Portuguese, Russian, Dutch, Swedish, Turkish, Japanese, Norwegian, Danish, Polish, Hebrew, Vietnamese, Greek, Ukrainian, Welsh, Hungarian, Swahili, Korean, Romanian, Czech and Chinese.
How does it work?
Duolingo is a great example of a straightforward language app. It’s really simple to use. You set up a profile, choose your target language, set your weekly goals (only if you’re brave enough) and off you go! There is an option to ‘test out a language’ when you begin a new language. You can start with the basics or you can take an ‘entry test’ and let the app determine your fluency level.
Each course in Duolingo is made up of modules. The modules upon completion are grouped to form the student's language level. Duolingo dictates the order in which you need to complete the different modules, with new modules becoming active only once you’ve completed the previous one. This is also the case with individual lessons within each module. For example you have to complete lesson 1 in order to be able to progress to lesson 2, and so on.There are dozens of sets of lessons at Duolingo called Skills. Some of them include the following: Basics, Phrases, Food, Present, Adjectives, Plurals, Family, Questions, Numbers, Household, Colors, Comparison, Qualifiers, Measure, Clothing, Animals, Prepositions, Dates & Time, Nature, and Medical.
At the end of each lesson, you get a progress report that also shows your ‘streak’ – the number of days in a row that you’ve completed.Keep in mind that a user account isn't required to use Duolingo, but it's recommended if you want to keep track of your progress.
The lessons include images, text, and audio, and sometimes has you speak into a microphone (if you have one) to test your speaking and pronunciation skills. New vocabulary is often taught with images, and grammar points are explained in little speech bubbles. There are also listening exercises where you need to type what you hear, and speaking exercises where you say what you hear. Duolingo recognizes that language learners need to be motivated to make sure they come back to the app and engage in some more language fun. Duolingo is a constructivistic tool that uses several different methods to keep you interested but the most useful is the Gamification .The goals a student can choose from range from ‘casual’ to ‘insane’, depending on how serious one is about learning and how quickly one wants to progress. This works well for those who are motivated by the idea of making a ‘formal arrangement’ with the app. The theory of gamification is applied since you get extra points called Lingots every time you complete one of the goals that you or the application has set, thus increasing the motivation of the learner. It can also attract visual learners due to the fact that a lot of the learning that goes on in Duolingo is visual. There are pictures for learning vocabulary, colours that indicate whether you’re right or wrong, and highlighted tapable text for new words or grammar points.
Duolingo is an adaptive web 2.0 meaning that the program adapts to you, it learns what you know by usage and suggests what you should learn next. To achieve that it uses an algorithm that calculates data from articles found on the Internet to automatically build courses, considering it will adapt automatically as the language evolves. Duolingo is available on Personal Computers, Mobile devices (IOS and Android)
The "Civilization" computer game series is a creation of Sid Meier,a well known digital video game producer and creator.
Minecraft is a building game in which the user is called within its virtual world to place and customize bricks (or as they are called in this game, Blocks) and materials to build constructions that can be functional or not. The user also has to choose from a series of playable scenarios that are distinguished in creative, adventure and survival modes and can also chose to play alone or with others in the multiplayer mode (Nebel, Schneider & Rey, 2015). The particularly useful scenario of creativity is one that provides the greatest potential for educational use as players have unlimited materials to develop the constructions they desire, without being limited by drawbacks such as slow movement from one place to another or the risk their virtual character experiences death, like it happens in the survival mode (Overby & Jones, 2015).
The nature of the game that involves the player in problems with various objects that interact with his decisions, the plethora of choices the user allows, the freedom of movement and choices from the creation of the character to the development of the constructions, puts him in the place of the creator and not just the consumer, resulting in Minecraft being a tool that contains many of the elements of constructivism theories (Overby & Jones, 2015; Nebel, Schneider & Rey, 2015), redefining it as a highly lucrative and benefitial application to any class (Petrov, 2014).
The game is extremely easy to install and can even work on computer systems or mobile devices with low limited infrastructure, although the multiplayer mode obviously requires internet access (Overby & Jones, 2015; Nebel, Schneider & Rey , 2015). The offered actions that can be implemented in the world are varied and can be used to enhance various teaching subjects such as arts, environmental sensitivity, architecture, mechanics, physics, mathematics and history. (Petrov , 2014; Overby & Jones, 2015).
The benefits associated with the use of Minecraft for educational purposes are a lot. The most important are that Minecraft is linked with the development of students' critical thinking, enhancing creativity, and fostering digital literacy in an environment with increased motivation (Petrov, 2014 (Nebel, Schneider & Rey, 2015). If used in an online environment that allows multi-player involvement, it increases student collaboration and teamwork since it operates as a tool of social constructivism (Nebel, Schneider & Rey, 2015).
In conclusion, it is worth mentioning that there is also an educational version of Minecraft available, MinecraftEDU, which provides the appropriate tools for teachers to evaluate student-player moves, easier game management, and a range of other objects to smoothly adapt to the learning process (Nebel, Schneider & Rey, 2015).
Find more at https://minecraft.net/
Nebel, S., Schneider, S., & Rey, G. D. (2016). Mining Learning and Crafting Scientific Experiments: A Literature Review on the Use of Minecraft in Education and Research. Educational Technology & Society, 19 (2): 355-366.
Overby, A. & Jones, B. L. (2015). Virtual LEGOs: Incorporating Minecraft Into the Art Education Curriculum. Art Education, 68 (1), 21-27.
Petrov, A. (2014). Using Minecraft in Education: A Qualitative Study on the Benefits and Challenges of Game-Based Education (Unpublished Doctoral Dissertation). University of Toronto, Canada.
The integration and exploitation of technology in in recent years takes place through pleasant environments of learning, collaboration and authenticity. Such an environment is the Quizizz. It requires the student's active engagement and the emergence of a learning experience that no longer relies on the sterile knowledge of the content. The use of such tool keeps students' interest and commitment to acquiring new information (The effect of Kahoot, Quizizz, 2017).
Quizizz is a free learning application designed for mobile phones that uses wireless handhelds to collect student responses and then show the results in the classroom while collecting direct feedback by answering questions posed by the educator (Kahoot, Quizizz, 2017). The teacher selects a quiz that has been structured for the particular subject of interest and then provides a pin for the students. Students then use the pin and the questions appear on their mobile devices. They are required to answer a timeframe predetermined by the teacher. Questions appear randomly to each student, and then the learner observes the results of the choice he/she made (Boulden, Hurt & Richardson, 2017). The total results are also shown at the interactive whiteboard with the help of the teacher’s computer and a projector.
Students play together, but each at their own pace. Gamfication elements like avatars, leaderboard and funny memes add to the fun. At the end of the game, the educator receives detailed class and student-level reports to understand where the pupils need help.
It is a tool based on behavioral learning theory as learning through quizizz is done with specific activities to achieve goals that are designed by the teacher (Learning Theories, n.d.). Thus, the student is not in control of the application since the teacher is the creator. As far as the evaluation of the learner is concerned, the behavioral patterns are also followed, since the results of the quiz appear at the scoreboard.
Effects on the learning process:
By studying the positive results in the learning process, many pedagogical benefits are attributed to Quizizz. Students perceive commitment and acquire a different perception of learning as their motives multiply (The effect of Kahoot, Quizizz, 2017). Studies show increased collaborative learning and engagement as well as increased learning outcomes (Boulden, Hurt & Richardson, 2017). Then the concentration of children in the process increases as well as their active engagement (The effect of Kahoot, Quizizz, 2017). As far as the teacher is concerned, the contribution of the tool is to control the level of understanding or lack of knowledge through the feedback system provided at the end of the process.
In conclusion one could imply that the inclusion of games and technological tools offers all the resources to students for communication, contact and collaboration. In the context of teaching, the tools that technology has provided us, ensures a more extensive and cost-effective exploratory work on the subject of teaching (Cardet, 2013).
Create your own Quizizz at http://quizizz.com
Boulden, D. C., Hurt, J. W., & amp; Richardson, M. K. (2017). Implementing Digital Tools to Support Student Questioning Abilities: A Collaborative Action Research Report. I.E .: Inquiry In Education, 9 (1), 1.
CARDET (2013). Authentic Learning. Report within the project Developing Authentic Learning Environments through School and Business Collaboration. Nicosia: CARDET Press.
The effect of Kahoot, Quizizz and Google Forms on student perception in the classroom response system. (2017). 2017 International Conference on Digital Arts, Media and Technology (ICDAMT), Digital Arts, Media and Technology (ICDAMT), International Conference on, 178