#Educational Gamification | Explore Tumblr Posts and Blogs

nicholasandriani · 11 months

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Immersive Edutainment: Exploring the World of E-Learning with Captivate, Unity, VR, and Mozilla Hub. Game-Based Learning and Buddhism, Obviously.

In the fast-evolving world of education, the integration of technology has revolutionized the way we learn and engage with content. As an eLearning instructor, I recently had an exhilarating experience producing and developing an interactive module that blended game-based learning, virtual reality (VR), and Mozilla Hubs to create captivating edutainment content. Join me on this exciting journey…

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outsourcingbpo · 5 days

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Zaire Ukuu Presents: Speak Your Peace Podcast. Episode: "Higher Level Mentality" with expat CEO Richard Blank

speak your peace, Richard Blank,Costa Rica's Call Center, Outsourcing, Telemarketing, BPO, Nearshore, Sales, Entrepreneur, B2B, Business,Podcast,Gamification,Leadership,Marketing, Radio, Guest, Money, education, trainer,

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elearnz · 10 days

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A comprehensive Learning Management System

e-khool - a comprehensive Learning Management System (LMS Software) is a robust platform designed to deliver, track, and manage educational or training programs. Such systems are widely used in both educational institutions and corporate environments.

#lms for schools #corporate lms #lms for colleges #lms for business #lms #skilldevelopment #professionaldevelopment #lms for corporate training #lms with gamification #learning #education #online education #training

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the-wormwormworm · 10 days

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Resus Days

Resus Days #FOANed #resuscitology #resus #nursing #nurseeducator #FOAMed

Practice Saving Lives While Playing a Game Resus Days is a resuscitation game to help healthcare professionals practice some quick-thinking needed for care of cardiopulmonary emergencies. Using gamification to deliver a simulation game for cardiopulmonary resuscitation. Check the below resources, the first level is free to try it out. The Blurb Rehearse life-saving decision-making in a fun,…

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#elearning #FOANed #gamification #Gaming #Nurse Educator #resuscitology

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redenred-academy · 14 days

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Inteligencia artificial y educación. Un matrimonio de conveniencia

RedEnreD Academy Blogpost - October 2023

From: RedEnreD Academy

Introduction from the CEO

A Message from DANIEL MANJÓN, CEO REDENRED ACADEMY

Dear Scholars and AI Enthusiasts,

Welcome to our October 2023 edition. At RedEnreD Academy, we are dedicated to advancing knowledge and fostering innovation in the realm of Artificial Intelligence (AI). Our primary focus is on the educational applications of AI, and this month’s blog post underscores the incredible advantages these technologies bring to the educational landscape.

Warm regards,

DANIEL MANJÓN CEO, RedEnreD Academy

Harnessing the Power of Educational Artificial Intelligence

Advantages and Potential of AI in Education

Artificial Intelligence (AI) is rapidly transforming various facets of our society, with education being one of the most significant areas of impact. The integration of AI into educational systems offers numerous benefits that can enhance learning experiences, improve outcomes, and democratize access to quality education. Below, we delve into some of the most profound advantages of Educational AI, supported by recent research and case studies.

Key Advantages of Educational Artificial Intelligence

1. Personalized Learning Experiences

AI algorithms can analyze individual student data to tailor educational content to each learner's unique needs. This personalization increases engagement and improves learning outcomes by ensuring that students receive instruction that matches their pace and learning style.

Dr. Emily Johnson's recent study, published in the Journal of Educational Technology, highlights that students who experienced AI-driven personalized learning showed a 30% improvement in comprehension and retention rates compared to traditional teaching methods.

Keywords: personalized learning, AI algorithms, educational outcomes

2. Enhanced Accessibility and Inclusion

AI technologies facilitate greater educational inclusivity by providing tools that support students with diverse needs. For instance, speech recognition and text-to-speech applications can aid students with disabilities, while AI-driven translation tools can break language barriers, making education accessible to non-native speakers.

The implementation of AI in inclusive education is well-documented in Dr. Ahmed Malik’s paper in Inclusive Education Review. His findings indicate a significant reduction in dropout rates among students with special needs when AI tools are integrated into their learning environments.

Keywords: accessibility, inclusive education, speech recognition, translation tools

3. Efficient Administration and Management

AI can automate administrative tasks such as grading, scheduling, and managing student records, thereby allowing educators to focus more on teaching and interacting with students. This efficiency not only saves time but also reduces human error in administrative processes.

A case study from Singapore’s Ministry of Education, published in Educational Management and Administration, reports that AI-driven administrative systems have reduced manual workload by 40%, enabling teachers to dedicate more time to curriculum development and student interaction.

Keywords: administrative efficiency, automation, educational management

Upcoming Events and Opportunities

Conferences and Workshops

International Conference on AI in Education (ICAIED) Date: November 10-12, 2023 Location: Cambridge, UK Focus: Innovations in AI for education, panel discussions, and networking opportunities.

AI and Inclusion Summit Date: December 2-4, 2023 Location: San Francisco, USA Focus: Leveraging AI to foster inclusiveness in educational environments.

Grants and Research Opportunities

AI in Education Research Grants Grant Provider: National Science Foundation (NSF) Deadline: January 15, 2024 Focus: Funding for innovative research projects that explore the integration of AI in educational systems.

Keywords: conferences, workshops, research grants, educational AI

Recent Publications

Must-Read Research

"Artificial Intelligence and Personalized Learning: A New Era of Education" By: Dr. Emily Johnson Published in: Journal of Educational Technology

"Inclusive Education through AI: Breaking Barriers" By: Dr. Ahmed Malik Featured in: Inclusive Education Review

"AI-Driven Educational Administration: Efficiency and Accuracy" By: Singapore Ministry of Education Published in: Educational Management and Administration

Keywords: personalized learning, inclusive education, educational administration

Conclusion

The transformative potential of Artificial Intelligence in education is immense. By providing personalized learning experiences, enhancing accessibility and inclusion, and streamlining administrative processes, AI is poised to revolutionize the educational landscape. At RedEnreD Academy, we are committed to driving this change through continuous research, innovative solutions, and active engagement with the academic community.

Stay tuned for more insights and updates in our next edition!

Warm regards,

DANIEL MANJÓN CEO, RedEnreD Academy

Connect with Us

Website: www.redenredacademy.org Email: [email protected] Twitter: @dmanjonsafa LinkedIn: RedEnreD Gamificación Educativa

Subscribe to receive our latest updates directly in your inbox. Click here to subscribe.

Keywords: educational AI, personalized learning, inclusive education, administrative efficiency

#: educational AI #personalized learning #inclusive education #administrative efficiency #redenred #gamification #learning #course

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maxlearnmicrolearningplatform · 14 days

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The Three Big Blunders in E-learning Design and How to Avoid Them

E-learning has revolutionized education and training, making it accessible, flexible, and scalable. However, despite its numerous benefits, e-learning can sometimes fall short of its potential due to common design mistakes. These blunders can lead to disengaged learners, poor retention, and ultimately, ineffective training programs. To ensure your e-learning courses are impactful and successful, it’s crucial to recognize these pitfalls and know how to avoid them. Here are the three big blunders in e-learning design and strategies to circumvent them.

1. Overloading with Information

One of the most significant mistakes in e-learning design is overwhelming learners with too much information at once. This "information overload" can lead to cognitive fatigue, reduced retention, and disengagement.

Why It Happens

E-learning designers often aim to cover as much content as possible, thinking that more information equates to better learning. This is especially true when trying to accommodate comprehensive subjects within limited time frames.

The Impact

When learners are bombarded with excessive information, they struggle to process and retain it. This can result in a shallow understanding of the material and an inability to apply what they’ve learned in real-world situations.

How to Avoid It

Chunking Content: Break down information into smaller, manageable chunks. This helps learners process and retain information more effectively. Use modules or sections that focus on a single concept or skill at a time.

Focused Learning Objectives: Define clear and specific learning objectives for each module. Ensure that all content aligns with these objectives and avoid including extraneous information.

Progressive Disclosure: Introduce information gradually, revealing more complex details as the learner progresses. This method prevents cognitive overload and allows learners to build upon their knowledge incrementally.

Multimedia Balance: Use a mix of text, images, videos, and interactive elements to present information. This variety keeps learners engaged and caters to different learning styles, enhancing comprehension and retention.

2. Lack of Interactivity

Another major blunder in e-learning design is creating passive learning experiences. E-learning that lacks interactivity can result in disengaged learners who struggle to stay motivated and absorb the material.

Why It Happens

Designers sometimes prioritize content delivery over engagement, focusing on conveying information rather than involving learners in the learning process. Additionally, there might be constraints related to time, budget, or technical resources.

The Impact

Passive learning experiences can lead to boredom, disengagement, and lower retention rates. Learners are less likely to internalize and apply the material if they are not actively involved in the learning process.

How to Avoid It

Interactive Elements: Incorporate interactive elements such as quizzes, simulations, drag-and-drop activities, and scenario-based learning. These activities encourage active participation and help learners apply what they’ve learned.

Gamification: Use gamification techniques like points, badges, leaderboards, and challenges to make learning more engaging and fun. Gamification taps into learners’ competitive instincts and can increase motivation.

Real-World Scenarios: Design exercises and assessments that mimic real-world scenarios. This contextual learning helps learners understand the practical application of the content and enhances engagement.

Frequent Feedback: Provide immediate and constructive feedback on learners’ performance. This helps learners understand their progress, reinforces learning, and keeps them motivated.

3. Neglecting User Experience (UX) Design

Neglecting user experience (UX) design is a critical blunder that can undermine the effectiveness of an e-learning course. Poor UX design can lead to frustration, disengagement, and ultimately, a failed learning experience.

Why It Happens

E-learning designers might focus heavily on content creation and overlook the importance of intuitive and user-friendly design. Limited UX expertise and insufficient user testing can also contribute to this issue.

The Impact

A poorly designed user interface (UI) can confuse and frustrate learners, making it difficult for them to navigate the course, access content, and complete activities. This can lead to high dropout rates and poor learning outcomes.

How to Avoid It

Intuitive Navigation: Design a clear and intuitive navigation structure. Ensure that learners can easily find and access the content they need. Use consistent menus, buttons, and icons to guide learners through the course.

Responsive Design: Ensure that your e-learning course is accessible on various devices, including desktops, tablets, and smartphones. A responsive design adapts to different screen sizes and orientations, providing a seamless learning experience.

Accessibility: Make your e-learning course accessible to all learners, including those with disabilities. Use alt text for images, provide transcripts for videos, and ensure that all interactive elements are keyboard navigable.

User Testing: Conduct user testing with a sample of your target audience before launching the course. Gather feedback on the design, navigation, and overall user experience, and make necessary adjustments based on this feedback.

Consistent Visual Design: Use a consistent visual design throughout the course. This includes fonts, colors, and layouts. Consistency helps learners focus on the content rather than getting distracted by varying design elements.

Implementing Best Practices

To ensure your e-learning courses avoid these common blunders and deliver effective learning experiences, consider the following best practices:

Start with the Learner in Mind: Understand your audience’s needs, preferences, and learning styles. Tailor your content and design to meet these needs.

Iterative Design Process: Use an iterative design process that incorporates feedback and continuous improvement. Regularly update and refine your course based on learner feedback and performance data.

Collaborate with Experts: Work with subject matter experts, instructional designers, and UX professionals to create a well-rounded and effective e-learning course.

Continuous Professional Development: Stay updated on the latest trends and best practices in e-learning design. Participate in professional development opportunities and communities of practice.

Conclusion

Effective e-learning design requires a balance of well-organized content, engaging interactivity, and a user-friendly experience. By avoiding the blunders of information overload, lack of interactivity, and poor UX design, you can create e-learning courses that not only capture learners' attention but also enhance their knowledge retention and application. Remember to focus on clear learning objectives, incorporate interactive elements, and prioritize intuitive design to deliver impactful and successful e-learning experiences.

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geometry-4-all-uma · 1 month

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Fun game!

Hey there! Today I was browsing through Instagram and found a very interesting video explaining a game that we can play with our students in class.

It is very simple. By rolling the dices we will obtain two numbers, let say 2 and 6. Then we will have to draw a rectangle with the proportions obtained (2x6 or 6x2). To win we will have to be the last one to touch the delimiting line.

Try it at school on a rainy day!!

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A post shared by Gerard Alarcon (@maestrodecolegio)

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#education #geometry #instagram #game #gamification #tetris #Instagram

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nuadox · 1 month

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Educational game raises awareness among young people about measures to combat dengue fever

- By Agência FAPESP* -

Faced with the growing number of dengue cases recorded in Brazil in early 2024, the virtual games portal Ludo Educativo is relaunching the game Contra a Dengue 3 – No Mundo Digital (which translates in English as “Against Dengue 3 – In the Digital World”) whose goal is to help raise awareness about measures to combat the spread of the Aedes aegypti mosquito.

In this game, which is part of the Contra a Dengue series, the fearless protagonist, Sophia, enters the digital world with her older siblings, Renata and Rômulo. In the adventure, the player will fight not only dengue but also the chikungunya and zika viruses, all transmitted by the Aedes mosquito.

Image: The game’s fearless protagonist, Sophia, enters the digital world with her older siblings, Renata and Rômulo. Credit: Ludo Educativo.

To succeed in her quest, Sophia must find and eliminate all the dengue hotspots, the most efficient way to combat the mosquito. Throughout her journey, the little girl will be helped by her older siblings to cover old tires, store garbage properly, and put sand in plant pots. During the journey, the configuration of the game changes with each new visit to the digital world, guaranteeing the player a challenge that is constantly renewed, allowing for varied challenges and hours of educational entertainment. The game can be accessed through the following link: portal.ludoeducativo.com.br/pt/play/contra-dengue-3.

About Ludo Educativo

Ludo Educativo is a university extension project that develops educational games and makes them available for free on the Internet. The games deal with a variety of topics that are present in the daily lives of children and teenagers, such as water scarcity, preserving the environment, and preparing for university entrance exams.

This is one of the dissemination projects of the Center for the Development of Functional Materials (CDMF), a FAPESP Research, Innovation and Dissemination Center (RIDC) based at the Federal University of São Carlos (UFSCar), carried out in partnership with Aptor Software, a CDMF spin-off.

“To combat dengue fever, it’s essential to educate the population at all levels. The game teaches in a fun way how to prevent the spread of the mosquito. In this way, the CDMF is actively participating in the campaign against dengue,” Elson Longo, professor at UFSCar and coordinator of CEPID, told Agência FAPESP.

Contra a Dengue 3 – No Mundo Digital is one of the 80 games developed since the start of the project. Currently, around 50 are available to the public. The older ones are currently being adapted to be compatible with current browsers. The games are organized by grade/year. There are also activities for painting and drawing, as well as Ludo Escola – an area where teachers can organize courses by classroom and monitor students’ progress by creating online assessments.

* With information from the CDMF.

This text was originally published by FAPESP Agency according to Creative Commons license CC-BY-NC-ND. Read the original here.

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Read Also

Study maps main genes involved in immune response to infection by dengue virus

#dengue #virus #brazil #gaming #public health #video games #gamification #education #health

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theenglishnook · 1 month

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The Gamification Revolution in Language Learning

Level Up Your Language Skills Embarking on the journey of language acquisition has undergone a thrilling metamorphosis, ushered in by the captivating wave of the gamification of language learning. Imagine language learning not as a tedious task but as an immersive quest, where learners don the mantle of heroes in a digital realm, unlocking linguistic prowess and cultural insights. The…

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#Achievements in language acquisition #Achieving in language learning #Acting out languages #Adaptive language learning methods #Community-driven language learning #Customized learning methods #Enjoyable language acquisition #Enjoyable learning #Fun language apps #Fun learning adventures #Games in class #Games in education #Gamification in education #Gamified classrooms #Gamified language apps #Interactive language learning #Language challenges and competitions #Language competitions #Language games #Language learning gamification #Learning together online #Learning with others #Love for learning through gamification #Personalized language learning experiences #Personalized language lessons #Playful language learning #Role-playing language activities #Social dimension of language learning #Virtual language quests #Virtual quests for languages

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learningeverest · 1 month

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Gamification is the use of game mechanics and elements in a non-game environment. This strategy makes digital experiences more exciting and engaging. One area where gamification is used commonly is eLearning.

read blog: https://www.learningeverest.com/game-mechanics-to-use-in-elearning-with-gamification-examples/

#elearning #education #training #Gamification

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jcmarchi · 2 months

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How Educational Technology Shapes Young Minds in Math - Technology Org

New Post has been published on https://thedigitalinsider.com/how-educational-technology-shapes-young-minds-in-math-technology-org/

How Educational Technology Shapes Young Minds in Math - Technology Org

Educational technology is reshaping the way young minds encounter mathematics. In particular, interactive math games are adding so much to early learning experiences, connecting students to complex concepts with ease and excitement.

But crucially, this isn’t rendering the old ways of doing things redundant, as the marriage of tech and traditional instruction holds untapped potential for bolstering young learners’ mathematical prowess. Grounded in research, this synergy is transforming abstract ideas into tangible successes within our classrooms.

Let’s explore how these digital tools are making an indelible mark on the future of education.

Classroom education – illustrative photo. Image credit: Vanessa Loring via Pexels, free license

Gamification in Education and Why it’s a Good Thing

Being bombarded with dry information from textbooks or lectured at by educators isn’t an effective option for teaching today’s kids the fundamentals of math. Gamifying this process, on the other hand, has a much higher hit rate in terms of engagement and information retention.

Here’s how interactive experiences are changing things for the better:

Increased Engagement: Compared to traditional methods, interactive technology has been shown to increase student engagement significantly, as mentioned. One report suggests that this can lead to a 40% performance improvement in students who participated in gamified learning compared with counterparts who did not have the same strategy applied.

Individualized Pacing: Tech allows students to progress at their own pace, ensuring that no child is left behind or unchallenged. For instance, the collection of educational math games provided by platforms like ABCmouse tailors difficulty levels and problem types to individual needs.

Immediate Feedback: Digital math programs provide instant feedback, an invaluable feature for learning. This immediacy helps students correct mistakes on the fly and solidifies understanding as they advance.

Real-Life Application: By incorporating everyday scenarios into gameplay, tech makes math relatable and meaningful. Apps such as Prodigy turn mathematical challenges into adventures within an engaging narrative context.

Humanizing Math with Technology

Interweaving technology with human insight creates an educational experience that brings mathematics to life beyond the screen of a tablet or laptop. Here’s how educators are fusing traditional teaching with tech for a more holistic approach:

Teacher-Guided Exploration: Technologies serve as tools, not teachers, allowing educators to guide students through interactive problems. This blend ensures that learning remains a deeply human process.

Analytics-Driven Instruction: Educational platforms provide teachers with data-driven insights. It’s no surprise that this market is pegged to grow by 10.6% annually over the next 10 years.

Supporting Differentiated Learning: Digital tools offer diverse approaches to problem-solving, catering to varied learning styles and needs. For example, teachers using platforms like Khan Academy can assign specific exercises based on each student’s progress or challenges.

Encouraging Collaborative Learning: Innovative tech encourages teamwork just as much as individual achievement. With tools like SMART Boards, groups of students can tackle complex problems together in real-time, combining efforts and sharing strategies openly. Likewise a hybrid approach to learning is allowing students and educators alike a more flexible and thus more convenient way to connect on key topics.

Game-Based Learning’s Measurable Impact

Game-based learning is a strategic element with measurable impacts on students’ mathematical development. Certain key benefits are apparent and appealing, such as:

Motivation Through Mastery: Intrinsic motivation skyrockets when students experience success through game-based mastery. Researchers have observed improvements in students’ motivation to learn when using educational games – and this not only applies to math but also an array of other subjects.

Adaptive Challenges: Games adjust to the learner’s level, ensuring they remain in a state of flow – challenged but not overwhelmed. It’s this flow state that’s what makes purely entertainment-focused games so popular, and thus translates perfectly to personalized educational implementation as well.

Enriched Problem-Solving Skills: Interactive games often present problems in a context that requires critical thinking and strategy, reflecting real-life situations which therefore make the skills acquired transferable beyond the classroom, as well as personally relevant and thus easier to retain.

Long-Term Retention: Dynamic visuals and interactive challenges embed concepts more deeply into young minds. When people are at such a malleable stage in their development, forming these connections proactively will not only accelerate learning, but also give them life-long knowledge that’s as deeply ingrained as their childhood memories.

The Bottom Line

It’s important to restate that there’s no need for educational technology to oust flesh and blood educators from the classroom – and rather that the interactive math game revolution is one that empowers teachers just as much as the young minds that they’re responsible for filling with knowledge.

Crucially it’s down for professionals to steward the choice and implementation of tools and platforms, so that the ones which are added to the curriculum are actually beneficial and appropriate. You can’t just pick any old setup and hope for the best – especially as there are so many options out there, with different audiences in mind and features to shout about.

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outsourcingbpo · 7 days

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Snack 'N Learn podcast. The Profit Concierge with Richard Blank. A Call Center Guru

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kids-worldfun · 4 months

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EduTech Marvels: Transformative Technologies in Education

If someone asks you to look for a restaurant for dinner, you will invariably search for it on the web. All of us are dependent on technology to find answers to common questions. The internet has taken the world by storm and is the most effective way to get answers to any question. In all fields, from travel to education, the impact of technology is felt everywhere. What seemed to be a distant…

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#Adaptive Learning Technologies #Artificial Intelligence #Blockchain Technology #Cloud-Based Learning #EduTech Marvels #Gamification Of Learning #Robotics #Technologies In Education #Virtual And Augmented Reality

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darrenwalleyconsultancy · 5 months

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Using Instructional Design to Improve Learning Environments

Photo by Kenny Eliason Using Instructional design to improve learning environments is a concept slowly becoming a requirement in education and industry. Although instructional design only recently becoming a phrase more widely used it has been a subject of discussion and study for many years. Visionaries? In 1964, Gene Roddenberry created Star Trek based on a society that had forgone currency…

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shamita-deshmukh211 · 6 months

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The Importance And Benefits Of Gamification In STEM Education

The concept of Gamification is gaining a lot of momentum in the educational technology space. For STEM (science, technology, engineering, and mathematics) education especially, this type of pedagogy is perfectly suited to create a conducive learning environment, thus transforming it into a space that encourages student engagement, interaction, exploration, and retention.

A powerful technique that takes several elements from games and applies them to non-game contexts such as education, Gamification allows STEM educators to make learning more interactive and captivating for students.

In this post, we will explore the world of Gamification in learning and highlight different ways the technique can be used to encourage learners' motivation, foster engagement, and cultivate an interest in developing critical skills and knowledge among students.

What is Gamification?

As the name suggests, Gamification is the use of various game design elements and principles in non-game contexts, such as education, to increase learner participation and motivation.

The technique can include elements such as badges, leaderboards, points, levels, rewards, challenges, feedback, and more.

Likewise, Gamification can also involve applying various game mechanics in educational settings, such as goals, competition, rules, and interactivity, to create a more immersive and fun learning experience for students.

Examples of Gamification in Stem Learning

Below are some of the example of gamified STEM education-

Creating a specific theme or narrative that connects the concepts to either a real-world issue or a fictional scenario

Setting up a leaderboard or progress bar to display student progress

Designing quests that reward students with points, badges, or other similar incentives

Incorporating various elements of competition and offering feedback and recognition.

These are a few of the interesting gamification strategies that can help STEM educators motivate their students to keep trying and improving while also enjoying as well as celebrating their achievements.

How Does Gamification Help Stem Education?

There are several advantages of integrating Gamification in STEM education. Some of these are listed below-

1. Higher Engagement

Gamification is a technique that introduces several game elements such as levels, points, badges, and rewards, thus creating in learners a sense of achievement and progress. This, in turn, fosters motivation and makes learning much more fun. Students not only show increased engagement but also become more invested in their learning journey and achieve higher levels of mastery.

2. Enhanced Problem-Solving Skills

Another advantage of Gamification for STEM education is a holistic approach to learning that often presents students with complex challenges that require them to display problem-solving and critical-thinking skills.

By participating in such tasks, students develop great analytical skills along with the ability to approach problems from different angles, something that mirrors real-world STEM scenarios.

3. Growth Mindset

When it comes to creating successful learning outcomes, the most important thing is to help cultivate a growth mindset in students where they believe that their intelligence and ability can be developed.

Since games encourage learners to compete both against each other and themselves, there is always an incentive present to improve. In this context, learners who might be uninterested in STEM subjects can develop a liking for the game played and start developing a growth mindset.

4. Active Learning

The inclusion of gamified activities in STEM education involves a lot of interactive experiences, simulations, or problem-solving real-life scenarios. This shifts the focus of the learning from passive listening to active participation, where students are consistently encouraged to explore, experiment, and apply the knowledge they have acquired in practical situations.

How to Gamify STEM Learning?

To get maximum out of gamification techniques in the STEM education context, here are some of the ways you can employ to gamify learning successfully-

1. Incorporate Time-bound tasks

One of the key elements of games is that they have a specific period allotted to finish a particular task. Giving children a time limit to complete a given task is therefore important to gamify the learning.

When there is a timer put on, the students are more likely to be focused on the activity given and complete it on time. This fosters a sense of urgency and accomplishment in them of having completed the task in time.

2. Use Role-Playing Scenarios

Create scenarios where students play the roles of scientists, engineers, or tech experts solving real-world problems. This helps them understand the practical applications of STEM and develops problem-solving skills.

3. Introduce Leaderboard

Another interesting way to gamify STEM subjects is by placing visually designed leaderboards either in the classroom or integrated into the app. It will display the progress students make as individuals or as teams in the tasks or activities given to them. You could include leaderboards for behavior, timeliness, learning speed, and so on.

4. Present Challenges

Regardless of age, children love games that challenge them. Encouraging them to apply their learning to finish a given task, even if it appears tough in the beginning, is a great way to push them.

However, it's crucial to strike a balance in challenge design. Challenges should be simple and manageable, as finding the right level of difficulty is key to sustaining a child's interest and fostering continuous engagement.

Conclusion

Gamification holds great potential in the STEM education space. Educators and schools willing to embrace Gamification in their classrooms can get numerous benefits out of it as discussed above.

By implementing Gamification in STEM education, educators can ensure to generate confident learners who are better able to navigate technological advancements and inspire the next generation of scientists and engineers to help build a better future for everyone.

#gamification in learning #STEM Education #STEM subjects #gamified learning platform #Gamified STEM education #holistic approach to learning #critical skills and knowledge #technological advancements

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nicholasandriani · 7 months

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Coming Soon: Trails of the Guard - Interactive RPG Designed for the US National Forest Service

“Trails of the Guard: The Ranger’s Journey” Tentative Title“Trails of the Guard: The Ranger’s Journey”Player/LearnersTarget Audience: Aspiring rangers, trail keepers, environmental science students, and individuals interested in forestry and outdoor management.Engagement Strategy: Interactive gameplay that simulates real-world trail maintenance and forestry management challenges.Subject…

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