I tried my best to contribute to most of my classmate’s learning experiences. I did this by either commenting on their blog post or responding on Discord.
Before this class, I had never used Discord, but it did not take long before I knew what I had to do. Once I get a notification on Discord, I immediately check and respond or give a thumbs up to my classmate who shared a useful resource or just say thank you. I also ask questions and answer questions on Discord.
For the blog comments, I tried my best to comment on two blog posts per week and I replied to everyone that commented on my blog post as well. I promised myself to read at least a blog from each classmate but somehow, I could not be due to reasons beyond my control, but I did try my best.
Artificial Intelligence (AI) tools are transforming education by providing creative ways to improve the learning process. Artificial Intelligence is changing the face of education, from automated administrative tasks to personalized learning.
In the ever-evolving landscape of education, teachers are constantly seeking new ways to engage students, personalize learning, and enhance teaching. One powerful tool that has emerged in recent years is The Magic School AI. Just like a magical wand in a wizard’s hand, The Magic School AI has the potential to transform the classroom into a magical classroom where learning is more personalized, engaging, and effective. The Magic School AI benefits have the potential to revolutionize the way we teach and learn in the classroom. By harnessing the power of artificial intelligence, educators can enhance their teaching methods, provide personalized learning experiences, automate administrative tasks, and engage students in new and exciting ways. However, along with these benefits come ethical and practical challenges that must be carefully considered. In this blog post, we will explore how Magic School AI could be used in the classroom, the benefits it offers, and the challenges it presents. We will also discuss the future role of AI in education.
What is Magic School AI?
MagicSchool.ai is an easy-to-use tool made with educators in mind, making your job easier and enabling you to make a significant impact in the classroom. On Magic School, I counted more than 70 AI tools geared toward education! Teachers can be more productive with Magic School AI tools, which include Text leveler, Behavior intervention plan (BIP), Rubric Generator, IEP Generator, Lesson and unit plan generator, group work generator, multiple explanations, team builders/ ice breakers, and even SAT reading practice tests. Better assessments, on-the-spot lesson content creation, and differentiated instruction are all made possible by the dashboard.
I discovered Magic School AI to be an all-inclusive solution that addressed a variety of teaching-related issues and increased teacher productivity.
Criteria for Choosing Magic School AI:
I chose the Magic School AI based on things like ease of use, system compatibility, and support services offered when choosing an AI tool for the classroom.
Ease of Use
Magic School AI is a great place to start if you’re new to AI because it highlights features and tools that you might not have even known AI was capable of. Unlike ChatGPT, which requires you to type in a lengthy set of instructions, Magic School AI streamlines the process with an easy-to-use set of pre-made buttons, dropdown menus, and text fields. All you must do is simply key in important words or details and press the Generate button and all the magic happens. You do not have to worry about “prompt engineering” or employing chatbots. Our generative AI works seamlessly into your hectic schedule to deliver immediate value.
It is Free
This way, teacherscan experiment, explore, and use innovative technology in the classroom without worrying aboutupfront costs or any financial constraints.
Expertise in Education
The fact that Magic School AI was created with educators in mind gives it a significant advantage over other AI tools, such as ChatGPT. To help teachers save time and customize instruction in fresh and original ways, the interface is exceptionally user-friendly and features a wide range of generative tools.
With our tool, you can customize the materials to make them specifically for your students. You are the expert on your students; we offer tools to personalize results for your unique learning environment.
Effective Tools
We only provide the most effective tools, carefully chosen by educators and based on best practices supported by research. They will help with lesson planning, differentiation, creating IEPs, and daily class relevance.
Magic School AI offers educators a unique opportunity to elevate their instructional strategies by leveraging advanced data analytics. This innovative tool can dissect complex student data, uncovering patterns and preferences that remain obscure without technological assistance. With these insights, teachers can adapt their teaching styles, ensuring they cater to the varied needs of their students more effectively. The ability to quickly adjust instructional methods based on real-time feedback represents a significant leap forward in educational practices. Additionally, Magic School AI can introduce novel content delivery methods, making learning more dynamic and tailored to individual learning journeys. This utilization of AI not only enriches the educational experience but also empowers educators to be more responsive and impactful in their teaching. By integrating Magic School AI, teachers can make informed decisions that directly contribute to the academic and personal growth of their students, fostering an environment where every learner has the tools and support to thrive.
Personalized Learning through AI
Magic School AI harnesses the capability to tailor educational experiences to individual student profiles, surpassing traditional one-size-fits-all teaching models. Through detailed analysis of performance data, this AI tool identifies each student’s strengths, weaknesses, and learning pace, enabling the creation of personalized lesson plans and activities. Such customization ensures that learners are neither left behind nor unchallenged, promoting an optimal learning curve for everyone. The adaptability of Magic School AI supports diverse educational needs, offering varied instructional methods and resources to align with each learner’s preferred style of engagement. This approach not only elevates academic achievement but also enhances students’ engagement with the material, making education a more relevant and captivating experience. Through personalized learning pathways facilitated by AI, education becomes a more inclusive, effective, and motivating process for students, laying the groundwork for lifelong learning and success.
Automating Administrative Tasks to Focus on Teaching
One of the transformative Magic School AI benefits is its efficiency in managing the time-consuming, yet necessary, administrative chores that often detract from the quality teaching time. Through the automation of such tasks as grading, attendance tracking, and student data management, teachers can reclaim precious hours. This newfound time can be redirected towards enriching the classroom experience, fostering deeper interactions with students, and designing more engaging and impactful lesson plans. The relief from these administrative burdens allows educators to prioritize pedagogical innovation and student mentorship, aspects of teaching that significantly influence learning outcomes but are frequently overshadowed by paperwork and routine management tasks. By integrating Magic School AI for administrative automation, the educational environment shifts focus back to its core: teaching and personalized learning, enabling teachers to dedicate their expertise and energy where it truly matters.
Engaging Students in New Ways
Magic School AI introduces innovative strategies to captivate students’ interest and enhance their learning experience. Through AI-driven interactive elements such as virtual reality (VR) explorations, personalized learning avatars, and real-world problem-solving scenarios, this technology can significantly transform the classroom atmosphere. These immersive experiences not only make lessons more enjoyable but also deepen understanding by allowing students to experience concepts first-hand. Furthermore, AI can facilitate collaborative projects that mimic the dynamics of online multiplayer games, encouraging teamwork and communication among students. Such engagement tools are especially beneficial in catering to the digital natives of today’s classrooms, who seek fast-paced, interactive content. By leveraging the strengths of Magic School AI to introduce these novel educational activities, teachers can create a stimulating learning environment that motivates students to explore subjects with enthusiasm and curiosity.
Supporting Different Learning Styles
Magic School AI is adept at enhancing the inclusivity of the classroom by catering to the myriad ways in which students absorb and process information. This technological tool can dynamically adjust the presentation of subject matter to match the individual learning preferences of each student. For those who are visual learners, AI can generate engaging graphics, charts, and videos that make complex concepts more understandable. Auditory learners benefit from AI’s ability to provide lectures in podcast formats or offer interactive discussions that they can listen to at their own pace. Kinesthetic learners, who grasp information best through firsthand experiences, can be accommodated with virtual simulations and interactive scenarios that encourage active participation. Additionally, Magic School AI can integrate a mix of these multimedia resources in a seamless learning experience, ensuring that no student’s learning style is left unaddressed. Through its adaptability, Magic School AI ensures that learning materials are not just accessible but are also delivered in a way that resonates with the unique learning fingerprint of each student, thereby democratizing the educational landscape and ensuring that each student can succeed on their terms.
Assessing Student Understanding with AI
The incorporation of Magic School AI into the classroom setting offers an innovative approach to evaluating student comprehension and mastery of subject matter. Through sophisticated AI algorithms, this technology can meticulously analyze responses from assignments and quizzes in real time, providing teachers with immediate insights into the learning progress of each student. This rapid feedback mechanism enables educators to pinpoint specific areas where a student might be struggling, allowing for timely intervention and personalized support.
Moreover, Magic School AI’s analytical capabilities extend to detecting patterns and trends in student performance across a variety of subjects, which can inform more strategic educational planning and curriculum adjustment. By identifying common misconceptions or learning hurdles, teachers can adapt their instructional approach to address these challenges head-on, fostering a more effective learning environment.
In addition to academic assessment, Magic School AI can gauge levels of engagement and interest, offering a more holistic view of a student’s learning experience. This allows educators to not only support academic growth but also to cultivate an environment that nurtures intellectual curiosity and resilience.
Through the precise and nuanced understanding of student performance provided by Magic School AI, educators can enhance their teaching methodologies, ensuring that each student receives the attention and resources they need to excel. This approach underscores the potential of AI to transform traditional assessment methods, making the evaluation process more dynamic, responsive, and aligned with the individual needs of students.
Encouraging Critical Thinking and Creativity
Magic School AI stands at the forefront of nurturing critical thinking and fostering creativity among students by introducing them to complex challenges and divergent thinking scenarios. This AI tool goes beyond rote learning, encouraging students to question, critique, and invent, thus preparing them for real-world problem-solving. Through interactive simulations and scenario-based learning, it pushes students out of their comfort zones and into a realm where they must apply logic, reason, and creativity to navigate and solve problems. The dynamic nature of AI-driven exercises ensures that students are not merely passive recipients of information but active participants in their learning journey. By integrating elements such as game-based learning and virtual laboratories, Magic School AI makes the process of learning both engaging and intellectually stimulating. These immersive experiences prompt students to employ a blend of critical analysis and imaginative thinking, skills that are invaluable in today’s innovation-driven society. Through its capacity to challenge and inspire, Magic School AI plays a pivotal role in equipping students with the cognitive tools necessary to navigate the complexities of the 21st century.
Ethical and Practical Challenges of AI in Education
Navigating the integration of Magic School AI into the classroom involves careful consideration of several ethical and practical hurdles. Concerns around the safeguarding of student data are paramount, as the reliance on digital tools increases the risk of breaches of privacy and security. Ensuring that sensitive information remains protected while utilizing AI for educational purposes is a complex challenge that demands robust security measures. Additionally, the potential for embedded biases within AI algorithms raises significant ethical questions. These biases could inadvertently reinforce stereotypes or unequal learning opportunities, making it crucial to scrutinize and rectify any prejudiced data sets AI might learn from. Another critical aspect is the maintenance of the invaluable human element in education. The fear that AI could diminish the unique teacher-student relationship is a concern for educators and parents alike. There is a delicate balance to be struck between leveraging AI’s capabilities to enhance education and preserving the personal interaction and guidance that teachers provide, which is essential for emotional and social development. Addressing these challenges requires a collaborative effort among educators, technologists, and policymakers to establish guidelines that prioritize ethical considerations, data protection, and the human touch in the deployment of AI educational tools.
Educational Chatbot: Raina
Sometimes, you need quick answers or guidance related to your work as a teacher. Raina an educational chatbot, is always ready to assist.
Example of tool I used on Magic School Ai ( (Email Family and translate to students languages )
Subject: Exciting June Activities in Our Classroom
Dear [Family Member’s Name],
I hope this email finds you well. I wanted to share with you the exciting activities we have planned in our classroom for the month of June.
Firstly, we will be going on a field trip to [Location] on [Date]. The cost for the field trip will be $[Amount]. Please ensure the payment is sent in by [Deadline].
We will also be having a potluck on [Date]. It would be wonderful if you could contribute a dish to share with the class.
Lastly, we have a visit to the museum scheduled for [Date]. More details will follow closer to the date.
If you have any questions or need further information, please feel free to reach out to me. Thank you for your continued support.
Best regards,
Mrs. Agbebi
Translation to Ukrainian:
Тема: Цікаві червневі заходи в нашому класі
Шановний [Ім’я члена сім’ї],
Я сподіваюсь, що це повідомлення знайде вас у гарному наст��ої. Я хотіла б поді��итися з ва��и захоплюючими заходами, які ми за��ланували в нашому ��ласі на місяць червень.
По-перше, ми вирушаємо на екскурсію до [Місце] [Дата]. Вартість екскурсії складатиме $[Сума]. Просимо надіслати оплату до [Кінцевий строк].
Ми також плануємо провести спільний обід [Дата]. Було б чудово, якщо ви могли б приготувати страву для спільного перекусу.
На завершення, у нас запланований візит до музею на [Дата]. Додаткові подробиці будуть надіслані наближеніше до дати.
Якщо у вас виникнуть питання або вам знадобиться додаткова інформація, будь ласка, не соромтеся звертатися до мене. Дякую за вашу по��тійну підтримку.
З повагою,
Місіс Агбебі
Conclusion
Magic School AI is a valuable set of AI tools for teachers. By using these AI-powered tools you can smoothen your teaching tasks, create high-quality content, enhance communication, and provide meaningful support to your students.
Teaching is challenging, and we understand the dedication it requires. You can use Magic School AI making your life easier and your teaching more effective. So, go ahead and explore the Magic School AI tools.
Walkthrough video of how to use Magic School Ai can be found below:
It has been quite an interesting journey learning Braille. I started about 5/6 weeks ago and am already learning and practicing the last six alphabets. In 5 weeks I have learned so much and I am glad to say you can learn Braille in 5 weeks depending on you and time available to study. I will advise you need to practice daily so you don’t forget all you have learned.
This week I had so many things to read and practice but I was so happy it is just six more alphabets left to learn so I was super eager to quickly learn and practice the letters so I can move on to the punctuation, capital letters, and numbers this week as well. Once I have completed learning and practicing the alphabet, braille punctuation, capital letters, and numbers, I am on my way to reading full sentences next week and writing words and sentences.
So, I started off by refreshing letters A to T and it went smoothly. I used the Braille Academy app on my iPhone to practice and I passed the challenges. Unfortunately, I thought I took a picture of my congratulatory message that I passed the challenge, but I just could not find the picture in my photos. I also took the test your knowledge with our braille alphabet fun quiz! on How the braille alphabet works – Perkins School for the Blind and i scored 23/26. I don’t think its too bad for a beginner like me.
Lets quickly dive into the last 6 letters. Its going to be easier to learn because its just 6 instead of 10.
Braille letters u – z
The Braille letters from U to Z, with the exception of ‘W’, follow a logical progression similar to the previous sets, but with an added twist.
Method 1: In this group, each letter is formed by adding dots 3 and 6 to the configurations of the first five letters, A to E.
W: Dots 2, 4, 5, and 6 (not following the above logic)
A w has dot 2 on the left side, and dots 4, 5, and 6 on the right side.
This continuity in design demonstrates the systematic and efficient nature of the Braille language.
However, there’s a unique historical note about the letter ‘W’. When Louis Braille, the creator of the Braille system, designed this code in 1824, the letter ‘W’ was not part of the French alphabet, his native language. As a result, ‘W’ deviates from this pattern.
Here are the Braille codes for the Braille letters U to Z:
U: Dots 1, 3, and 6
V: Dots 1, 2, 3, and 6
W: Dots 2, 4, 5, and 6
X: Dots 1, 3, 4, and 6
Y: Dots 1, 3, 4, 5, and 6
Z: Dots 1, 3, 5, and 6
Method 2 : Adding dot 6 to form u, v, x, y, and z. For the remaining letters (except w), take the k through o and add dot 6. Leave the letter w out completely, as it doesn’t fit the pattern all the other letters do.
The letter u has dot 1 and 3 from letter k, plus dot 6. The letter v has dots 1, 2, and 3 from letter l, plus dot 6.
Since you’re skipping w for now, the next letter is x, which has dots 1, 3, and 4 from letter m, plus dot 6. The letter y has dots 1, 3, 4, and 5 from letter n, plus dot 6. The letter z has dots 1, 3, and 5 from letter o, plus dot 6.
Learning letters U to Z was pretty fast because I was only adding dots 3 and 6 to the first 5 alphabet A TO E.
Lets move on to punctuations now. Why do we need to learn punctuations in Braille? Braille contains the same punctuation marks as is found in print. People who are not visually impaired often have trouble learning how to correctly use commas, colons, and semicolons so likewise people who are visually impaired /blind will also struggle while writing or reading if there is no punctuation marks.
Braille Capital letters
Braille doesn’t have a separate alphabet of capital letters like standard print. These are all of the lower case braille letters in the English alphabet. There’s a “code” that tells the reader the next letter is capitalized. That “code” is a dot-6. To form a capital letter, you must place a dot 6 before the letter. And, if you want to capitalize an entire word, you put 2 dot-6’s in front of the word.
Braille Punctuation
Braille incorporates a variety of punctuation marks, each represented by unique combinations of raised dots. These punctuation marks are essential for understanding the context and meaning of written Braille texts. Here are some of the main punctuation marks in Braille:
Period: Dots 2, 5, and 6
Comma: Dot 2
Question Mark: Dots 2, 3, 5, and 6
Exclamation Mark: Dots 2, 3, and 5
Colon: Dots 2, 5
Semicolon: Dots 2, 3, and 6
Quotation Marks (Opening and Closing): Dots 2, 3, 5 (used at both the beginning and end of a quotation)
Apostrophe: Dot 3
Hyphen: Dots 3 and 6
The Braille code for the first 10 letters of the alphabet is also used to create the most common punctuation marks you’ll find in literary writing. The same code is simply dropped down to the lower part of the cell.[5]
A Braille comma has dot 2. You can also think of this as a letter a dropped down one line.
A Braille semicolon has dots 2 and 3. This is the letter b dropped down one line. A Braille colon has dots 2 and 5.
A Braille period has dots 2, 5, and 6. The Braille period is also used as a decimal point. If there are 3 Braille periods together, they represent an ellipsis.
An exclamation mark has dots 2,3, and 5, while a question mark has dots 2, 3, and 6.
Quotation marks have 2 cells. The first represents whether they are single or double, and the second whether they are opening or closing. For single quotation marks, the first cell has dot 6. For double quotation marks, the first cell has dots 3 and 4. Opening quotation marks have dots 2, 3, and 6 (note that this is identical to a question mark). Closing quotation marks have dots 3, 5, and 6.
The Braille numbers
Braille Numbers
As we transition from the Braille alphabet to Braille numbers, you’ll find the learning curve pleasantly gentle. The numbers 0 through 9 in Braille are ingeniously mapped to the same configurations as the letters A through J.
The key to distinguishing numbers from letters in Braille is the use of a special “Braille number sign.” This sign, which might vary slightly depending on the language, is placed before the Braille characters for A to J to indicate that these characters are to be read as numbers.
The Braille number sign is typically represented by the combination of dots 3, 4, 5, and 6. When this sign precedes any of the first ten letters of the Braille alphabet, it transforms them into numbers. For example, the Braille symbol for the letter A (dot 1) becomes the number 1 when it is preceded by the number sign.
Here’s how each number is represented in Braille:
1: Number sign followed by dot 1 (A)
2: Number sign followed by dots 1 and 2 (B)
3: Number sign followed by dots 1 and 4 (C)
4: Number sign followed by dots 1, 4, and 5 (D)
5: Number sign followed by dots 1 and 5 (E)
6: Number sign followed by dots 1, 2, and 4 (F)
7: Number sign followed by dots 1, 2, 4, and 5 (G)
For my Braille lesson today, I will be familiarizing myself with the alphabet and numbers in the Unified English Braille(UEB) so that when I want to start typing to practice braille I will already understand all I need to know.
Braille alphabets
A braille cell is a group of six dots that makes up every braille symbol.
Six raised dots, three in each of two parallel columns, make up a complete cell.
The raised dots in each braille cell that form each letter are represented by the bold dots.
As seen in the above image, the numbers 1-6 correspond to the dot positions in the braille cell. The numbers line up with the braille writer’s keys, which are utilized to create the embossed material.
ALphabets A – J
Alphabets A-J was my focus this week . The first 10 letters of the Braille alphabet, A through J, hold a special significance as they form the base from which the entire Braille system is built. Once these initial ten letters are memorized, learners have essentially laid the groundwork for understanding the entire Braille alphabet and even the numbers.
This clever design showcases the efficiency of Braille as a tactile language. We will delve deeper into how these first ten letters extrapolate to encompass the full alphabet and numeric system later in the article. For now, here are the Braille codes for the Braille letters A to J:
A: Dot 1
B: Dots 1 and 2
C: Dots 1 and 4
D: Dots 1, 4, and 5
E: Dots 1 and 5
F: Dots 1, 2, and 4
G: Dots 1, 2, 4, and 5
H: Dots 1, 2, and 5
I: Dots 2 and 4
J: Dots 2, 4, and 5
courtesy of beginners guide to braille
Holding down all the keys on the braille writer simultaneously is necessary to generate the correct braille cell when a braille cell contains multiple raised dots.
The letter “a,” for instance, is made up of just one raised dot, dot 1. On the braille writer, you would just press down dot number 1 and let go. It advances to the subsequent space on its own. There are two dots in the letter “b”: 1 and 2.
To make the letter b, you have to simultaneously press down on both dots. Similar to the “enter” button on a keyboard, the “down” button advances to the following line.
At first Its was difficult to adjust to the idea there is no delete button to erase my mistakes while typing in braille. but incorrect dots can be pushed down using a tiny instrument known as a braille eraser. The appropriate dots can then be brailled by using the “back” key to go back one space.
braille eraser
While preparing to practice braille, i found the 2 apps on called Google Play. The first one is called Brailliac app which is a Braille keyboard and the second one is called Braille Academy: Play & Learn.
Brailliac: Braille Keyboard
About this app:
Practise your Braille skills while doing anything from texting your friends, searching the web, or writing essays!
Just a few of the amazing features:
snapshots from Brailliac app
snapshots from Brailliac app
snapshots from Brailliac app
– Braille Cell Mode – for typing cells directly – Translated Mode – in-built AI automatically converts your typed cells to the letters they represent in your chosen Braille code – Fully compatible with all Braille symbols and modes, including capitals, numbers, contractions, and shortforms – Highly customisable – choose the size of your keyboard exactly – Intuative motion controls – Private and safe – Has no Internet permissions, so you don’t have to worry about snooping
Braille Academy: Play & Learn
What’s Braille Academy?
Braille Academy is developed to help those who are curious about and interested in learning the Braille system. The two key teaching concepts are gradual introduction and focused repetition. The learning material is categorized into chapters and then levels to ensure efficient learning and training. If you are not particularly interested in Braille but in training and improving your memory in general, Braille Academy is also a useful tool.
Braille Academy has Levels and challenges?
In short, a level focuses on introducing new characters with a small amount of repetition while a challenge trains what you’ve learnt already. In a level, you can click the INFO BUTTON (on the left) to read some TIPS and the hint button (on the right) to see the correct answer. The hints are infinite and always free. In a challenge, you can’t use the hint button anymore and you must make less than 3 mistakes to pass it.
These apps are great addition to my learning braille journey and for anyone who is interested in learning braille. My words that “learning braille is fun ” is actually becoming a reality. there is a game to play while learning Braille. I think everyone should be interested in learning Braille after reading my post. Keep me posted on how you feel about the apps and how the tech world is improving the braille world. I will be using the apps to practice my typing braille words in the coming weeks and I will keep updating you on cool these app are.
Tophat has emerged as a versatile tool designed to enhance classroom engagement and streamline the learning experience. Whether you are an educator looking to make your lectures more interactive or a student aiming to stay connected and engaged, TopHat offers a comprehensive suite of features to meet your needs.
TopHat is an education technology platform that aims to improve student engagement and learning outcomes through interactive content, real-time feedback, and seamless integration with existing educational frameworks. It offers a variety of tools that facilitate active learning, including interactive textbooks, polling and quizzing, homework and assignments, classroom discussions, and attendance tracking.
Basic Instructions for Using TopHat
Getting started with TopHat is straightforward. Here are the basic steps:
Sign up and set up your course:
Visit the TopHat website and create an account
Set up your course by adding details such as the course name, description, and schedule
Create content:
Use TopHat’s content creation tools to design interactive lectures, quizzes, and assignments
Embed multimedia elements like videos and images to enhance the material
Engage your students:
During class, use live polls and quizzes to interact with students and assess their understanding in real-time
Utilize the discussion feature to encourage student participation and peer learning
Monitor progress:
Track attendance automatically and monitor student performance through TopHat’s analytics dashboard
Provide instant feedback on quizzes and assignments to support student learning
Using TopHat in the Classroom
TopHat can significantly enhance the classroom experience by fostering a more interactive and engaging learning environment. Here are a few ways you might use it in your classroom:
Flipped classroom model:
Assign interactive textbook readings and videos as homework, then use class time for discussions, problem-solving, and application of concepts
Real-time feedback:
Conduct live polls and quizzes during lectures to gauge student understanding and adjust your teaching on the fly based on their responses
Collaborative learning:
Use the discussion boards to facilitate group work and peer-to-peer learning, allowing students to engage with the material and each other outside of class time
Enhanced assessment:
Create a variety of question types for quizzes and exams, including multiple-choice, short answer, and interactive questions to assess student learning more comprehensively
Tips for Using TopHat Effectively
Instructors should familiarize themselves with TopHat’s features before the semester begins to ensure a smooth integration into their teaching routine
Use polls and quizzes regularly to keep students engaged and make lectures more interactive
Ensure students know how to access and use TopHat from the beginning of the course
Regularly review the analytics dashboard to identify students who may need extra support and adjust your teaching strategies accordingly
Use the discussion features to build a sense of community among students and encourage collaborative learning
SAMR MODEL FOR USAGE OF TOPHAT IN THE CLASSROOM
Substitution:Ensuring all students have access to a gadget like a laptop or tablet and access to internet is the first step. Digital textbooks or textbooks come into play, replacing their physical counterparts. Top Hat also replaces traditional in-person assessments and assignments.
Augmentation: Teachers could include an interactive form to allow students to ask questions in advance so that they can be addressed in class before class or before an assessment or assignment is done
Modification: Top Hat allows the teacher to create a gamified app that would increase student engagement. Traditional assignments can be modified by enabling students to be creative rather than a mere written submission, they now incorporate audio narrations complemented by personally curated musical backdrops. This encourages students to articulate their understanding and practice presentation skills
Redefinition: Develop a data collection setting to assess students’ results for teacher use and adjust on specific students.
I am excited to share my journey in learning braille. I love typing and i am wandering if its going to be as easy as just the normal typing. Lets dive into this learning project together and I am sure its going to be a fun experience.
What is Braille ? Braille is a combination of simple dots to represent written language for people who are blind or have visual impairment. As a future educator, i really wanted to learn braille so i will be able to help students who have visual impairment. It will take some time for my hands to adjust to the fine motor skills and tactile dexterity needed since I have never read braille before. To maximize the likelihood of success, in my learning project , then the pre-braille step is very crucial and needs to be actively and frequently practiced.Continue reading →
