Translate This Page
Use the other language selector on my
home page above to go through my
whole site using any native language
you speak,
then use the video above to see and
listen to the same teaching topic
text below.
الذى فى الاعلى
Next, Use the world site selector on my
home page above to go to the search
engine site or the social media site you
like.
My YouTube Channel: Click: :( Mr. / Girgis H. H).
There are many ways students can start exploring AI.
These fun artificial intelligence activities for students provide
opportunities to expand their knowledge of AI, how it works,
and different applications and industries where it is used.
Explore how self-driving cars, facial recognition, and other
AI technologies work in Create & Learn's live online AI
Explorers course. Students learn to develop AI applications
as they learn the role AI plays in image recognition software
and chatbots. Students also learn how to implement AI into
games and robotics and expand their knowledge of the
technical components of AI to explore neural networks.
Throughout the course, students consider ethical
implications of AI and the impacts this technology has
on our society. There's even a free introduction event your child
can start with.
Your student might also enjoy a Create with ChatGPT course.
Through several carefully designed projects, this interactive
course helps kids understand what ChatGPT is and
introduces them to effective ways of using ChatGPT.
And they can learn state of art tools such as Adobe Firefly,
Canva, and more in the live online AI Art for Kids class to have
fun making cool AI art, illustrations, posters, and more.
Jackie Gerstein provides fun chatbot activities that teach
students how to create a text to speech translator in Scratch.
Students can then use the skills they learn while developing
this program to create their own chatbot that can answer
questions about a topic of their choice. While developing
these chatbot programs, students explore AI and machine
learning fundamentals and implement these to improve their
Scratch Lab provides experimental blocks that the Scratch
team has developed to add new creative possibilities for
students. Students can try out these new experimental
blocks and even give feedback to the Scratch team! One
of the experimental features that they are working on is
Face Sensing.
With Face Sensing blocks, students can make
animated costumes and games that interact with the user's
face. This feature allows students to explore machine
learning technology to detect faces and respond to facial
features and expressions.
With MIT App Inventor, students can learn about AI and
machine learning to identify objects within images. Students
learn about common image classification techniques while
exploring data collection and developing their own image
classification app.
The Introduction to Machine Learning:
Image Classification activities consist of several lessons that
students can complete to explore the LookExtension in
MIT App Inventor and create an app that they can download
In the Digital Technologies Hub's "Can AI Guess Your
Emotion?" activity, students explore image classification
using Google's Teachable Machine. Students consider how facial
features help us recognize emotions and train an AI to
recognize these. Students can also expand on this to
explore training an AI to recognize pets, words, or other
types of data.
One of the most significant advantages of using artificial
intelligence in the classroom is its ability to make student
development more engaging and interactive.
Some activity ideas include using AI-powered educational
games and simulations that can provide students with
immersive learning experiences that are both fun and
educational.
For example:
Listening.com:
It uses artificial intelligence to convert written text into
speech format, making it easier for students to consume
and understand complex information.
With this alternative way to access educational materials,
Listening.com caters to auditory learners and helps students
stay engaged with the subject matter.
Quizlet
IT incorporates AI to create adaptive learning experiences.
The platform uses machine learning algorithms to
personalize study sets and flashcards based on a
student’s performance and progress.
By continuously adapting to the student’s needs, Quizlet
keeps them engaged and motivated to learn. * Duolingo
uses AI to gamify the language learning process. The app
employs AI chatbots to simulate real-life conversations in
different languages, making language learning more
interactive and enjoyable.
Duolingo
It also uses machine learning to personalize lesson
plans and provide real-time feedback, keeping students
engaged and encouraging them to progress through the
curriculum.
By using AI technology in the classroom, teachers can
create a more dynamic and engaging learning
environment that caters to the constantly changing
and diverse learning styles and needs of students.
AI systems can also address learning difficulties and
provide assistive technology for students with special
needs.
* AI speech recognition software, such as Dragon
Speech Recognition or Google Speech-to-Text, can
help students with hearing impairments participate in
class discussions and access course materials.
These tools accurately transcribe spoken words into
written text in real-time, allowing students to follow
along and engage with the lesson. * AI-powered text-to-
speech software, like Listening.com or Voice Dream Reader,
can help students with visual or hearing impairments
access written course materials.
These programs use advanced artificial intelligence
algorithms to convert digital text into natural-sounding
speech, enabling students to listen to their textbooks,
assignments, and other written content.
* Adaptive learning platforms, such as Knewton or
Carnegie Learning, use deep learning algorithms to
analyze a student’s performance and adjust the
content and pace so that teachers can tailor lessons
accordingly.
By providing personalized learning experiences to
each student’s unique needs and abilities, these
artificial intelligence applications can help with the
student’s individual learning.
* Grammarly, a writing assistant that uses artificial
intelligence to detect and correct grammar, spelling,
and punctuation errors, can be beneficial for dyslexic
students with their writing skills.
* AI-powered apps like Focus\@Will and Brain.fm
use music and sound patterns that are scientifically
designed to improve focus and attention, which can
benefit students with ADHD.
With these AI-powered assistive technologies,
educational institutions are more capable of providing
students with the support, resources, and universal
access that students need to succeed. These tools
can help bridge the gap between students with learning
difficulties and their peers, ensuring that every student
has an equal opportunity to learn and thrive.
Asking questions is one of the most important
skills students can learn in the classroom.
Educators can use artificial intelligence tools
to teach students how to ask effective questions.
As Houman Harouni, a lecturer at the Harvard
Graduate School of Education points out,
educators should focus on understanding the
opportunities left open by technology.
Students should critically examine AI-generated
questions and answers, and formulate their own
follow-up questions.
Generative AI tools, like ChatGPT or QuestionGen,
help students learn to ask open-ended questions
that encourage deeper learning and understanding.
These tools generate thought-provoking questions
based on a given topic or text, providing a starting
point for further exploration.
Educators can use artificial intelligence systems
to give knowledge and teach students how to ask
effective questions:
AI discussion forums, like Packback or Parlay
Ideas, provide a platform for thoughtful discussions
and debates which develop critical thinking, and
communication skills among students. These tools
use machine learning to moderate discussions,
ensure respectful interactions, and provide
personalized feedback to students.
By using these tools, educators create a learning
environment that fosters intellectual curiosity and
encourages students to ask probing questions.
Educators guide students in using artificial
intelligence tools effectively, empowering students
interests for them to become active learners and
critical thinkers.
AI in education can improve administrative tasks
such as school management and lesson planning,
among others:
* AI-supported lesson planning tools, like Lessonly or
Planboard, help teachers create engaging and effective
lessons quickly.
These tools use deep learning to analyze educational
content and generate personalized lesson plans based
on grade level, particular subject matter, and learning
goals. They save teachers time and ensure lessons
align with standards.
* Content creation applications, such as Adobe Spark or
Canva, simplify creating interactive presentations,
videos, and multimedia content for the curriculum.
These tools make it easy to create professional-looking
visual aids without extensive design skills.
* Educational solutions for grading, such as Gradescope
or Crowdmark, help teachers in routine tasks such as
grading assignments and providing feedback.
These solutions automate grading for multiple-choice
and fill-in-the-blank questions and provide teachers
with suggestions for grading open-ended responses.
This could be very time-consuming. With these tools,
they free up time for teachers to focus on individualized
feedback and support.
Analytics software, like Clever and Schoolzilla, track
student progress, identify areas for improvement, and
inform data-driven decisions about teaching instruction.
They collect and analyze data from attendance records,
assessment scores, and student surveys to provide
actionable insights.
By using these AI applications for lesson planning,
content creation, grading, and analytics, teachers can
avoid mundane tasks and streamline their workflow.
Schools can then focus on delivering high-quality,
personalized instruction.
As AI advances, it has the potential to revolutionize
lesson planning and instruction in global classrooms,
leading to better learning outcomes.
AI in education has the potential to revolutionize education
by making the student learning experience more engaging,
personalized, and effective. From immersive educational
games to assistive technology for students with special
needs, AI offers a wide range of applications in the
classroom.
However, the schools need to use artificial intelligence
responsibly and transparently, with a focus on enhancing
rather than replacing human instruction.
By starting small, communicating clearly, and prioritizing
student privacy and teacher training, educators can
successfully integrate AI into their teaching methods.
As artificial intelligence advances, it will open up even
more exciting possibilities for transforming education
and preparing students for the future.
While there may be challenges and concerns to navigate
along the way, the potential benefits of AI in the classroom
and education, are too significant to ignore. With thoughtful
implementation in schools, AI can help create a more
engaging, inclusive, and effective learning environment
for all students.
Co-curriculum activities:
1-Classroom Activity 1
2-Classroom Activity 2
3-Classroom Activity 3
4-Classroom Activity 4
5-Classroom Activity 5
6-Classroom Activity 6
7-Classroom Activity 7
8- Classroom Activity 8
Make a free website with Yola
