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Tools for STEM Education in English Classes

Incorporating STEM (Science, Technology, Engineering, and Mathematics) into English classes promotes interdisciplinary learning. Here are some tools and strategies that teachers use to integrate STEM into English language instruction:

Digital Tools and Apps

1. Raz-Kids: Offers leveled reading resources and quizzes to assess comprehension, useful for integrating scientific and technical texts.

2. Seesaw: Allows students to document and share their learning through STEM-related projects like lab reports and presentations.

3. Google Classroom: Manages coursework and facilitates communication, enabling interdisciplinary projects combining literacy with STEM topics.

4. Khan Academy: Provides resources supporting reading and writing skills through informational texts and problem-solving activities.

5. Scratch: A programming language where students can create stories, games, and animations, integrating computational thinking with narrative skills.

6. Flipgrid: A video discussion platform for STEM-related debates and presentations, enhancing technical knowledge and communication skills.

7. Newsela: Offers articles at various reading levels on current events, including STEM topics, integrating informational text reading with science discussions.

#### Teaching Strategies

1. Project-Based Learning (PBL): Engages students in long-term projects that require research, collaboration, and presentation, integrating STEM concepts with literacy skills.

2. Inquiry-Based Learning: Encourages students to ask questions, conduct research, and present findings, promoting critical thinking and scientific methods in language arts.

3. STEM Literature: Incorporates novels, biographies, and informational texts about scientists and technological innovations to build reading comprehension and interest in STEM fields.

4. Cross-Disciplinary Writing Assignments: Requires students to write lab reports, research papers, or persuasive essays on STEM topics, combining technical content with literacy skills.

5. Debates and Discussions: Facilitates debates on ethical issues in science and technology or discussions on recent STEM advancements, helping students develop argumentative writing and speaking skills.

6. Science Journals: Encourages students to document experiments, observations, and reflections, enhancing scientific thinking and writing proficiency.

By integrating STEM principles and tools into English classes, educators can enhance literacy skills while fostering a deeper understanding and appreciation of STEM subjects. This holistic approach boosts academic performance and prepares students for future challenges.

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T.Nouf Al-Malki
Technology may not be the use of many devices or techniques, but rather the intelligence of the teacher. It may be a simple mobile application or a modern method of learning.

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technology is the way to creat and transfer you ideas into fun classwork

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Tech is any thing that human made to do somthing

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Any tool or aid that makes learning effective and innovative

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Technology in class is using devices like laptops ipads projectors robots or using apps or websites like canva quizzes etc

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Ai tools

Gamma App

Magic school Ai

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Decision Making

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Technology refers to the application of scientific knowledge and tools to create, modify, and improve products, services, and processes.

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Any man-made tool that helps the teacher and students

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It means making life more easiar to kids and adult

easy to get the information without using paper books

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The application of knowledges

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Technology is about turning things around us into digital, make things easy

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Technology is

: All the resources used for teaching

: ranging from pencils to computers .

: all hands on activities incorporated with knowledge , innovation and cognitive skills

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Technology is to make the life easier ✨✨✨

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Technology is the application of the scientific knowledge practical purpose. T.enas allawi

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Technology refers to the application of scientific knowledge for practical purposes, especially in industry. It involves the creation and use of tools, machines, systems, and processes to solve problems, improve human capabilities, and make tasks easier or more efficient. .

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A tool to make learning more efficient

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creativity

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Technology is any non-living aid which can enhance our physical and/or cognitive processes

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Designing, modeling and engineering

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Any thing that humans made to do something

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Tool to make Life easy

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Any tool Or aid that makes learning effective and innovative

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Applying Science in different field of industry

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Technology is anything that makes our life easier.

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Robotics

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Technology refers to the application of scientific knowledge for practical purposes, especially in industry. It encompasses a wide range of tools, machines, systems, and processes used to solve problems, enhance productivity, and improve the quality of life. Technology includes everything from simple tools and machines to complex systems like computers, software, and the internet. It plays a crucial role in various fields such as medicine, communication, transportation, and education.

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creativity

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Thinking out of the box

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STEM teachers often require a variety of tools to effectively teach Science, Technology, Engineering, and Mathematics. Here are some tools commonly used by STEM teachers:

1. Laboratory equipment: Beakers, test tubes, microscopes, pipettes, and other tools for conducting experiments and demonstrations.

2. Robotics kits: LEGO Mindstorms, kits for teaching robotics and programming concepts.

3. Computer software: Programs such as coding software (Scratch, Python), simulation software, and data analysis tools (Excel, Google Sheets).

4. 3D printers: Tools for creating and prototyping designs in subjects like engineering and design.

5. Circuit kits: Breadboards, wires, resistors, LEDs, and other components for teaching electronics and circuitry.

6. Math: Geometric shapes, pattern blocks, calculators, and other tools for hands-on math learning.

7. STEM kits: Kits that cover specific topics.

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STEM education is a pedagogical method of teaching that meets with the needs of the 21st century, in which the student gets to use technology and experiments in the learning process and to connect their knowledge with the real world.

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To teach all subjects in STEM you need smart tools in order to create smart brains… we need scientific tools for the biological and physical experiments. We also need internet in case if we wanted to show students something online.. as well as, we need a smart board…. And sometimes we need projects made by students and teachers to make integrations

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One of the most magnificent ways to introduce information to kids

They don't just study but they engage, widen their mindset, and have fun on top of that ❤️

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The willingness to break boundaries and not be afraid to explore new pedagogical approaches

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Everything is suitable according to the topic BUT I wish it's not expensive, and does not reflect the idea "you cannot do STEAM without these tools". Thanks

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Interaction with students

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interactive video

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To teach STEAM effectively, teachers can use a variety of tools:

1. Interactive Whiteboards (e.g., SMART Boards).

2. Educational Software and Apps (e.g., Google Classroom, Khan Academy).

3. Robotics Kits (e.g., LEGO Mindstorms, VEX Robotics).

4. 3D Printers.

5. Virtual and Augmented Reality (e.g., Google Expeditions).

6. Coding Platforms (e.g., Code.org, Tynker).

7. Science Kits and Lab Equipment.

8. Art Supplies and Digital Art Tools (e.g., Adobe Illustrator, Procreate).

9. STEM Curriculum Resources (e.g., Project Lead The Way).

10. Online Collaboration Tools (e.g., Microsoft Teams, Zoom).

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العاب جاذبة للانتباه و

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العاب جاذبة للانتباه وتكون حركية

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Smart board, active internet connection, hands on activity resources, video presentations, pictures, lesson plans, differentiated worksheets, research center

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Hands-on learning materials

Technology and multimedia

Maker space or STEM lab

Data collection and analysis tools

Reference materials

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To be engaged

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Good morning

STEM education refers to the teaching and learning of science, technology, engineering, and mathematics.

It aims to develop students' critical thinking, problem-solving skills, and creativity, preparing them for careers in different fields.

In addition, stem education gives the students the ability to understand why and how their subjects at school can be applied enormously in real-life applications.

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Hands on material

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Interactive videos, virtual simulations

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Power point presentation

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Great to empathize knowledge and learning

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Interactive video

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Smart board

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A proper plan and a driving question

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Teachers need time, space, and tools

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Smart board

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Good morinng

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What do you know about STEM education?

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The work of the STEM Strategies team centers around creating opportunities and advancing efforts to engage business, industry, and regional stakeholders in supporting equity-driven STEM initiatives across the university. We accomplish this by leveraging the university's assets to build high quality partnerships that are mutually beneficial for both institutions and, most importantly, benefit students.

Focusing on science, technology, engineering, and mathematics, we work across UC Davis colleges, schools and departments to understand the big picture of STEM opportunities and outlook for the University. By leveraging resources, driving program development, and encouraging collaboration among university and industry stakeholders, the Group is able to foster opportunities for prospective and current undergraduate and graduate students at UC Davis. Additionally, the Group works regionally with partners to develop systems and programs to amplify student success in STEM, as well as increase the footprint of UC Davis as a premier STEM institution regionally and nationally.

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The work of the STEM Strategies team centers around creating opportunities and advancing efforts to engage business, industry, and regional stakeholders in supporting equity-driven STEM initiatives across the university. We accomplish this by leveraging the university's assets to build high quality partnerships that are mutually beneficial for both institutions and, most importantly, benefit students.