Introduced as part of an experiment, the eInstruction student response systems and the interactive whiteboard seem to have found their place in teacher Christèle Ramaugé’s classroom.
Case study - France - A successful marriage between traditional and digital t...eInstruction EMEA
In teacher Bernard Liberman’s class of students aged six, in “Les Perrières’s school in Aulnay-sous-bois, digital technology has been introduced and now merges comfortably with traditional teaching methods. The fixed (Touch Board) and mobile (Mobi View) interactive whiteboards, as well as the CPS Spark clickers, are the digital tools used by the teacher, who is convinced of the benefits of digital technology in the classroom. eInstruction’s newest software, "Flow", has been unanimous adopted by the teacher.
This test is designed as a brief survey to identify the possibility of the presence of the learning
disability Dyscalculia, a problem that can interfere with a student’s ability to understand and use
math and spatial reasoning. Because this quiz is general and designed to be used throughout the
elementary grades, younger students may not understand all of the questions. This is normal and not
a big source of concern.
Here are the missing numbers or symbols:
7 + 2 = 9
– 4 = -3
+ 3 = 9 + 6
4 + 5 = 9
5 = 10
+ 6 = 11
= 7 + 3 = 10
3 = 8 - 5
= 16 - 10
– 6 = 10 - 6
2 = 6 + 4
5 = 11 - 6
This task examines the student’s understanding of basic addition, subtraction, and order of
operations. Younger students may not understand all of the concepts.
24
Use the symbols to perform the math problems.
= +3 9
= –1 5
Working memory (WM) skills vary by age and impact educational attainment. Children with poor WM often struggle in the classroom, having difficulties following instructions, keeping their place, and staying focused. They may be seen as inattentive, distractible, or having a short attention span. While WM training can improve scores, it does not necessarily translate to academic or everyday skills. For training to be effective, it may need to be embedded in educational activities and include metacognitive strategies and extensive practice applying lessons. Overall, WM capacity influences learning opportunities and academic progress.
The teacher asks pupils to open a mathematics website and view a slideshow on subtraction. The teacher then explains the concept of borrowing in subtraction and has pupils practice sample subtraction problems by creating a table to show their work. The teacher discusses answers with the class, letting some pupils present at the front, or checks answers on the website. Pupils then explore additional subtraction exercises on the site.
This document discusses several apps that are useful in education. Decide Now is an app that allows teachers to randomly select students to answer questions and give rewards. Too Noisy monitors noise levels in the classroom. Remind Me allows teachers to send text reminders to students and parents. Kahoot and Plague are game-based learning apps that engage students. Quizlet, Socrative, and ClassDojo are apps that help with student assessment, feedback, and classroom management.
This document summarizes and reviews several educational simulations and activities for teaching kindergarten through second grade students. It reviews simulations for teaching weather, patterns, money counting, and probability. Each summary includes the name, age level, creator, ease of use, pros, cons, and potential integration into classroom lessons. The reviews indicate that the activities are generally easy to use with simple and colorful graphics but that some could benefit from audio instructions or more engaging designs.
Case study - France - A successful marriage between traditional and digital t...eInstruction EMEA
In teacher Bernard Liberman’s class of students aged six, in “Les Perrières’s school in Aulnay-sous-bois, digital technology has been introduced and now merges comfortably with traditional teaching methods. The fixed (Touch Board) and mobile (Mobi View) interactive whiteboards, as well as the CPS Spark clickers, are the digital tools used by the teacher, who is convinced of the benefits of digital technology in the classroom. eInstruction’s newest software, "Flow", has been unanimous adopted by the teacher.
This test is designed as a brief survey to identify the possibility of the presence of the learning
disability Dyscalculia, a problem that can interfere with a student’s ability to understand and use
math and spatial reasoning. Because this quiz is general and designed to be used throughout the
elementary grades, younger students may not understand all of the questions. This is normal and not
a big source of concern.
Here are the missing numbers or symbols:
7 + 2 = 9
– 4 = -3
+ 3 = 9 + 6
4 + 5 = 9
5 = 10
+ 6 = 11
= 7 + 3 = 10
3 = 8 - 5
= 16 - 10
– 6 = 10 - 6
2 = 6 + 4
5 = 11 - 6
This task examines the student’s understanding of basic addition, subtraction, and order of
operations. Younger students may not understand all of the concepts.
24
Use the symbols to perform the math problems.
= +3 9
= –1 5
Working memory (WM) skills vary by age and impact educational attainment. Children with poor WM often struggle in the classroom, having difficulties following instructions, keeping their place, and staying focused. They may be seen as inattentive, distractible, or having a short attention span. While WM training can improve scores, it does not necessarily translate to academic or everyday skills. For training to be effective, it may need to be embedded in educational activities and include metacognitive strategies and extensive practice applying lessons. Overall, WM capacity influences learning opportunities and academic progress.
The teacher asks pupils to open a mathematics website and view a slideshow on subtraction. The teacher then explains the concept of borrowing in subtraction and has pupils practice sample subtraction problems by creating a table to show their work. The teacher discusses answers with the class, letting some pupils present at the front, or checks answers on the website. Pupils then explore additional subtraction exercises on the site.
This document discusses several apps that are useful in education. Decide Now is an app that allows teachers to randomly select students to answer questions and give rewards. Too Noisy monitors noise levels in the classroom. Remind Me allows teachers to send text reminders to students and parents. Kahoot and Plague are game-based learning apps that engage students. Quizlet, Socrative, and ClassDojo are apps that help with student assessment, feedback, and classroom management.
This document summarizes and reviews several educational simulations and activities for teaching kindergarten through second grade students. It reviews simulations for teaching weather, patterns, money counting, and probability. Each summary includes the name, age level, creator, ease of use, pros, cons, and potential integration into classroom lessons. The reviews indicate that the activities are generally easy to use with simple and colorful graphics but that some could benefit from audio instructions or more engaging designs.
Case study - France - Interactive tools for a captivating teachingeInstruction EMEA
We went to Isabelle Tarride’s 9th grade class at Val de Durance high school in Pertuis, at the foot of Luberon, where the mild climate and the smell of lavender promote a relaxing atmosphere. It’s also the sight where the students and teacher of the Physics/Chemistry class are using new technology in class.
Case study - France - French class in Chantereine High School, SarcelleseInstruction EMEA
Following an equipment loan from eInstruction to explore best practice, Olivier Godet, modern literature teacher at the Chantereine high school in Sarcelles (95) describes his use of both fixed and mobile interactive whiteboards with its 5th and 3rd grades (students aged 13 years old and 15years old).
This document discusses various assistive technologies (AT) that can help students with special needs succeed in education when paired with technology. It describes individualized education programs (IEPs) that set goals and support for students. Examples of AT are given, from low-tech options like guided notes to high-tech like hearing aids and touchscreen modifications. Specific websites offering math and reading resources, to-do list makers, audio books and timers are also presented as beneficial AT tools for students with disabilities like ADHD or hearing impairments.
This document discusses various assistive technologies (AT) that can help students with special needs succeed in education when paired with technology. It describes individualized education programs (IEPs) that set goals and support for students. A variety of AT examples are provided, from hearing aids and modified keyboards to guided notes and digital to-do lists. The document advocates that AT benefits not just students with disabilities, but all learners through multisensory lessons and organization tools.
Case study - Ireland - St Vincent’s Secondary School, CorkeInstruction EMEA
St Vincent’s Secondary School is a Catholic girls’ secondary school managed by the Religious Sisters of Charity and catering for more than 300 students. Located on the northern side of Cork City - an area of multi social deprivation - a large number of students have unemployed parents, presenting challenges to progress before the students even arrive at the school.
The document discusses explicit teaching as an instructional strategy. It begins by defining explicit teaching as an unambiguous, direct approach that includes instructional design and delivery procedures. It describes the key elements of explicit teaching as breaking concepts into parts, clearly explaining and modeling skills, providing guided and independent practice, and promoting high student-teacher interaction. The document provides examples of how to implement explicit teaching, such as ensuring students have prerequisites, modeling skills multiple times, and linking steps to previous learning. It concludes by emphasizing the importance of being clear about learning goals and giving students time to practice skills they have learned.
Effective and Engaging Learning Environments Chantel Dunn
Scenario - You have recently joined the staff of a school that is about to undergo major renovations. The principal of the school not only wants to redevelop the school physically, but also wants to ensure that the new learning spaces are able to provide pedagogically sound environments for both students and staff. You have been given the task to research the five key learning spaces and to create a presentation for your colleagues about these spaces prior to the start of the renovations.
Quote before the presentation begins:
“Hello everyone, Today I will be discussing how to effectively re-develop our schools learning spaces addressing both the physical and pedagogical aspects. I am from the drama department and I will be speaking about how to effectively design our new drama classrooms to engage and teach our high schools drama students. I will also be talking about 5 different learning spaces that we need to consider as a school to benefit our students”.
The document discusses using interactive whiteboards in primary classrooms. It outlines advantages such as improved student results, ability to be used at all lesson stages, and motivation of students. It also discusses drawbacks like lack of ready-made materials and the need for teacher training. The document provides examples of activities that can be used at different ages and English levels. It concludes with links to additional interactive whiteboard resources and examples.
The document discusses computational thinking and its components. It defines computational thinking as the process of breaking down complex problems into simpler steps that a computer can understand. It then describes the main components of computational thinking as decomposition, abstraction, pattern recognition, and algorithms. Decomposition involves breaking problems into smaller chunks, abstraction focuses on general ideas while removing specifics, pattern recognition identifies commonalities, and algorithms create sequential rules to solve problems. The document also provides examples of how computational thinking can be used in different disciplines like art and languages.
Sankey, M. 2022. Rethinking Assessment post-COVID: Authentic, collaborative and active. Keynote Address. Perspectives in Teaching, Learning and Assessment During COVID-19 Pandemic. MIER College of Education (Autonomous), B.C. Road Jammu. 19-20 May.
How to integrate technology into your classroomtnjestes
This document provides an overview of a workshop on integrating technology into K-8 classrooms. The workshop will introduce educators to reasons for and methods of technology integration, and provide resources to help develop lesson plans incorporating technology. Educators will learn about ideas like using PowerPoint, online games and simulations, virtual field trips, and more. They will be asked to modify an existing lesson plan to integrate one of the workshop concepts. The goal is to help educators prepare students for an increasingly technology-focused world.
How to integrate technology into your classroomtnjestes
This document provides an overview of a workshop on integrating technology into K-8 classrooms. The workshop introduces teachers to reasons why technology is important, ideas for incorporating it, and resources to support lesson planning. Teachers will learn about standards for technology use, participate in a lesson planning activity, and provide feedback through an evaluation. Suggestions are given for daily technology integration like using online resources and creating ebooks. Specific programs like PowerPoint, gaming sites, and virtual field trips are also discussed.
Tata ClassEdge is an educational solution designed by Tata Interactive Systems to help teachers deliver high-quality instruction through classroom activities and interactive multimedia. It is based on a framework that aims to enhance students' skills and ensure understanding of curriculum content. The document provides several ways for teachers to effectively use ClassEdge resources in their lessons, such as explaining topics, demonstrating with related media, providing extra information to increase interest, using real-life examples, organizing activities to identify students struggling to understand, allowing peer teaching, incorporating games to make learning fun, and using interactive tools to reduce preparation time.
Quizlet is an online study tool that allows over 30 million users in 130 countries to create and share flashcards and study sets. It was founded 10 years ago by Andrew Sutherland to help students master course content. Users can access Quizlet through the website or mobile apps to study vocabulary terms, definitions, and diagrams anywhere. Instructors can use existing study sets or create their own to engage students both in and out of the classroom through games and activities. The platform aims to make studying more convenient and interactive for digital natives.
This document discusses the use of assistive technology for a student with low vision at a private school in Philadelphia. Specifically, it describes the SmartView 360 video magnifier, which helps the student see classroom materials like the blackboard and workbooks. It is implemented in the student's classrooms and easily incorporated into lessons without needing curriculum adjustments. The school relies on community donations for funding and serves a mostly African American population. The SmartView 360 allows the student to learn as effectively as peers without similar visual impairments.
Slides from Keynote Presentation by Janine Bowes. In this presentation Janine will explore the skills and attributes that an online teacher needs in the 21st century to stay on top of the game. In considering the past two decades of online learning, it is useful to note some underlying principles that are timeless but also to be open to new possibilities.
Strategies for trusting online assessment in the age of artificial intelligen...Charles Darwin University
Sankey, M. (2022) Strategies for trusting online assessment in the age of artificial intelligence (AI). University of Divinity professional development webinar. 1 July.
The necessity for us to rethinking assessment in the light of current trends. We’ve been slowly shifting the goal posts for a number of years now. But why? Academic integrity, cheating vs authentic assessment. Preparing students for the world of work. This shift has partly occurred due to the advent of new technologies and AI. Contemporary technologies have allowed us to re-invigorate different assessment types more common to the past. We will look at some things that were old but are now new again.
Learning Is Enhanced By The Use Of Visual Aidsnoblex1
In higher education teachers often fail to exploit the instructional advantages of audiovisual materials. Teachers in some disciplines use media very heavily and we know that learning is enhanced by the use of visual aids because pictorial representations and symbols clarify verbal explanations and provide additional clues for memory. Effective teachers plan ways to engage the visual sense as an important part of the teaching process, regardless of what they teach. Visual aids are most often used to illustrate or reinforce lecture material, but they can also be used to stimulate discussion and encourage student participation.
Many of us have been the victims of teachers who used media poorly and some may feel that these materials are inappropriate for college-level instruction. As a practical matter, however, there are three factors that tend to keep us from using more instructional media: lack of awareness about their benefits, lack of knowledge about how to use them, and lack of media equipment in our classrooms.
The terms "instructional media" and "audiovisual aids" generally refer to materials that teachers use as lecture support (e.g., slides and transparencies) or as an additional learning stimulus for their students (e.g., films and videos). The term "instructional technology" traditionally includes these materials, but nowadays applies more often to computer-based media and electronic hybrids. As promising as some of these newer forms of media might be, their everyday application by faculty will only occur when classrooms are equipped with the appropriate technology. In this article, we are primarily concerned with the traditional forms of classroom media and their appropriate applications.
It is true that, in many fields, one can teach effectively with only blackboard and chalk, but instructors who do so may be missing an opportunity to be even more successful in their teaching. Blackboards have shaped our education from kindergarten through graduate school and we are loath to abandon an old friend, but as a lecture aid the blackboard has severe limitations. We spend valuable class time writing or drawing on the board, and if a lecture requires detailed diagrams, color-coding, or developmental sequences, the blackboard is inadequate to the job. The simplest audiovisual aids (slides or transparencies) can easily accomplish these tasks.
Researchers long ago settled the question of whether audiovisuals can improve learning - it is clear that they can - and current investigations focus instead on more complex questions, such as the ways media can stimulate critical thinking and help students develop a cognitive framework of the course material.
Source: https://ebookscheaper.com/2022/03/30/learning-is-enhanced-by-the-use-of-visual-aids/
This document summarizes key aspects of universal design for learning (UDL) as discussed in a paper for an education course. It describes UDL as customizing lesson planning to meet the needs of all students, including those with special needs. It provides examples of how UDL principles incorporate multiple means of representation, expression, and engagement to reach diverse learners. Assistive technologies are highlighted as playing an invaluable role in implementing UDL. When done correctly, UDL aims to positively impact student learning by making content more adaptive and increasing student success, confidence, and comfort levels.
Case study - France - Interactive tools for a captivating teachingeInstruction EMEA
We went to Isabelle Tarride’s 9th grade class at Val de Durance high school in Pertuis, at the foot of Luberon, where the mild climate and the smell of lavender promote a relaxing atmosphere. It’s also the sight where the students and teacher of the Physics/Chemistry class are using new technology in class.
Case study - France - French class in Chantereine High School, SarcelleseInstruction EMEA
Following an equipment loan from eInstruction to explore best practice, Olivier Godet, modern literature teacher at the Chantereine high school in Sarcelles (95) describes his use of both fixed and mobile interactive whiteboards with its 5th and 3rd grades (students aged 13 years old and 15years old).
This document discusses various assistive technologies (AT) that can help students with special needs succeed in education when paired with technology. It describes individualized education programs (IEPs) that set goals and support for students. Examples of AT are given, from low-tech options like guided notes to high-tech like hearing aids and touchscreen modifications. Specific websites offering math and reading resources, to-do list makers, audio books and timers are also presented as beneficial AT tools for students with disabilities like ADHD or hearing impairments.
This document discusses various assistive technologies (AT) that can help students with special needs succeed in education when paired with technology. It describes individualized education programs (IEPs) that set goals and support for students. A variety of AT examples are provided, from hearing aids and modified keyboards to guided notes and digital to-do lists. The document advocates that AT benefits not just students with disabilities, but all learners through multisensory lessons and organization tools.
Case study - Ireland - St Vincent’s Secondary School, CorkeInstruction EMEA
St Vincent’s Secondary School is a Catholic girls’ secondary school managed by the Religious Sisters of Charity and catering for more than 300 students. Located on the northern side of Cork City - an area of multi social deprivation - a large number of students have unemployed parents, presenting challenges to progress before the students even arrive at the school.
The document discusses explicit teaching as an instructional strategy. It begins by defining explicit teaching as an unambiguous, direct approach that includes instructional design and delivery procedures. It describes the key elements of explicit teaching as breaking concepts into parts, clearly explaining and modeling skills, providing guided and independent practice, and promoting high student-teacher interaction. The document provides examples of how to implement explicit teaching, such as ensuring students have prerequisites, modeling skills multiple times, and linking steps to previous learning. It concludes by emphasizing the importance of being clear about learning goals and giving students time to practice skills they have learned.
Effective and Engaging Learning Environments Chantel Dunn
Scenario - You have recently joined the staff of a school that is about to undergo major renovations. The principal of the school not only wants to redevelop the school physically, but also wants to ensure that the new learning spaces are able to provide pedagogically sound environments for both students and staff. You have been given the task to research the five key learning spaces and to create a presentation for your colleagues about these spaces prior to the start of the renovations.
Quote before the presentation begins:
“Hello everyone, Today I will be discussing how to effectively re-develop our schools learning spaces addressing both the physical and pedagogical aspects. I am from the drama department and I will be speaking about how to effectively design our new drama classrooms to engage and teach our high schools drama students. I will also be talking about 5 different learning spaces that we need to consider as a school to benefit our students”.
The document discusses using interactive whiteboards in primary classrooms. It outlines advantages such as improved student results, ability to be used at all lesson stages, and motivation of students. It also discusses drawbacks like lack of ready-made materials and the need for teacher training. The document provides examples of activities that can be used at different ages and English levels. It concludes with links to additional interactive whiteboard resources and examples.
The document discusses computational thinking and its components. It defines computational thinking as the process of breaking down complex problems into simpler steps that a computer can understand. It then describes the main components of computational thinking as decomposition, abstraction, pattern recognition, and algorithms. Decomposition involves breaking problems into smaller chunks, abstraction focuses on general ideas while removing specifics, pattern recognition identifies commonalities, and algorithms create sequential rules to solve problems. The document also provides examples of how computational thinking can be used in different disciplines like art and languages.
Sankey, M. 2022. Rethinking Assessment post-COVID: Authentic, collaborative and active. Keynote Address. Perspectives in Teaching, Learning and Assessment During COVID-19 Pandemic. MIER College of Education (Autonomous), B.C. Road Jammu. 19-20 May.
How to integrate technology into your classroomtnjestes
This document provides an overview of a workshop on integrating technology into K-8 classrooms. The workshop will introduce educators to reasons for and methods of technology integration, and provide resources to help develop lesson plans incorporating technology. Educators will learn about ideas like using PowerPoint, online games and simulations, virtual field trips, and more. They will be asked to modify an existing lesson plan to integrate one of the workshop concepts. The goal is to help educators prepare students for an increasingly technology-focused world.
How to integrate technology into your classroomtnjestes
This document provides an overview of a workshop on integrating technology into K-8 classrooms. The workshop introduces teachers to reasons why technology is important, ideas for incorporating it, and resources to support lesson planning. Teachers will learn about standards for technology use, participate in a lesson planning activity, and provide feedback through an evaluation. Suggestions are given for daily technology integration like using online resources and creating ebooks. Specific programs like PowerPoint, gaming sites, and virtual field trips are also discussed.
Tata ClassEdge is an educational solution designed by Tata Interactive Systems to help teachers deliver high-quality instruction through classroom activities and interactive multimedia. It is based on a framework that aims to enhance students' skills and ensure understanding of curriculum content. The document provides several ways for teachers to effectively use ClassEdge resources in their lessons, such as explaining topics, demonstrating with related media, providing extra information to increase interest, using real-life examples, organizing activities to identify students struggling to understand, allowing peer teaching, incorporating games to make learning fun, and using interactive tools to reduce preparation time.
Quizlet is an online study tool that allows over 30 million users in 130 countries to create and share flashcards and study sets. It was founded 10 years ago by Andrew Sutherland to help students master course content. Users can access Quizlet through the website or mobile apps to study vocabulary terms, definitions, and diagrams anywhere. Instructors can use existing study sets or create their own to engage students both in and out of the classroom through games and activities. The platform aims to make studying more convenient and interactive for digital natives.
This document discusses the use of assistive technology for a student with low vision at a private school in Philadelphia. Specifically, it describes the SmartView 360 video magnifier, which helps the student see classroom materials like the blackboard and workbooks. It is implemented in the student's classrooms and easily incorporated into lessons without needing curriculum adjustments. The school relies on community donations for funding and serves a mostly African American population. The SmartView 360 allows the student to learn as effectively as peers without similar visual impairments.
Slides from Keynote Presentation by Janine Bowes. In this presentation Janine will explore the skills and attributes that an online teacher needs in the 21st century to stay on top of the game. In considering the past two decades of online learning, it is useful to note some underlying principles that are timeless but also to be open to new possibilities.
Strategies for trusting online assessment in the age of artificial intelligen...Charles Darwin University
Sankey, M. (2022) Strategies for trusting online assessment in the age of artificial intelligence (AI). University of Divinity professional development webinar. 1 July.
The necessity for us to rethinking assessment in the light of current trends. We’ve been slowly shifting the goal posts for a number of years now. But why? Academic integrity, cheating vs authentic assessment. Preparing students for the world of work. This shift has partly occurred due to the advent of new technologies and AI. Contemporary technologies have allowed us to re-invigorate different assessment types more common to the past. We will look at some things that were old but are now new again.
Learning Is Enhanced By The Use Of Visual Aidsnoblex1
In higher education teachers often fail to exploit the instructional advantages of audiovisual materials. Teachers in some disciplines use media very heavily and we know that learning is enhanced by the use of visual aids because pictorial representations and symbols clarify verbal explanations and provide additional clues for memory. Effective teachers plan ways to engage the visual sense as an important part of the teaching process, regardless of what they teach. Visual aids are most often used to illustrate or reinforce lecture material, but they can also be used to stimulate discussion and encourage student participation.
Many of us have been the victims of teachers who used media poorly and some may feel that these materials are inappropriate for college-level instruction. As a practical matter, however, there are three factors that tend to keep us from using more instructional media: lack of awareness about their benefits, lack of knowledge about how to use them, and lack of media equipment in our classrooms.
The terms "instructional media" and "audiovisual aids" generally refer to materials that teachers use as lecture support (e.g., slides and transparencies) or as an additional learning stimulus for their students (e.g., films and videos). The term "instructional technology" traditionally includes these materials, but nowadays applies more often to computer-based media and electronic hybrids. As promising as some of these newer forms of media might be, their everyday application by faculty will only occur when classrooms are equipped with the appropriate technology. In this article, we are primarily concerned with the traditional forms of classroom media and their appropriate applications.
It is true that, in many fields, one can teach effectively with only blackboard and chalk, but instructors who do so may be missing an opportunity to be even more successful in their teaching. Blackboards have shaped our education from kindergarten through graduate school and we are loath to abandon an old friend, but as a lecture aid the blackboard has severe limitations. We spend valuable class time writing or drawing on the board, and if a lecture requires detailed diagrams, color-coding, or developmental sequences, the blackboard is inadequate to the job. The simplest audiovisual aids (slides or transparencies) can easily accomplish these tasks.
Researchers long ago settled the question of whether audiovisuals can improve learning - it is clear that they can - and current investigations focus instead on more complex questions, such as the ways media can stimulate critical thinking and help students develop a cognitive framework of the course material.
Source: https://ebookscheaper.com/2022/03/30/learning-is-enhanced-by-the-use-of-visual-aids/
This document summarizes key aspects of universal design for learning (UDL) as discussed in a paper for an education course. It describes UDL as customizing lesson planning to meet the needs of all students, including those with special needs. It provides examples of how UDL principles incorporate multiple means of representation, expression, and engagement to reach diverse learners. Assistive technologies are highlighted as playing an invaluable role in implementing UDL. When done correctly, UDL aims to positively impact student learning by making content more adaptive and increasing student success, confidence, and comfort levels.
Similar to Case study - France - Student response systems and interactive whiteboards go hand in hand in elementary school, Pre Saint Gervais (20)
Case study UK - All Saints RC School and Technology College, DagenhameInstruction EMEA
Continuing innovation
All Saints RC School and Technology College, Dagenham has developed a culture of success, achieved through its staff and pupils. The school itself lies in an area of comparative social deprivation and has a rising population, yet despite the challenges placed upon it by the local demographics, it has fostered a positive atmosphere. The school believes in giving students the chance to succeed by putting them at the heart of the learning process, and they are encouraged to reach and regularly exceed their goals.
The Mobi View is praised by several schools for its benefits over traditional interactive whiteboards. It allows teachers to interact anywhere in the classroom, accurately write and annotate. Some benefits mentioned include flexibility to move around the classroom, increased student interactivity, and portability to use across different classrooms and departments. The Mobi View is seen as more useful than fixed interactive whiteboards due to its lower cost and ability to book the device for various lessons.
Case study - France - General feedbacks from theachers using a mobieInstruction EMEA
Teachers provided feedback on using mobile interactive whiteboards from eInstruction. The Mobi whiteboards can replace fixed whiteboards, requiring no special equipment. Teachers can distribute learner devices to up to 9 students simultaneously. Teachers noted mobility as an advantage, and that students were more engaged and collaborative using the Mobi. From an economic perspective, the Mobi provides interactive whiteboard capabilities at a lower cost than fixed systems.
Case study - France - Student response systems and interactive whiteboards go hand in hand in elementary school, Pre Saint Gervais
1. Student response systems and interactive whiteboards go hand in hand in elementary
school, Pre Saint Gervais
Introduced as part of an experiment, the eInstruction student response systems and the interactive
whiteboard seem to have found their place in teacher Christèle Ramaugé’s classroom.
Christèle’s 10 year old students are already accustomed to the student response systems from previous
use,, and as such, students have no difficulty using the CPS Pulse across several disciplines including
mathematics (mental arithmetic), as well as in French when working on the past participles. The CPS
Pulse are used as support for an interactive whiteboard. In this classroom, three board types are used:
blackboard, Veleda and whiteboard.
Every morning, students take the CPS pulse assigned to each of them in alphabetical order and which they
keep as ‘theirs’ throughout the academic year. The morning session begins with a mental calculation where
the correct answer is pre-recorded. Students must individually respond in 30 seconds, before results are
displayed. For students, seeing the results on the whiteboard encourages them to be concentrate on the
task, so they are careful about what they respond with. This increases motivation and means that once they
have the student response ‘clickers’ in their hand, they look forward to the exercises.
The assessment, even when not being recorded, is better perceived by students. As with the older slates,
the response is immediate, but students do not have the opportunity to see what their neighbor replied with
before responding and having the chance to correct their own answers. Now, all students participate at
once, each with their own clicker.
Blog : http://einstructionblog.eu/
www.einstruction.eu - www.einstruction.fr - www.einstruction.es - www.einstruction.de -
www.einstruction.it - www.einstruction.pl - www.einstruction.com
2. The results are displayed on the whiteboard, more visible, immediate and accurate. This means the eyes
of students are focused on the interactive whiteboard and not on the slate.
This also allows the teacher to have immediate feedback on student understanding. If the results are
wrong, that it is obvious. The teacher has the ability to easily return to the results displayed, especially if
students have made mistakes, and ask each of them how he or she had achieved this answer.
Students have become accustomed to this type of questioning and, spontaneously, one of who has just
made a mistake would raise his hand and explained to the others the reason for his error.
Finally, the results can be recorded by the teacher for help her track very specific details on the progress of
each of the students in the class. These exercises are based on mental arithmetic activities in the national
assessments at primary level.
After mental arithmetic, the session on the past participle begins. The lesson had already been set up, but it
cannot be easily checked using training activities that it has been understood by the students.
Students had two choices:-é or-er. Reading the results it appears that the students had generally
understood the grammar rule and cheers from students when displaying the results on the whiteboard
illustrated the strong motivation arising from the use of clickers. The lesson is over 80% understood and
there is a clear progression of pupils who had difficulties earlier in the year.
Those students who have struggled previously, have been very successful. Christèle states that if the
exercise had been written, they would not have such results, especially because of apprehension about the
white page, the possible stress of the interrogation, and the need to write…
At the end of the sequence, student outcomes are displayed as a notebook, on which the teacher can
return later to track progression or difficulties faced by each student. Students rank themselves with their
clickers in alphabetical order, one by one.
Christèle experiments in class both the clickers and the whiteboard. In this context, she said that she is
using the whiteboard daily. Every morning, she proposes a "What's New?" section, the opportunity for
students to express themselves and share their lives, their ideas, the new songs they know, that can be
easily accessed online and broadcast on the whiteboard.
They also use the whiteboard for storytelling. While it would be expensive to bring in a storyteller, the
teacher can start with the whiteboard a narrator or storyteller video, found on online sharing sites (Youtube,
Dailymotion). Or when working in art history, it gives the opportunity to work on the illustration of a
symphony orchestra on the big screen, which brings a more significant impression for students than a
picture in a book.
Blog : http://einstructionblog.eu/
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3. Work on the whiteboard is usually done in groups; it allows the differentiation of tasks for students
so that some can use the whiteboard, while others are working on paper activities. The whiteboard
has the ability to store a history of work, as Christèle explains: "It can keep the work made with and by
students; we can go back to some content and continually improve them. It also prevents the cleaning lady
clearing in the evening what was kept in corner of the picture for the next day! "
Christèle also adds that it allows students to create "clean" work that is better written. And it allows her to
make fewer copies!
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