Arizona Broadband Policy Past, Present, and Future Presentation 3/25/24
User-generated Content in the Classroom ... Preparing our Learners for the Future?
1. User Generated Content in our Classrooms...
Preparing our learners for the future?
Ciarán Mc Cormack FIS/IADT Ireland www.fis.ie
Thursday, July 1, 2010
16. User Generated Content in our
Classrooms
Today I want to take a look at three things…
Thursday, July 1, 2010
17. User Generated Content in our
Classrooms
Today I want to take a look at three things…
1.
What content are the learners
of the future creating?
Thursday, July 1, 2010
18. User Generated Content in our
Classrooms
Today I want to take a look at three things…
Thursday, July 1, 2010
19. User Generated Content in our
Classrooms
Today I want to take a look at three things…
2.
How are they sharing it?
Thursday, July 1, 2010
20. User Generated Content in our
Classrooms
Today I want to take a look at three things…
Thursday, July 1, 2010
21. User Generated Content in our
Classrooms
Today I want to take a look at three things…
3.
Are WE ready for them?
Thursday, July 1, 2010
24. Children Creating Content
in Ireland
Dissemination throughout Ireland
of the Film in Schools Project
Thursday, July 1, 2010
www.fis.ie
25. Children Creating Content
in Ireland
Dissemination throughout Ireland
of the Film in Schools Project
1999 - Pilot Project
28 Schools
56 Teachers
1,680 Students
Using Digital Video Technology
Thursday, July 1, 2010
www.fis.ie
26. Children Creating Content
in Ireland
Dissemination throughout Ireland
of the Film in Schools Project
1999 - Pilot Project
28 Schools
56 Teachers
1,680 Students
Using Digital Video Technology
Thursday, July 1, 2010
www.fis.ie
27. Children Creating Content
in Ireland
Dissemination throughout Ireland
of the Film in Schools Project
Thursday, July 1, 2010
www.fis.ie
28. Children Creating Content
in Ireland
Dissemination throughout Ireland
of the Film in Schools Project
2004
Phase 1 Mainstreaming
111 Schools
222 Teachers
6,000 Students
Using Digital Video Technology
Thursday, July 1, 2010
www.fis.ie
29. Children Creating Content
in Ireland
Dissemination throughout Ireland
of the Film in Schools Project
2004
Phase 1 Mainstreaming
111 Schools
222 Teachers
6,000 Students
Using Digital Video Technology
Thursday, July 1, 2010
www.fis.ie
30. Children Creating Content
in Ireland
Dissemination throughout Ireland
of the Film in Schools Project
Thursday, July 1, 2010
www.fis.ie
31. Children Creating Content
in Ireland
Dissemination throughout Ireland
of the Film in Schools Project
2007
FÍS Resource Pack
3200 Schools
7000 Teachers
Thursday, July 1, 2010
www.fis.ie
32. Children Creating Content
in Ireland
Dissemination throughout Ireland
of the Film in Schools Project
2007
FÍS Resource Pack
3200 Schools
7000 Teachers
Thursday, July 1, 2010
www.fis.ie
33. Children Creating Content
in Ireland
Dissemination throughout Ireland
of the Film in Schools Project
Thursday, July 1, 2010
www.fis.ie
34. Children Creating Content
in Ireland
Dissemination throughout Ireland
of the Film in Schools Project
Thursday, July 1, 2010
www.fis.ie
35. Children Creating Content
in Ireland
Dissemination throughout Ireland
of the Film in Schools Project
Entirely Created by
6 Year Olds
Thursday, July 1, 2010
www.fis.ie
36. Children Creating Content
in Ireland
Dissemination throughout Ireland
of the Film in Schools Project
Thursday, July 1, 2010
www.fis.ie
37. Children Creating Content
in Ireland
Dissemination throughout Ireland
of the Film in Schools Project
Entirely Created by
6 Year Olds
Thursday, July 1, 2010
www.fis.ie
38. Children Creating Content
in Ireland
Dissemination throughout Ireland
of the Film in Schools Project
Thursday, July 1, 2010
www.fis.ie
40. User Generated Content Integrated
Oral
in our Classroom
Mathematics
Writing
Language
Visual Arts
Reading
Integrated into Music
Primary (K12)
Schools
Drama
History
Geography •P.E.
Science SPHE
Thursday, July 1, 2010
45. User Generated Content in our
Classrooms
The Mathematical
Conundrum
Thursday, July 1, 2010
46. User Generated Content in our
Classrooms
19 44 The Mathematical
Conundrum
33 15
Thursday, July 1, 2010
47. User Generated Content in our
Classrooms
The Mathematical Conundrum
The concept of this PDF is to show educators how we can take complex
maths equations and while sometimes difficult to teach can be presented in
fun ways by using our own user generated content and by mixing new forms
of media with traditional text based formats.
This concept is known as the Magic Square or the Mathematical Square.
There are many different variants of this. However we are going to learn the
Ciarán Mc Cormack 4x4 square formula. This method requires memorisation and the ability to do
FIS Creative Manager
www.fis.ie
19 simple mathematical calculations in your mind. Itʼs very learnable but does
www.eurocreator.com require allot of practice.
Step One ! - Memorise the numbers that make up the square below. It add
up to 34.
13 2 11 8
This is your memorised square.
12 7 14 1
This is the hardest part 6 9 4 15
3 16 5 10
Step Two - Ask for a number between 34 and 90. In this example 57 is the selected number
Step Three - in your mind. Subtract 34 from the selected number (57 - 34 = 23).
Step Four - in your mind. Divide this number (23) by 4. In this example you will get 5 with a
remainder of 3. 5 will become your alpha number in this example.
Add the reminder 3 to your alpha number (5) to calculate your beta Number.
8 will be your Beta number in the example.
Step Five - To create a square for the selected number 57, you must
Add the Alpha number (5) to each number from 1 to 12 in your memorised square. Below is an
example of the square for 57 after 5 is added to 1 to 12.
... 7 16 13
17 12 ... 6
11 14 9 ...
8 ... 10 15
Add the Beta number (8) to the number 13,14,15 and 16 in your memorised square. Below is a
complete square for 57 after 8 is added to 13, 14, 15, & 16.
21 7 16 13
17 12 22 6
Practice, Practice and Practice.
11 14 9 23
8 24 10 15
Instructions
The Mathematical
Conundrum
Thursday, July 1, 2010
48. 2010
The Mathematical Conundrum
The concept of this PDF is to show educators how we can take complex
maths equations and while sometimes difficult to teach can be presented in
fun ways by using our own user generated content and by mixing new forms
of media with traditional text based formats.
This concept is known as the Magic Square or the Mathematical Square.
There are many different variants of this. However we are going to learn the
Ciarán Mc Cormack 4x4 square formula. This method requires memorisation and the ability to do
FIS Creative Manager
www.fis.ie
19 simple mathematical calculations in your mind. Itʼs very learnable but does
www.eurocreator.com require allot of practice.
Step One ! - Memorise the numbers that make up the square below. It add
up to 34.
13 2 11 8
This is your memorised square.
12 7 14 1
This is the hardest part 6 9 4 15
3 16 5 10
Step Two - Ask for a number between 34 and 90. In this example 57 is the selected number
Step Three - in your mind. Subtract 34 from the selected number (57 - 34 = 23).
Step Four - in your mind. Divide this number (23) by 4. In this example you will get 5 with a
remainder of 3. 5 will become your alpha number in this example.
Add the reminder 3 to your alpha number (5) to calculate your beta Number.
8 will be your Beta number in the example.
Step Five - To create a square for the selected number 57, you must
Add the Alpha number (5) to each number from 1 to 12 in your memorised square. Below is an
example of the square for 57 after 5 is added to 1 to 12.
... 7 16 13
17 12 ... 6
11 14 9 ...
8 ... 10 15
Add the Beta number (8) to the number 13,14,15 and 16 in your memorised square. Below is a
complete square for 57 after 8 is added to 13, 14, 15, & 16.
Vote 21 7 16 13
17 12 22 6
There is a PDF attached to this video.
Practice, Practice and Practice.
11 14 9 23
Click HERE to View
8 24 10 15
Instructions
Thursday, July 1, 2010
49. 2010
Vote
There is a PDF attached to this video.
Click HERE to View
Thursday, July 1, 2010
50. 2010
The Mathematical Conundrum
The concept of this PDF is to show educators how we can take complex
maths equations and while sometimes difficult to teach can be presented in
fun ways by using our own user generated content and by mixing new forms
of media with traditional text based formats.
This concept is known as the Magic Square or the Mathematical Square.
There are many different variants of this. However we are going to learn the
Ciarán Mc Cormack 4x4 square formula. This method requires memorisation and the ability to do
FIS Creative Manager
www.fis.ie
19 simple mathematical calculations in your mind. Itʼs very learnable but does
www.eurocreator.com require allot of practice.
Step One ! - Memorise the numbers that make up the square below. It add
up to 34.
13 2 11 8
This is your memorised square.
12 7 14 1
This is the hardest part 6 9 4 15
3 16 5 10
Step Two - Ask for a number between 34 and 90. In this example 57 is the selected number
Step Three - in your mind. Subtract 34 from the selected number (57 - 34 = 23).
Thursday, July 1, 2010
51. 2010
The Mathematical Conundrum
The concept of this PDF is to show educators how we can take complex
maths equations and while sometimes difficult to teach can be presented in
fun ways by using our own user generated content and by mixing new forms
of media with traditional text based formats.
This concept is known as the Magic Square or the Mathematical Square.
There are many different variants of this. However we are going to learn the
Ciarán Mc Cormack 4x4 square formula. This method requires memorisation and the ability to do
FIS Creative Manager
www.fis.ie
19 simple mathematical calculations in your mind. Itʼs very learnable but does
www.eurocreator.com require allot of practice.
Step One ! - Memorise the numbers that make up the square below. It add
http://tiny.cc/mathsquare
up to 34.
13 2 11 8
This is your memorised square.
12 7 14 1
This is the hardest part 6 9 4 15
3 16 5 10
Step Two - Ask for a number between 34 and 90. In this example 57 is the selected number
Step Three - in your mind. Subtract 34 from the selected number (57 - 34 = 23).
Thursday, July 1, 2010
58. Teachers and Students Integrating
User Generated Content into our
Classroom
Thursday, July 1, 2010
59. Teachers and Students Integrating
User Generated Content into our
Oral
Classroom
Mathematics
Writing
Language
Visual Arts
Reading
Integrated into Music
Secondary
Schools
Drama
History
Geography Physical Education.
Science Business Studies
Thursday, July 1, 2010
83. User Generated Content in our
Classrooms
Outstanding learning outcomes are being
achieved in our Primary and Secondary schools
across Europe
Thursday, July 1, 2010
85. User Generated Content in our
Classrooms
being created by
your students and your teachers
Thursday, July 1, 2010
86. User Generated Content in our
Classrooms
Some food for thought...
Thursday, July 1, 2010
87. I will Leave you with this Question…
Thursday, July 1, 2010
88. I will Leave you with this Question…
Science
Data Visualisation
Physics ?
Languages
Psychology
Integrated into Digital Media
YOUR College
Animation
Economics
Business & Law Literature
Fine Art Communications
Thursday, July 1, 2010
89. I will Leave you with this Question…
Science
Data Visualisation
Physics ?
Is YOUR
Languages
Psychology
Institution ready
Integrated into Digital Media
YOUR College
for Animation
these styles of learners?
Economics
Business & Law Literature
Fine Art Communications
Thursday, July 1, 2010