The document promotes an initiative called the Hour of Code, which aims to get 10 million students to try computer science by participating in introductory coding activities during Computer Science Education Week from December 9-15, 2013. It provides information on organizing an Hour of Code event in classrooms, including options that do not require a computer for every student. The goal is to introduce students to computational thinking and potentially inspire more to study computer science.
Technology In Education,The Key Factors For Success by Inna Stevensguest9fb7a92
Facilitating learning and improving performance by creating, using and managing appropriate technological processes and resources.
Educational Technology includes, but is not limited to, software, hardware, as well as Internet applications and activities.
How MOOCs, tablets and apps are changing how we teachMark S. Steed
A Presentation on how new technologies are changing how we teach.
A talk given my Mark S. Steed, Principal of Berkhamsted School, Herts, UK, at the Veale Wasborough Vizards Practical Strategies Conference at the IoD in London on Tuesday 16th September 2014.
How MOOCs, tablets and apps are changing how we teachMark S. Steed
Presentation on the impact of new technologies on teaching and learning. A presentation given by Mark S. Steed, Principal of Berkhamsted School, at the Society of Heads Annual Conference, at Whittlebury Hall, Northamptonshire, on Tuesday 3rd March 2015
1GWSPS 1:1 Launch Presentation June 5, 2013ICTGWSPS
This is the Parent Presentation given at the Glen Waverley South Primary School 1:1 Netbook Program Launch. It is provided for information purposes only, some details may differ to the currently offered contract.
Technology In Education,The Key Factors For Success by Inna Stevensguest9fb7a92
Facilitating learning and improving performance by creating, using and managing appropriate technological processes and resources.
Educational Technology includes, but is not limited to, software, hardware, as well as Internet applications and activities.
How MOOCs, tablets and apps are changing how we teachMark S. Steed
A Presentation on how new technologies are changing how we teach.
A talk given my Mark S. Steed, Principal of Berkhamsted School, Herts, UK, at the Veale Wasborough Vizards Practical Strategies Conference at the IoD in London on Tuesday 16th September 2014.
How MOOCs, tablets and apps are changing how we teachMark S. Steed
Presentation on the impact of new technologies on teaching and learning. A presentation given by Mark S. Steed, Principal of Berkhamsted School, at the Society of Heads Annual Conference, at Whittlebury Hall, Northamptonshire, on Tuesday 3rd March 2015
1GWSPS 1:1 Launch Presentation June 5, 2013ICTGWSPS
This is the Parent Presentation given at the Glen Waverley South Primary School 1:1 Netbook Program Launch. It is provided for information purposes only, some details may differ to the currently offered contract.
QuickStart Computing Scotland - subject knowledge for Primary teachersGeorgeMilliken2
QuickStart Computing can help primary teachers to pick up the necessary subject knowledge for computing science.
Author: Miles Berry
Adjusted for Scotland: Bill Sargent
Consultants: Yvonne Walker, Graham Hastings
Six professional conversations on topics pertinent to contemporary teachers in the digital age of education from the Leading a Digital School Conference, Melbourne Australia 2013.
QuickStart Computing Scotland - subject knowledge for Primary teachersGeorgeMilliken2
QuickStart Computing can help primary teachers to pick up the necessary subject knowledge for computing science.
Author: Miles Berry
Adjusted for Scotland: Bill Sargent
Consultants: Yvonne Walker, Graham Hastings
Six professional conversations on topics pertinent to contemporary teachers in the digital age of education from the Leading a Digital School Conference, Melbourne Australia 2013.
Future of Technology in Education and How Can Pakistan Take Advantage.anusha khan
Have described what sorts of technologies can actually make difference to how students learn and the entire education process. Also, have shared one single mistake people make while adapting technology.
This presentation describes some of Masscom Globe's products and services.
A MassTab (Tablet device) that is fully customized to suit our clients specific demands. Both hardware and software.
A School Management System of global standard, a need for a lot of schools in Africa.
PANEL 2: NIŠKI POTENCIJALI OBRAZOVANJA I PRIVREDE U DOMENU NAPREDNIH TEHNOLOGIJA
Cilj: Predstavljeni obrazovni kapaciteti u oblasti naprednih tehnologija;
Ciljne grupe: Predstavnici Vlade Srbije, relevantnih ministarstava (Ministarstvo prosvete, nauke i tehnološkog razvoja, Ministarstvo trgovine i telekomunikacija, Ministarstvo privrede), relevantnih državnih agencija (SIEPA, NARR), diplomatski i ekonomski predstavnici ambasada u Srbiji, predstavnici obrazovanja i privrede Regiona Niš, mediji
Lokacija: Elektronski fakultet, Amfiteatar A4
Moderator panela: Zoran Marković, Regionalna privredna komora Niš
Učesnici na panelu:
1. Uvodno obraćanje, Moderator panela
2. Prof. dr Dragan Janković, Predstavnik visokog obrazovanja, Elektronski fakultet Univerziteta u Nišu
3. Prof. dr Dejan Blagojević, Predstavnik visokog strukovnog obrazovanja, Visoka tehnička škola strukovnih studija, Direktor
4. Dragan Ilić, Predstavnik srednjeg obrazovanja, Pedagoško društvo informatičara Srbije, Predsednik
5. Goran Mladenović, Predstavnik privrede, Menadžer klastera naprednih tehnologija NiCAT
6. Primeri dobre prakse, predstavnici firmi iz oblasti naprednih tehnologija
Bratislav Blagojević, Feniks BB i Mladen Stojanović, Atomia
7. Ivan Stošić, predstavnik talentovanih učenika pobednika međunarodnih takmičenja, predstavnik Olimpijskog tima, student PMF-a
8. Diskusija
9. Završno obraćanje i zaključci, moderator panela
PANEL 2: NIŠKI POTENCIJALI OBRAZOVANJA I PRIVREDE U DOMENU NAPREDNIH TEHNOLOGIJA
Cilj: Predstavljeni obrazovni kapaciteti u oblasti naprednih tehnologija;
Ciljne grupe: Predstavnici Vlade Srbije, relevantnih ministarstava (Ministarstvo prosvete, nauke i tehnološkog razvoja, Ministarstvo trgovine i telekomunikacija, Ministarstvo privrede), relevantnih državnih agencija (SIEPA, NARR), diplomatski i ekonomski predstavnici ambasada u Srbiji, predstavnici obrazovanja i privrede Regiona Niš, mediji
Lokacija: Elektronski fakultet, Amfiteatar A4
Moderator panela: Zoran Marković, Regionalna privredna komora Niš
Učesnici na panelu:
1. Uvodno obraćanje, Moderator panela
2. Prof. dr Dragan Janković, Predstavnik visokog obrazovanja, Elektronski fakultet Univerziteta u Nišu
3. Prof. dr Dejan Blagojević, Predstavnik visokog strukovnog obrazovanja, Visoka tehnička škola strukovnih studija, Direktor
4. Dragan Ilić, Predstavnik srednjeg obrazovanja, Pedagoško društvo informatičara Srbije, Predsednik
5. Goran Mladenović, Predstavnik privrede, Menadžer klastera naprednih tehnologija NiCAT
6. Primeri dobre prakse, predstavnici firmi iz oblasti naprednih tehnologija
Bratislav Blagojević, Feniks BB i Mladen Stojanović, Atomia
7. Ivan Stošić, predstavnik talentovanih učenika pobednika međunarodnih takmičenja, predstavnik Olimpijskog tima, student PMF-a
8. Diskusija
9. Završno obraćanje i zaključci, moderator panela
PANEL 2: NIŠKI POTENCIJALI OBRAZOVANJA I PRIVREDE U DOMENU NAPREDNIH TEHNOLOGIJA
Cilj: Predstavljeni obrazovni kapaciteti u oblasti naprednih tehnologija;
Ciljne grupe: Predstavnici Vlade Srbije, relevantnih ministarstava (Ministarstvo prosvete, nauke i tehnološkog razvoja, Ministarstvo trgovine i telekomunikacija, Ministarstvo privrede), relevantnih državnih agencija (SIEPA, NARR), diplomatski i ekonomski predstavnici ambasada u Srbiji, predstavnici obrazovanja i privrede Regiona Niš, mediji
Lokacija: Elektronski fakultet, Amfiteatar A4
Moderator panela: Zoran Marković, Regionalna privredna komora Niš
Učesnici na panelu:
1. Uvodno obraćanje, Moderator panela
2. Prof. dr Dragan Janković, Predstavnik visokog obrazovanja, Elektronski fakultet Univerziteta u Nišu
3. Prof. dr Dejan Blagojević, Predstavnik visokog strukovnog obrazovanja, Visoka tehnička škola strukovnih studija, Direktor
4. Dragan Ilić, Predstavnik srednjeg obrazovanja, Pedagoško društvo informatičara Srbije, Predsednik
5. Goran Mladenović, Predstavnik privrede, Menadžer klastera naprednih tehnologija NiCAT
6. Primeri dobre prakse, predstavnici firmi iz oblasti naprednih tehnologija
Bratislav Blagojević, Feniks BB i Mladen Stojanović, Atomia
7. Ivan Stošić, predstavnik talentovanih učenika pobednika međunarodnih takmičenja, predstavnik Olimpijskog tima, student PMF-a
8. Diskusija
9. Završno obraćanje i zaključci, moderator panela
PANEL 2: NIŠKI POTENCIJALI OBRAZOVANJA I PRIVREDE U DOMENU NAPREDNIH TEHNOLOGIJA
Cilj: Predstavljeni obrazovni kapaciteti u oblasti naprednih tehnologija;
Ciljne grupe: Predstavnici Vlade Srbije, relevantnih ministarstava (Ministarstvo prosvete, nauke i tehnološkog razvoja, Ministarstvo trgovine i telekomunikacija, Ministarstvo privrede), relevantnih državnih agencija (SIEPA, NARR), diplomatski i ekonomski predstavnici ambasada u Srbiji, predstavnici obrazovanja i privrede Regiona Niš, mediji
Lokacija: Elektronski fakultet, Amfiteatar A4
Moderator panela: Zoran Marković, Regionalna privredna komora Niš
Učesnici na panelu:
1. Uvodno obraćanje, Moderator panela
2. Prof. dr Dragan Janković, Predstavnik visokog obrazovanja, Elektronski fakultet Univerziteta u Nišu
3. Prof. dr Dejan Blagojević, Predstavnik visokog strukovnog obrazovanja, Visoka tehnička škola strukovnih studija, Direktor
4. Dragan Ilić, Predstavnik srednjeg obrazovanja, Pedagoško društvo informatičara Srbije, Predsednik
5. Goran Mladenović, Predstavnik privrede, Menadžer klastera naprednih tehnologija NiCAT
6. Primeri dobre prakse, predstavnici firmi iz oblasti naprednih tehnologija
Bratislav Blagojević, Feniks BB i Mladen Stojanović, Atomia
7. Ivan Stošić, predstavnik talentovanih učenika pobednika međunarodnih takmičenja, predstavnik Olimpijskog tima, student PMF-a
8. Diskusija
9. Završno obraćanje i zaključci, moderator panela
PANEL 2: NIŠKI POTENCIJALI OBRAZOVANJA I PRIVREDE U DOMENU NAPREDNIH TEHNOLOGIJA
Cilj: Predstavljeni obrazovni kapaciteti u oblasti naprednih tehnologija;
Ciljne grupe: Predstavnici Vlade Srbije, relevantnih ministarstava (Ministarstvo prosvete, nauke i tehnološkog razvoja, Ministarstvo trgovine i telekomunikacija, Ministarstvo privrede), relevantnih državnih agencija (SIEPA, NARR), diplomatski i ekonomski predstavnici ambasada u Srbiji, predstavnici obrazovanja i privrede Regiona Niš, mediji
Lokacija: Elektronski fakultet, Amfiteatar A4
Moderator panela: Zoran Marković, Regionalna privredna komora Niš
Učesnici na panelu:
1. Uvodno obraćanje, Moderator panela
2. Prof. dr Dragan Janković, Predstavnik visokog obrazovanja, Elektronski fakultet Univerziteta u Nišu
3. Prof. dr Dejan Blagojević, Predstavnik visokog strukovnog obrazovanja, Visoka tehnička škola strukovnih studija, Direktor
4. Dragan Ilić, Predstavnik srednjeg obrazovanja, Pedagoško društvo informatičara Srbije, Predsednik
5. Goran Mladenović, Predstavnik privrede, Menadžer klastera naprednih tehnologija NiCAT
6. Primeri dobre prakse, predstavnici firmi iz oblasti naprednih tehnologija
Bratislav Blagojević, Feniks BB i Mladen Stojanović, Atomia
7. Ivan Stošić, predstavnik talentovanih učenika pobednika međunarodnih takmičenja, predstavnik Olimpijskog tima, student PMF-a
8. Diskusija
9. Završno obraćanje i zaključci, moderator panela
PANEL 2: NIŠKI POTENCIJALI OBRAZOVANJA I PRIVREDE U DOMENU NAPREDNIH TEHNOLOGIJA
Cilj: Predstavljeni obrazovni kapaciteti u oblasti naprednih tehnologija;
Ciljne grupe: Predstavnici Vlade Srbije, relevantnih ministarstava (Ministarstvo prosvete, nauke i tehnološkog razvoja, Ministarstvo trgovine i telekomunikacija, Ministarstvo privrede), relevantnih državnih agencija (SIEPA, NARR), diplomatski i ekonomski predstavnici ambasada u Srbiji, predstavnici obrazovanja i privrede Regiona Niš, mediji
Lokacija: Elektronski fakultet, Amfiteatar A4
Moderator panela: Zoran Marković, Regionalna privredna komora Niš
Učesnici na panelu:
1. Uvodno obraćanje, Moderator panela
2. Prof. dr Dragan Janković, Predstavnik visokog obrazovanja, Elektronski fakultet Univerziteta u Nišu
3. Prof. dr Dejan Blagojević, Predstavnik visokog strukovnog obrazovanja, Visoka tehnička škola strukovnih studija, Direktor
4. Dragan Ilić, Predstavnik srednjeg obrazovanja, Pedagoško društvo informatičara Srbije, Predsednik
5. Goran Mladenović, Predstavnik privrede, Menadžer klastera naprednih tehnologija NiCAT
6. Primeri dobre prakse, predstavnici firmi iz oblasti naprednih tehnologija
Bratislav Blagojević, Feniks BB i Mladen Stojanović, Atomia
7. Ivan Stošić, predstavnik talentovanih učenika pobednika međunarodnih takmičenja, predstavnik Olimpijskog tima, student PMF-a
8. Diskusija
9. Završno obraćanje i zaključci, moderator panela
PANEL 2: NIŠKI POTENCIJALI OBRAZOVANJA I PRIVREDE U DOMENU NAPREDNIH TEHNOLOGIJA
Cilj: Predstavljeni obrazovni kapaciteti u oblasti naprednih tehnologija;
Ciljne grupe: Predstavnici Vlade Srbije, relevantnih ministarstava (Ministarstvo prosvete, nauke i tehnološkog razvoja, Ministarstvo trgovine i telekomunikacija, Ministarstvo privrede), relevantnih državnih agencija (SIEPA, NARR), diplomatski i ekonomski predstavnici ambasada u Srbiji, predstavnici obrazovanja i privrede Regiona Niš, mediji
Lokacija: Elektronski fakultet, Amfiteatar A4
Moderator panela: Zoran Marković, Regionalna privredna komora Niš
Učesnici na panelu:
1. Uvodno obraćanje, Moderator panela
2. Prof. dr Dragan Janković, Predstavnik visokog obrazovanja, Elektronski fakultet Univerziteta u Nišu
3. Prof. dr Dejan Blagojević, Predstavnik visokog strukovnog obrazovanja, Visoka tehnička škola strukovnih studija, Direktor
4. Dragan Ilić, Predstavnik srednjeg obrazovanja, Pedagoško društvo informatičara Srbije, Predsednik
5. Goran Mladenović, Predstavnik privrede, Menadžer klastera naprednih tehnologija NiCAT
6. Primeri dobre prakse, predstavnici firmi iz oblasti naprednih tehnologija
Bratislav Blagojević, Feniks BB i Mladen Stojanović, Atomia
7. Ivan Stošić, predstavnik talentovanih učenika pobednika međunarodnih takmičenja, predstavnik Olimpijskog tima, student PMF-a
8. Diskusija
9. Završno obraćanje i zaključci, moderator panela
Forum naprednih tehnologija, Niš 2015,
Promo materijali PDIS,
Oni su deo budućnosti,
štand,
CodeWeekEU, codeEU,
Zanimljiva informatika,
Infomanija,
Tesla info kup,
Takmičenja,
Elektronski fakultet,
Niš,
13-14.10.2015.godine
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Unit 8 - Information and Communication Technology (Paper I).pdfThiyagu K
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Operation “Blue Star” is the only event in the history of Independent India where the state went into war with its own people. Even after about 40 years it is not clear if it was culmination of states anger over people of the region, a political game of power or start of dictatorial chapter in the democratic setup.
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2. “ verybody in this country
E
should learn how to program
a computer . . . because it
teaches you how to think.”
—Steve Jobs
COMPUTER SCIENCE EDUCATION WEEK Hour of Code Participation Guide
2
3. Code.org is organizing a massive campaign to get 10 million
students of all ages to participate in the Hour of Code this
December. Register now to participate at http:/
/csedweek.org
What’s the Hour of Code?
The Hour of Code is a self-guided activity
that every student, in every classroom, can
do. A variety of hour-long tutorials will be
available for students to try out the basics
of computer science.
Bring it to your classroom
• Calling ALL teachers: To reach 10 million
students, we need help from all teachers— especially in K-8, or schools with
no computer science department.
• No experience needed: We will
provide activities for all students,
from kindergarten up.
• Minimal prep time: Our self-guided
Computer Science Education
Week: December 9-15, 2013
This year, Code.org is launching the Hour
of Code as part of the annual Computer
Science Education Week (CSEdWeek), a
celebration geared to encourage interest
in the field and show that anyone can learn
the basics.
Today, we’re surrounded by technology.
Many students have their own tablets and
phones — and yet, few are learning how
computers actually work. Simple computer
science activities can help nurture creativity
and problem solving skills. By getting a feel
for computational thinking early, students
will have a foundation for success in any
future career path.
online tutorials make it easy for any
teacher to host an Hour of Code with
minimal preparation.
• Computers are optional: Students can
learn basic programming concepts
on a computer, tablet, smartphone—
or no device at all.
Did you know:
S
• tudents who learn introductory computer science show improved math scores.
9
• 0% of K-12 schools in the U.S. do not
teach computer science.
I
• n many countries (including China, the
United Kingdom and Australia), computer
science is — or soon will be — required.
A
• ll students can learn the basics, starting
in elementary school, but fewer than
10% of students (and just 4% of female
students, 3% of students of color) take
computer science classes.
COMPUTER SCIENCE EDUCATION WEEK Hour of Code Participation Guide
3
4. Prizes for EVERY Participant!
Our sponsors are helping make the Hour of
Code huge by generously donating items to
reward participation. We’re giving away an
entire classroom’s worth of computers to
at least one school in every state that signs
up before November 15.
And every teacher who organizes an Hour
of Code in their classroom will receive
10GB of free DropBox storage as a thank
you gift. We’ll announce more prizes as
CSEdWeek nears.
Hour of Code Participation Guide
December 9-15, 2013
1
Details on Hour of Code tutorials and activities
2
Recruit every teacher to participate
3
Plan your hardware needs— computers are optional
4
Spread the word to students and parents
5
Beyond the Hour of Code
Details on Hour of Code
1 tutorials and activities
Recruit every teacher
2 to participate
We’ll host a variety of hour-long tutorials
on the http://csedweek.org website for
students to do —some developed by
Code.org, others developed by partner
organizations. Many of the tutorials will be
compatible with tablets and smartphones,
and there will be some “unplugged” lessons
that require no computer at all.
We are hoping to get every student in
grades K-12 to do the Hour of Code during
CSEdWeek. For this to happen, we’ll need
widespread support from teachers, principals, and superintendents.
All tutorials will share these factors:
• If you’re a superintendent, encourage
your entire district to participate.
• If you’re a principal, plan for all your
• Minimal teacher preparation time.
students to do the Hour of Code. You
don’t need a computer for every child.
• No prior experience required from
• If you’re a teacher, host an Hour of Code
teacher or student.
• Can be completed in one hour or less.
event for all of your students throughout
the week. Encourage other teachers to
do the same.
COMPUTER SCIENCE EDUCATION WEEK Hour of Code Participation Guide
4
5. • If you’re a parent, pass this on to your
local school. And consider volunteering
to help.
Plan your hardware needs—
3 computers are optional
The best experience will be for students to
use Internet-connected computers. But you
don’t need a computer for every child to
participate.
Here are a few options:
In the computer lab: Bring your class to the
computer lab for one period so students
can do the Hour of Code together. (Computers need to be Internet-connected to
access web-based tutorials.)
In the classroom: If your classroom already
has Internet-connected computers, tablets,
or laptop carts, your students can take
turns doing the Hour of Code throughout
CSEdWeek.
On the SMART Board: If your classroom
has a web-connected SMART Board, the
entire classroom can do an Hour of Code
together on the shared screen.
Work in pairs: Have students do the Hour
of Code in pairs. This requires fewer computers, and students collaborate to learn
more.
Use smartphones: If your school doesn’t
have enough computers or Internet access,
many of the one-hour activities will also
work on smart phones. Kids without smartphones can pair up.
Engage parents to bring hardware: Schedule the Hour of Code in conjunction with a
classroom holiday party and ask parents
to bring in tablets for the class to share (in
schools that have WiFi).
Go “unplugged:” We will offer “unplugged”
tutorials that teach introductory principles
of computer science — without an electronic device.
Promote the Hour of Code at your school
ahead of time. When you register your participation, we’ll send you more materials as
the date approaches.
Spread the word to students
4 and parents
Share Promotional Materials
Show your students the video we’ve prepared — it features people like Microsoft
founder Bill Gates, Facebook founder Mark
Zuckerberg, and Black Eyed Peas founder
will.i.am talking about the importance of
programming. We also have posters you
can print and post around your school. Find
them online at http://csedweek.org/school.
Host a school-wide assembly
The biggest and best way to kick off the
Hour of Code is with a school-wide assembly during CSEdWeek. You can show the
video, invite a speaker (e.g: the mayor or
a local leader from the tech industry), or
engage students to try an “unplugged”
activity live in front of the entire school. In
high schools, this is a great way to recruit
students to sign up for spring computer
science courses. In elementary and middle
schools, it can kick off the first of many
more classroom lessons we’ll provide.
Inform parents
Tell parents about the Hour of Code and
encourage them to participate too, at home
or at work. Parental involvement will be
critical to building the nationwide support
we need to bring computer science to all
K-12 schools in the U.S. You can see a
sample email to parents at http://csedweek.org/school.
COMPUTER SCIENCE EDUCATION WEEK Hour of Code Participation Guide
5
6. Reward participants
To go the extra mile, create prizes and
awards for participants in the Hour of Code,
whether for students or teachers.
5 Beyond the Hour of Code.
Keep learning!
Here’s what you and your students can do
after finishing the Hour of Code:
Continue Learning Online
Keep up on the computer science path by
signing your students up for a 20+ hour
“introduction to programming” curriculum.
Just like the first hour, this deeper-dive
into programming does not require any
previous experience and consists of online
videos and exercises. We will offer a wide
range of options, which can be offered in
the classroom, as a weekly trip to the
computer lab, or as an after-school activity.
We will even have a teacher “dashboard”
which you can use to track the progress
of your students.
Make computer science part of your
school’s curriculum
If your school does not yet offer any computer science instruction, Code.org wants
to help. Visit http://code.org/teach and
sign up. We will be working with select
elementary, middle and high schools and
some whole districts to help add computer
science to their curriculum and provide professional development for teachers.
Help remove policy obstacles to
computer science
There are regulatory obstacles to computer
science in most states that make it harder to introduce computer science into the
schools. Encourage parents to visit Code.org
to learn more and sign a petition expressing
their support for bringing computer science
instruction to all schools.
Join the movement! Help us make history this December.
With every student on board, the Hour of Code will be a
record-breaking event, and a springboard for lasting change
in our schools. Start planning now at http:/
/csedweek.org.
Code.org is a non-profit dedicated to growing computer science education.
Our vision is that every student in every school should have the opportunity
to learn computer programming. We believe computer science should be
part of the core curriculum in education, alongside other science, technology, engineering, and mathematics (STEM) courses, such as biology, physics,
chemistry and algebra.
For more information, visit http://code.org, or email help@code.org.