Thứ Năm, 31 tháng 5, 2018

Auto news on Youtube May 31 2018

my folks were night what oh oh no no no he's unhappy that's you are you nice you

have to go back in the school and find all seven of his notebooks for him way

does this slender no tell me I don't have to find seven notebooks write seven

I will never do it I can guarantee you guys so don't expect MLG Pro okay it

won't be easy though Baldy loves challenging his students with fun trivia

problems they'll know I'm stupid - you guys are gonna find that out okay well

here we go know what hi

aha I guess I better go

you need to learn to know folks before you can use these oh no no Paul D where

do I go what you're kidding me right

oh my goodness there was a notebook

Oh No 0-4 okay 6 minus 5 is 1

what Wow you exist what nope

a shiny quarter

away what how you're left click what cooler oh gosh I'm so screwed up okay

when you follow rules never know it's by him oh no no oh gosh what what is this

game oh no ok 5 - 4 1 5 plus 4 is 9 what oh oh no no no ha he's unhappy

because I didn't know what it was no no Baldy Baldy

no no who was that what was that what

what was that what was that oh gosh I hear him he's like cracking his whip or

something what the heck is that what is this what no I'm stuck in a

closet oh nice picture oh my gosh who did that

I'm scared to death what in the world

he's back there no no what oh my goodness that was terrible I did so bad

okay Baldy you're scary I've gotta try this

again oh my gosh I have let you guys down I am so bad at things like the

hi Baldy you're my pal I know don't try those doors don't even

okay okay this is so unsettling take that okay yes it is 1206 or yes I'm

incredible okay Baldy don't kill me yet okay

where is it Oh

when you find something you can use it on

is this a troll oh I right-click on it nevermind okay

there it is I can get another notebook page I'm sure everybody gets these Oh No

what what I do what did I do wrong oh gosh I wasn't paying attention

oh no I know that's wrong oh gosh I am so dead now I am so dead I answered that

too fast and I missed the math problem oh I'm not even sure what the question

was now where you at Baldy oh no he's down there wait I can't no I'm not

supposed to go that way right though what who was that Oh

detention what what what we talking about

what do you mean detention oh my gosh oh geez okay

guys I'm so bad what is that a piece of poop okay guys I give up I will have to

try this again so there you could see I fail at this okay but I could see it's a

neat game and if I was smarter and better at it I could play it better but

I'll try this again but anyway guys you have fun let me know how you did in this

how far did you get and do you have any tips I would really like to know some

tips like you know get smarter or something or you know something like

that but anyway guys you have fun and I'll talk to you later bye

For more infomation >> CAN I ESCAPE BALDI? / BALDI'S BASICS in Education and Learning - Duration: 7:44.

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Broward Education Foundation Awards Nearly $1.5 Million To Area Students - Duration: 0:32.

For more infomation >> Broward Education Foundation Awards Nearly $1.5 Million To Area Students - Duration: 0:32.

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Wedgie in my booty | meme | Baldis basics Education and Learning animation - Duration: 0:44.

Jiggle jiggle POP

pop my hips let it rock

okay

Swing left

swing right

my weave in tight

HauyAAA

Hit them with the

BOOM

Dynamite!

HauyAaA

Hit them with the

BOOM DYNAMITE! >:3

Jiggle jiggle POP

pop my hips let it rock

okAy

Swing left, swing right

my weave in tight

hauyAAAA

Hit them with the BOOM dynamite >:D

HauyAAA

Wedgie in my booty feelin

*SMACC* TIGHT

AAAAAAAAAAAAAAAAAAAAAAAAAAA

Pop pop jiggle jiggle (repeat)

(a pussy like this)

POP PO PO PO POP (like this) (repeat)

hauYAAAAAAAAA

Wedgie in my booty >:D

(booty)

UGH

(booty)

Ok thanks for watching XD

For more infomation >> Wedgie in my booty | meme | Baldis basics Education and Learning animation - Duration: 0:44.

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Color Train For Kids | Train Cartoon | Five Little Monkeys | Education For Children - Duration: 14:55.

"Look at those jumping monkeys! How many are there?"

1

2

3

4

and 5

Five little monkeys jumping on the bed One fell off and bumped his head

Mama called the doctor, And the doctor said

No more monkeys jumping on the bed

"1 2 3 and 4"

Four little monkeys jumping on the bed One fell off and bumped his head

Mama called the doctor And the doctor said,

No more monkeys jumping on the bed

"1 2 3"

Three little monkeys jumping on the bed One fell off and bumped his head

Mama called the doctor And the doctor said,

No more monkeys jumping on the bed

"1 2"

Two little monkeys jumping on the bed One fell off and bumped his head

Mama called the doctor And the doctor said,

No more monkeys jumping on the bed

"1"

One little monkey jumping on the bed He fell off and bumped his head

Mama called the doctor And the doctor said,

Put those monkeys right to bed

For more infomation >> Color Train For Kids | Train Cartoon | Five Little Monkeys | Education For Children - Duration: 14:55.

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Emory President Claire E. Sterk: The Value of Higher Education - Duration: 2:47.

At times people really push me to answer the question what is the value of higher education?

And I have learned that sometimes you shouldn't be rational when you answer that question.

Because I find myself wanting to toss out statistics that show that there's tremendous value in higher education.

And then I look up and I look at the person sitting across from me and I realize that's not what they're asking.

They are asking something that is much deeper, that is, so what is the meaning, what is higher education going to get me?

How do I know that if I have a college degree, my life is going to be different than if I don't have a college degree?

We live in a society where so many things that we took for granted, so many things that we were convinced

were just right, we knew why we were doing it and how we were doing it and where it was going to get us.

We have lost that as a society. What an opportunity for a university to not only train its students

to start asking those questions, but engage with the broader world.

What you need to get out of a college education is the ability to communicate, the ability to understand.

The ability to realize this is the goal and what's the best way to get there?

We need to think about the fact that what we are doing at Emory is training leaders for the future,

people who have a positive impact on society. People who understand the value of evidence and debate.

You put those together and almost any conversation can be challenged there.

And I am a social scientist, so I try to understand why do people believe what they believe,

what does it mean when people act in certain ways or have certain perceptions?

And I came to the conclusion that we as institutions of higher education have failed

to demonstrate to the rest of the world why we are important. We have failed

to reinforce the fact that we are part of that world; we are not above that world. We are not watching the world.

We need to call the question, not just how do we get better and better within the indicators that we currently have in place,

but how do we ensure that we get better for the future?

Because that's what we need to be part of. And that might mean calling questions or it will mean calling questions around

is the model that we have the right model? And I'm not sure it is the right model, but I'm not ready yet to

be able to frame what the right model would be.

But I believe that in the not too distant future the model of higher education

for a place like Emory will change, has to change. It will be disruptive,

like change agents are, but it will get us to a better place

in terms of the contributions and the value of higher education to society.

For more infomation >> Emory President Claire E. Sterk: The Value of Higher Education - Duration: 2:47.

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U.S. Education Vs The Rest Of The World - Duration: 1:25.

American students are falling behind, bucking a long-term trend for first world nations.

Among 15-year-olds the U.S. ranks 39th out of 70 countries in Math

and 25th in Science.

In 2015, average math scores for fourth and eighth graders fell for the first time since 1990.

Far fewer students are performing at a "below basic level" today than they did 20 years ago,

but the number of students "advanced" or "proficient" at Math has not improved for over a decade.

This comes despite the fact the U.S. spends more on education than most other developed nations;

over $11,000 per elementary school student and more than $13,000 per high school student.

When you factor in college and vocational training,

the U.S. spends roughly $16,000 educating each young person.

That's over 50% more than the average amount spent among developed nations.

And while many other nations have increased

their spending on education in recent years the US has been cutting back.

Spending on elementary and high school education declined by 3% between 2010 and 2014,

despite the economy prospering and the student population in the country growing.

With teachers across several states now striking against budget cuts,

it remains to be seen if this trend will continue.

For more infomation >> U.S. Education Vs The Rest Of The World - Duration: 1:25.

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WKYC, Cleveland Indians team up for Weather Education Day at Progressive Field - Duration: 0:51.

For more infomation >> WKYC, Cleveland Indians team up for Weather Education Day at Progressive Field - Duration: 0:51.

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EU - Education Empowers - Duration: 0:59.

For more infomation >> EU - Education Empowers - Duration: 0:59.

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Scientix Webinar: Mathematical Modeling of Real Life Examples in STEM Education and IBDP - Duration: 38:40.

So hello everyone and welcome to the Scientix webinar Mathematical Modeling and

Real-Life Examples in STEM Education and IBDP. My name is Marina and I will be

moderating this session. With us today we have the speaker of the session Mehmet

Başaran, he is the Scientix ambassador for Turkey. He has been working at the IB

Mathematics teacher in the SANKO Private Science and Technology High

School and he's currently developing his PhD in the field of education in

Gaziantep University. He has also been working on Mathematical modeling of

real-life example for teaching mathematics and has also been involved

in many national and international projects such as Erasmus+ or inGenious

among others. Mehmed will be presenting this evening

topics over the following 45 minutes and for the 15 remaining minutes after he

finishes his presentation you will be welcoming your questions about the topic.

So please don't hesitate to use the chat to ask any of your questions and offer

to share your experiences regarding the topic. Also with us is my colleague Enrique.

He is using the Scientix account and he will be helping you with any

technical problems you might have, so please write to him privately in the

chat if you are experiencing any difficulties attending the session. I would

also like to remind you to please turn off your cameras and microphones during

the talk and address your questions

into the dedicated chat. So that´s everything from my side. I will now give

the floor to Mehmed to be in the session. Thank you very much. Thank

you Marina. Hello everyone I am Mehmed Basaran and today we´ll be together and I will

present you Scientix and STEM education and real-world examples how we can

implement some other mathematical topics in or mathematics lessons and I will also give

some details about IBDP programme and you will learn about how we implement in

IBDP the programme in our lessons. I will first start with the

definition of mathematics and I will give you the information about

their delight in mathematics also then I will give some information of IBDP

The last thing is, I will give some real world examples from lessons.Let´s start with

the definition of mathematics. Mathematics is from Britannica the science

of structure, order and relation that has evolved from elemental practices of counting, measuring,

and describing the shapes of objects. It deals with the logical reasoning and

qualitative

calculation. And probably serious, mathematics is about the logical reasoning and

quantitative calculations and together with

also literal meaning what mathematics is "things which can be counted" now you can

think that counting has vital rolein our daily life, just imagine that there were no mathematics at

all

how would it be possible for us to count days, months and years. As probabably serious, maybe all of you know about

what´s mathematics. Let's talk how we use mathematics in

the daily life.

On a basic level you need to be able to count, multiply, substract or divide. Mathematics is around us.

It is present in different forms whenever we pick up the phone, manage the money, travel to some place

finally meet new friends, unintentionally in all these things mothematics is involved. As you´ve

seen I'll also give some

other examples from mathematics in daily life. For the first set we

concerned that the adventages of mathematics in real world connections. The first thing

is if we develop some investigations in mathematics to teach our lessons in my

classes, increases the motivation and interest in mathematics. For example, you

can check the interest more than you do without real world problems.

The second thing is, real world connections in mathematics helps students to improve conceptual,

meaningful and permanent learning. As you probably fear, the permanent learning is the most

important part of all mathematics stuff. It´s

probably all of the mathematics teachers deal with such problems and also making

connections with the real life in mathematics helps the development of students´ mathematical process skills

for example reasoning, communication, problem-solving and analytical thinking. Later, we will see

IBDP program has a parallel line with real world connections in mathematics lessons. And if we

continue with the advantages of real world connections, the fourth thing is - helps students develop consciousness about their

future career choices by showing occupational fields in which mathematics

is used. And the other thing is real world connections help students develop

a postive attitude towards mathematics.

Probably, as you know the students are excited to learn mathematics because if we don't have any

connections between real life and mathematics, how can they understand mathematics.

As you know, there are many research areas about it, and I will also

give some other important topics to connection between life and mathematics.

The last thing is, connection facilities generalization and abstraction of

mathematical

ideas and concepts. I give some important topics here because all these six things come from

the research areas, you know, there is a lot of research about real life connections and

mathematics and you know, I put together them here and I just wanted to give some

important possible steps. But I really want to say here, if we just say

the advantages of mathematics and also I must say that what are the disadvantages of real world connections

and mathematics. The first thing, I would like to say, there is not significant disadvantage. But there are

some disadvantages, for example, if given examples are complex to learn mathematical problems

can be difficult. You know, if we give difficult real world examples, then the

mathematics becomes two times complex for students. Then also the other

disadvantage is the heavy content of curriculum and local time may make it difficult to use connections.

There are some disadvantages, as you see here and also you can get them from your

mathematics lessons, there are many disadvantages

to use real connections and mathematics, but the research says, please use real

connection and mathematics. I would like to continue with real world problems are likely

to have multiple solutions and while finding

strategies to solve these problems, so students can have a chance to improve their problem-solving

and analytical thinking skills. As probably see here, if we connect here mathematics topics

with real world then students will try to think analytically. Probably all of

mathematics teachers want students to think analytically and have some skills, for

example critical, analytical and problem solvers skills. That's why the reason if we use

some real connection in our lessons then students will have a chance to think analytically. If we

continue with the use of connections throughout an environment our students develop

multiple mathematical approach to the problems. In this work I would like to emphatize

if we use real connections then we think about the differentiated learning. As you probably see,

students have some different areas and they learn different types of

problems. If we use zero connections then we have minimum

chance to solve the problems in a different way. That was the reason, the mathematics/ real connections gives

us this chance and also students will have bigger chance to solve problems

in a different way. Let me continue, what is IBDP programme, probably many of you have heard about it.

But here I will give some information about it. I made PhD about in IBDP programme

and also will give one example from England, School how they use

mathematics connections in mathematics lessons. First, I´ll start with IBDP meaning.

IBDP has four programmes, what are they?

Primary Years Programme, Middle Years Programme, Diploma Programme and Carrier-related

Programme. Career-related Programme is the newest one but I would like here to mention

about Diploma Programme, because it gives

studets chance to go to university without

an examination. Because IBDP programme has its own examination and

students have more chance to study

on IBDP programme. Also IB programmes have more chance to students to tell the other

programmes, for example

IGCSE, it means International Graduation Certificate Education or GCSE.

If the students want to study for them, then students have more options in IBDB.

My main interest is in IBDP programme because I would like to study a Diploma Programme to give chance

to students to enter the university and continue IBDP. It was established in

1968 the International Baccalaureate Diploma Programme was the first programme offered

by IB and that it is taught to students aged from 16 to 19, as of 22 May 2015 there are

2,795 schools offering the BP in 143 different countries worldwide.

As you probably see here, or if you search on the Internet or many prestigious universities

except IBDP programme. Why I mentioned you IBDP because in IB classes we use

real-world mathematics connections. IB uses these real-world connections in investigations in

mathematics. You will see here the IB learner profile. The IB learner profile is mainly

about

how we use the real-world connections because IB wants students to be inquires, knowledgeable, thinkers,

communicators, principled, exactly as you see here all these things are mainly about students must be open-minded.

As you probably know, the holistic approach is mainly about the students must think how

they can be connected the real world and the topics they learn from their the theoretical

knowledge. And if you continue the assessment in IB there are two types of assessments in IB

What are they? External and internal assessments. Externals assesments solve esseys, their structured problems

short-response questions, data-response questions, case study questions.

Internal assessment - oral work, languages, investigation in mathematics. As you see

here,

students must study investigations in mathematics, they use real-world

connections here, they often have more chance to use mathematics in

investigations in mathematics. Also they must have artistic performance. Four courses in

mathematics courses in IBDP are available, what are they? They are mathematics studies

at standard level - SL, mathematical higher level and the further

mathematics higher level. All these courses in IBDP are mathematics courses.

The aims of these courses are to enable students to develop

mathematics knowledge, concept and principles and also deelop logical, critical and creative thinking

and also employ and refine their powers of abstraction and

generalization. It´s probably serious, students must think logically, critically

and creatively because they have an exam, IBDP exam and also all of exams in their

classes, there's the reason for students should know, how they can

connect the real world and mathematics. You know, they're being a big problem. Now I will give you

some examples for understanding that most people that I attempt here

as a students´ teacher. I will give one example how they implement their lessons -

mathematics and the real-world connections.

There is a very big area and very sofisticated. One of the

lessons from difficult mathematical lessons, they use real world problems

and also real-world connections. First, they read about the problem and the

teacher gives them a chance think about how can they solve the problems with using real world. For

example, they should make macaroni and they use kilograms and other things and

how they can put together them in one place and how they must solve the problems in

a suitable way. I will give you some examples here from the pictures, from lessons,

mathematics lessons, that was interesting for me because in our

country don´t use such area

to teach mathematics from the real life. They have more options here. This

was the difficult one from private school, and students had chance to cook

the meals in labs, as you see here. For example the picture from their cooking, they

first measure that and they must use the kilograms and they must

count, they must calculate, you know, probably you see here the real connection and

mathematics.

At the end of the lesson they put on board their writings and what they

learned from this lesson. And here I want to give you one example from IBDP

class how I use in my IB class mathematics. First I start with real

work mathematics, I ask my students where do we use parabolas in real life.

I come up with this question on our way to students to think about,

where can we use the parabolas. After the discussion 5 or 15 minutes, I give them the

real-world examples from parabolas. For example, we use the parabolas in

McDonalds, for example in the nature, probably they saw these things, but

they had never thought this is the parabola or how can they write the question of

dish parabolas.

I come up with these first things to think critically and analytically. And also I give

some real-world examples because giving more examples I visualize them the abstracting

thing and go beyond it, you know, follow it, you have to deal it with right

questions of a parabola, because if discuss for a student thinking first abstractly,

if we give a chance them first real world examples, then they will

think, yes, we use the parabolas in the real life and how can we write the

equation and then I give more examples. I every time try to prepare before my

lessons. I know this will take time but actually I must do this because I want

to teach my lessons in investigations in mathematics. I also give real

bridges and they use parabolas in the occasions, for example here and

here.

Hearing more examples, you know, after giving these examples and I ask my students:

"How can you write these equations?"

Yes, you'll solve this problem and you'll see the real-world examples and how can

be used to write the equation of this parabola? Students of IBPD have more chance

to write it, because they have many options, for example, TI calculators

TI calculators give students more chance to write an equation what

they have, for example they can write and an equation of the parabola or other

things and they know how to write an equation in TI calculator also

they can use GeoGebra programme. Many times I use GeoGebra programme because

it gives me more chance to make real world connections and try

the equations in a different way because in GeoGebra programme there are sliders

that give me chance to move the equations in left, right or up and

That´s the reason, why sometimes I use GeoGebra programme. Students also know

how to use the GeoGebra programme, too. You know, giving some examples in our

mathematics lessons, students will come up with you, then how can we use the limits or

differentiation or integral,

how can we use in the real world, and how can we write the equation,

such things with using the technology?

This was the reason in our IB classes

we sometimes use such things but all in all in IB classes we don´t

such things because, you know, our students must study to succeed in for

their university exams. They must solve many different questions,

they must use different solving styles, in my country using

mathematics is a really big problem because they must solve many many

different question types and they must solve them in one minute,

therefore just one mathematics question. But in IB classes I have

more chance in our country, this is the new change that, you know, using

mathematics and real-world connections. Probably you use your real world connections in

your lessons but in my country this is so difficult, but actually I had a chance to see

different countries, for example: Belgium, England and France and such

countries use real-world problems in mathematics because they really want to

think the students critically and analytically, you know, this is the twenty-

first century skills.

If the students want to move higher and if we want students to go beyond, you

must use in our mathematics lessons such mathematical topics. I know findings

from mathematics topics from the real-life are really difficult but I advise you -

please write, find different mathematics topics for your teaching lessons.

This is my presentation if you like to ask some questions,

please, ask me

thank you everyone.

Now, thank you Mehmed for this presentation, we do have some time for a

question and I if anyone wants to share something in the chat, feel free to

share it now,

but I can´t see anything in the chat, would you like to expand on any of the topics that

you have mentioned maybe? ok I can, if I have chance, I would like to give some

websites about real-world connection, I like to give

them

Here are some useful websites for using mathematics and real life examples

you can find practical use of Maths and science here, you can use different kinds of

mathematical topics and real-world connections, you can click one of them and you can

find a real-world connections, for example how big is the world

just click and you can find the example and you can download it, you can re-arrange it and you

can use in your lessons. One of I use in my lessons and others. Maths in real

life you can use in your lessons here, there is the great example of a lot of mathematical

websites using real-world examples and other things, Maths motivation I also use

here, in Maths classes you can use different kinds of the mathematical topics from real life

connections and also you can use some Maths videos here.

Mehmed, sorry for interrupting, but we see that video slow so when you talk about the pages

wait, we don't see that page. It's ok.

We can see it now. Ok. Here´s another good example of the website using Mathematics and real life.

You can use these mathematical topics here you can choose one of them and

you can arrange yourself but mostly I use News Maths and also free Maths

and videos. You can here find some videos and further examples, Maths lessons

to motivate the students to hook them before the lessons, starting from your lesson.

Also you can give some teaching channel. Here you can find some good videos and

a real-world connection, there are great videos here to use in your Mathematics lessons.

there's it, probably you use them in your lessons but actually I advise you prepare

your own mathematics and real-world examples because using the prepared ones

gets mostly, you know, using them for example your own mathematics and

real-world connections will give chance you to differentiate the lessons. If you use

them, you can use them for years.

If you have some questions, you can ask me now.

Mehmed, since the website was not really working in the beginning, if you could add the links

that you were using on the chat, maybe this could help people to enter the

websites on their own. Yes, I will add now on the chat. In the meantime there's anyone who has a

specific question or any other web sites mentioned. They all seemed very

interesting, so if anyone has used them or had any comment on them. Yes.

Here are the websites.

I copied them on the chat box. Thank you and maybe we can give a couple of minutes to

everyone so if they want to check any website they can and if they have any

questions they can use this space to talk, to make a question. If you would

like to mention about for example maybe you use your lesson in mathematics and real world

connection - what are the disadvantages in your lessons and I really wonder such things

because I am working on them now, I am searching them, I am searching the

disadvantages of using Mathematics and real-life connections. There are many

research studies but it differs from country to country. I know all the things

for my country but actually I wonder other countries, if you´d like to mention about

them I would like to hear your voice.

Ok, so please if anyone has something to share about the

experiences as teachers in the country, please feel free to read it on the chat,

anything negative as Mehmed said or even any positive experience as well, that would

be good to know

for software

There is one question on the chat Liliana Meety, she's asking as she works with

young learners seven to nine years old and she's asking if there are any examples

or suggestions for for people/ for students of this age

the PUMAS website is most suitable for the ages from seven to nine years, also you

can use this website, it's the more suitable for students net in a real life.

Probably you see here the website here, at lessons worth sharing, you can use

this web site for your lessons.

There is another comment from somebody, he's asking, he is saying that the main

problem using this method is having a lot of topics, more topics and less time.

Would you like to comment it? I must say, the research studies say if you´d like

to use your Maths and real world connections, you should start with small things, you know, for

example giving them to talk before the lesson, for example, where do we use the parabolas, where do we use

the limits, where do we use the differentiation. Just asking such questions may be more

appropriate for the first time after that you can differentiate your

lessons according to your topic, you know. I´d like here to emphasize that

using all, using mathematics and real-world connections is not

appropriate for all mathematics topics. I know using mathematics and real world connection

is more difficult to use such, for example the topics, for example relations

and you know, facts, it´s more difficult to use real- world connections. That's one reason I´ like

to say, please use some small things, starting with giving some questions. Where do we use

such things in our real life? Have you ever seen before that? Just to hook them

before the lesson. After that you can continue, other days you can use

some difficult ones.

Ok, so thank you very much for responding to the questions. I don't see any other

question in the chat at the moment. But wait, there's one thing that teachers are

afraid of changing traditional methods. Exactly for thereating. Generally,

in my country Turkey teachers are afraid to change traditional methods, yes

you are right, because of, you know, the examination system in our country.

The students must solve different kinds of problems, also the teachers should solve

different kinds of problems. Also the teachers must solve the mathematics

problems quickly, you know, because the students have just one minute for each

question. That was the reason - teachers are afraid to change the traditional methods

and also probably they don´t know how they can use the technology in their lessons

because using mathematics and real-world connections requires some

technological content and knowledge. That´s why the reason in my country some teachers are afraid

of changing the traditional methods. You are right in fact.

If we compare students´achievements using this method versus traditional one, yes, there are many

research studies there, but actually I made one of them in IBDP classes if we use

some mathematics and real world connections, students get more high

course in their in the exams because the students must know how to use their

TI calculators in IBDP classes, that was the reason, we should give them

more examples of investigations in mathematics they also come up with new

ideas to solve mathematics problems and to solve different kinds of, you know,

mathematical ideas. I actually investigated in my MAB classes and

MAB classes for Turkey. If we use zero connections, the students get

lower scores because they must solve mathematics problems quickly. If we

use mathematics in the real life, they don't have a chance to solve the mathematics

quickly and they are advantageous, you guess. IBDP and

in my traditional MAB classes it

was different and this was the reason I gave one example from the IBDP classes.

Ok, thanks again if there is any question please say it in the chat. Ok, it doesn't seem

there aren´t any more questions. I'm going to intervene now, because I'm getting some messages

on the private chat, so present your messages to be seen by everyone. I'm

going to share the questions that were asking so there was another

question from Linda Daroy, she was asking for free games

regarding Maths for thirteen-year old kids and there is another comment on Catarina

Ivanovic, she is saying that lack of teaching materials. Yeah, exactly,

a problem - lack of materials. we can use, you know, if we

don't have to use some materials to show students how can we connect

real life and mathematics,

please try to just show them just one video from YouTube or other platforms and that

also gives chance to the students to think critically, you know, I don't want to

advise you- please prepare your lessons, all lessons according to the

real world and mathematics and it is, difficult but just using some small parts

in your lessons, using real-world and mathematics leads students genius to think

in a different way, you know. If we give them just theoretical knowledge, they will just

try to think abstractly, you know, we must consider how

can we differenciate our lessons, That was the reason

in the last two decades, there is the resource topic and the research studies about it

how can we come up with new ideas to teach mathematics, you know, they want students

to think critically and analytically, you know, many skills because the

mathematics, the nature of the mathematics is too, you know, strict and

too complex. If we try to make it easier for students

it'll get a chance to think more actively and critically.

There is another question from Linda, she's asking what software you use for modelling.

Thank you Linda, I use for software, Marina, GeoGebra and center, for example for

my IBDP students, they use TI calculators because it is handled,

they can use more comfortably, to use in the mathematics lessons. They also use

TI calculators for their exams. One with using TI calculators and one

exam without using TI calculators. This was the reason,

I want to give them chance to use TI calculators, but for my lessons I use

GeoGebra because it gives me more chance to use sliders and other things to

make the equations more suitable for my mathematics topics. Ok, thank you.

Any other questions? Please, share it under the general chat, so we can all see them.

Ok, we're gonna leave it open for one more minute. If anyone has another

question and if not, we´re gonna close it, so if you have

anything you´d like to share on the chat right now.

Yes, I think, there's no more questions, so I guess I´m gonna close it now.

Many thanks to Mehmed for presenting in this webinar and to everybody for

participating and sharing your ideas

The next session and next webinar is gonna be on the 24th of February and

The topic will be Free/Libre Software and Inclusion in Schools, so feel

free to join through the usual channels, for this one you will receive an email

with all the relevant information in the following days and again thank you

everyone for participating.

For more infomation >> Scientix Webinar: Mathematical Modeling of Real Life Examples in STEM Education and IBDP - Duration: 38:40.

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Alberta Open Education Summit 2018 - Keynote by Dr. David Porter - Duration: 52:57.

so thanks for having me it's been a long time since I've been back in Alberta

last time I was here actually was at the CNIE conference in Banff about two or

three years ago and prior to that I think there was an event on open education in

Edmonton about, I don't know, eight to ten years ago and so you've got

critical mass. I can tell just by looking in the room today.

You got enough people to make a difference happen in the open education

sector here in Alberta. What I want to talk about this morning is really about

five things I've learned along the way, and all of these slides that I'm going

to use this morning are going to be available to you so the final slide is a

link to where you can get the slides. It's a download - it's so big that it

wouldn't be an email easily. I don't know about you but my career has kind of gone

like this over the last little. I started in teaching and learning 30

years ago but I would say over the last ten it gets faster and faster and faster

and technology is really the factor that makes the difference, that has required

responsiveness to change and provided new opportunities for teaching and

learning and I think it's not going to change anytime soon. A colleague at Simon

Fraser University uses this diagram to describe the interrelationship of

technology and learning that we continue to progress in cycles of exploration,

design, implementation and evaluation and we continue to assess learner needs in

the context of the affordances that technology brings us and so having that

as a baseline requires us to think ahead to think what comes after what comes

next and constantly be ready to mount a response to changing conditions

one of the things that I found and this is one that really did me about five

years ago I've been teaching online for a long time in the master of educational

technology program at UBC and a colleague of mine at Simon Fraser who

teaches young, sort of, technology engineers computer scientists business

people said okay hotshot how about coming and trying a classroom one of

these days and see if you can use your skills effectively in that environment

and she said come a week before you do your guest lecture just to get a sense

of what it's like and I need you to engage these kids for an hour so I went

to the class and it looked like this it was completely packed about 300 students

every one of them with a laptop on their lap and the challenge was I had to teach

them about knowledge construction and I got to tell you I panicked. It was like

am I gonna stand on the front talk to these guys like how's this gonna work?

So in my panic the first thing I did is I went to Google so that was the natural

response. How do I teach how do I bring interactivity and engagement to a

large-scale lecture? How do I research how to use students own technology

effectively in lecture halls to support learning engagement and lesson outcomes?

and these are the kinds of questions our teaching and learning centers deal with

on a daily basis these days because while I was able to make it work

once, my colleague had to do it for 13 weeks, constantly those same students,

coming in doing an engaging presentation, interactive session in a way that made

sense to students and really really affected learning. So one of the things I

took away from that as I move forward is we really need to think about strategic

themes as we move forward in this technology enhanced education era and we

need to guide our own actions with those

themes and think deeply about how we move forward. At eCampus Ontario we were

constructed as a way for government to fund our institutions to produce more

access to learning for students the whole notion of online providing

convenient access and we did a IPSOS study two years ago and found that

there's a huge appetite for that in the province of Ontario particularly among

working professionals and so we have to be very proactive in providing the

latest state-of-the-art online learning opportunities for learners and that

means training faculty to be really good at the design, development and delivery

of online access and if you go to our website you'll find an amazing array of

courses and programs online from all 45 institutions in the province currently

over 16,000 courses, over 700 programs online, study resources for students,

teaching resources for faculty opportunities to engage professionally

all of those things work but they feel kind of static and one of the things

that really began to drive thinking in Ontario was that we needed to be

thinking about the t-shaped student students who go to our institutions and

get great programs that provide them with deep learning experiences but at

the same time we need to find ways to help them earn other kinds of skills and

attitudes and experiences that make them employable or good at further learning

or good neighbors and citizens trying to get a handle on those cross-domain

skills and attitudes was a challenge we've been thinking about

it's what UNESCO calls transversal skills, the skills that cut across domain

knowledge but actually are the valuable pieces that make you a

contributor. How do we do that? These are some of the challenges we've been

playing with. Our government decided last year that one of the ways we would get

at transversal skills was to invest in LinkedIn Learning's lynda.com initiative

and they paid for every student, faculty member and staff member at every

post-secondary institution in the province to have unlimited access for

three years to that program. It means that you as a student who want to know

about organizational behavior and you're taking an engineering program can go

here on your own time and watch 20 minute short videos and snippets on many

many different discipline and subject areas - 6000 courses in business

technology, creative skills - so by that I'm trying to communicate that the

Government of Ontario sees education as fundamental to the economic welfare of

the province and is willing to invest in it in interesting ways

but interesting ways that are online. The other piece of the work for us is the

notion that if we're really going to to support educators we need to

help them extend their practice, to take their knowledge and use it in new and

interesting ways, and we looked around to find a schema to make that happen.

One of the ideas we had was to build a set of resources that were highly

interactive and collaborative for teachers and instructors and faculty in

our institutions to use that could be customized at any institution using an

open licensing model. At the same time we built an EDtech sandbox, a place where

faculty members could try out new ideas and become familiar with new

technologies that may be important to us as we move forward. Three of those are in

our sandbox right now - virtual reality labs, open badging environments to help

recognize those transversal skills, and experiential learning platforms that

students and faculty can use to manage virtual practicums in the workforce.

These are the kinds of tools we've been playing with. At the same time we decided

to ramp up a training program for faculty that was different from the

kinds of work that was happening in teaching and learning centers and that

wouldn't impinge upon those teaching and learning centers, but would simply extend

the work that was happening there. We created six three-hour modules for

self-directed study that can be used in face-to-face workshops or for

collaborative study, made sure that every person taking that program have their

own internet domain, their own portfolio on the net - all openly licensed. One of

the things that we believed was that we need to challenge our thinking as

teachers. When we go into classrooms where technology is going to come into

play, we need to think about creating and new kinds of environments for students

and figure out what works and what doesn't, that it's also a scholarship

activity. A colleague at UBC Simon Bates has been talking about the

attributes of what he calls 21st century educators - we're trying to think of it

now as empowered educators - that these six attributes are really the core of

what's needed to move forward in 2018. It's not enough to be a teacher,

you need to be a teacher for learning. You have to know what's working in your

classroom and you have to be able to check it yourself. If you're going to be

a user of the net, then curation and consumption of resources is a big part

of that environment. How do you become a producer? How do you become a consumer of

resources? How does open licensing work? These are fundamental skills that we

believe teachers of the 21st century need. If you're going to be a curator of

resources and use others' resources, then it makes sense to understand how to

build personal learning networks, how to become a collaborator, how to share

effectively with colleagues and peers.

Technologists don't just happen - we have to be taught some of these skills and it

helps if you've got a bent for experimentation, to try some things out

in your classrooms, and in particular if you're going to do new stuff in your

classrooms this is a great chance to use the skills you have as a scholar within

your classroom to take a deep look about effective, discipline appropriate,

pedagogical approaches. This is the framework that we're using in Ontario -

it's called the Ontario Extend framework. We run workshops every few months in

regions around Ontario and a number of our colleges and universities have taken

the open-source resources, adapted them, rebranded them and made them work within

their own domain. Very effective. It's based on four principles. People are at

different places on the continuum of learning with technology and we need to

encourage them to explore. If something catches their fancy, we need to help them

engage with it. If it starts to work for them, moving it into your classroom, extend

that practice. The goal is to feel empowered in using technology and make

good decisions about what we use in our classrooms. We've also developed a

badging scheme and competencies against each of those skill sets and are working

with teaching and learning centres in the province of Ontario to award badges

to instructors who have demonstrated those skills and competencies. Not

everybody wants the badge. Not everybody needs to go through all six units, but

some people need more help than others, especially with new ideas like curation

and open licensing. A lot of people are interested in the scholarship of

teaching and learning, but don't know really how to get started. You're

fortunate here and having a centre that deals exactly with that. Wat we're

really after is enlightenment - we would like teachers of the 21st century to

come to the classroom feeling comfortable about technology and using

it effectively in the way they interact with students. That's the real goal. The

other strategy we're using is rethinking. We decided in 2016 with our board of

directors that there were three areas of practice that needed some rethinking in

the province of Ontario - learning resources, learning experiences and

recognition of learning. I've already talked a little bit about the open

badging piece - that's happening in Ontario. Learning experiences are driven

through an alternative approach to learning experience. We thought hard

about this and said who are the recipients of the teaching and learning

that happens in our classroom? Students are. Why don't we use their ideas to fuel

a learning experience design lab? So we have created what's called the student

experience design lab and in Ontario sxd lab.ecampusontario.ca. There you'll

find six amazing student projects thinking about how we retool for the

21st century using ideas that students bring to the fore to make

teaching and learning effective. One of the big ones they've focused on is

disposable assignments - the notion that throughout their careers in higher

education they're asked to do tests assignments they get marked and then

they get tossed. How do we take that energy and refocus it for positive

collaborative experiences? That's what they're working on. Well what I want to

talk about is learning resources and the idea is what happens when we bring

teaching and learning into the open? It's not a new idea. After the Second World

War there was a lot of optimism about how the world could be better. The

Universal Declaration of Human Rights said education shall be free at least in

the elementary and fundamental stages and everybody should have access to

higher education, but that only works if you can afford it.

So one of the things that has happened over the last few years is that my

colleagues across North America and in fact around the world are looking at

ways of making education more accessible and affordable. BCCampus was patient zero

in the Canadian context in 2012. We were fortunate enough to persuade the

minister of the crown that investing in open textbooks in our province would

send a great message about public policy and save students a lot of money. Today

that's somewhere around five million dollars and over two hundred open

textbooks are available for high enrollment first and second year courses.

That's a great piece of news. It inspired universities - the University of British

Columbia decided to make a physics open textbook free. It saves students $90,000.

The math department said we can do better - the next year they made a whole

bunch of open textbooks in math free ,save students a million dollars. Now

nearly all UBC math textbooks are available online for free. Momentum built

quickly. Tidewater Community College in the US came up with a great idea - why

don't we make the resources for first and second year programs completely free

and attract more students? Why don't we capitalize on the knowledge of our

faculty to build resources that are appropriate to our students? They did.

Now Kwantlen Polytechnic in British Columbia is following up with the same

idea - zero costs for textbooks in kpu classes. They are so bold as to say in

2018 they will have 350 sections taught at Kwantlen with no cost textbooks,

involve a hundred instructors, 30 departments, 10,000 students and save

students a million dollars. This is being bold - we need to be bold. State University

of New York that put 8 million dollars into teaching and learning resources

last year for university students and college students. They have been running

ads on television and elsewhere promoting that work. Whoops

you don't need to see the ad but I'll go back anyway. Let's try it - alright no

video. The state of Georgia has a wonderful approach called Affordable

Learning Georgia. They have a federated repository of open resources for the

whole state. It federates with the Merlot network in California. They produce stats

research and reports to back up the work that they're doing and they provide

textbook transformation grants to faculty and instructors

around the state of Georgia to adopt and adapt open textbooks. It's a government

initiative. In Ontario we've done the same thing.

Our ads have been in the theaters Cineplex - we have Cineplex ads running

about open textbooks because we believe we need to get the message to students

and their parents. We're pushing it directly in their faces.

I'll show if you'll see any ad when you get the slides the ad is really humorous

but it is designed to make people think.

The big assumption around open education,

and it can't be said enough, is what we're about is granting freedoms instead

of imposing restrictions, that sharing is fundamental to teaching.

It's a knowledge transfer, a gift of knowledge. Collaboration is a good thing.

Sparc's definition goes far beyond textbooks to resources, tools and

practices, and this is what begins to broaden the thinking about open

education, when we think beyond textbooks into practices and the kinds of things

that we can do and help instructors do that make them more effective in the

digital environment. Why is it happening? It's about reducing costs. It's about

removing barriers and this is the piece that you have to continually repeat for

government - it is about giving faculty more control over their instructional

resources. It's actually about academic freedom. It's about enabling choice.

Openstax set the pattern for the really tough books - the STEM disciplines and

made those available in ways that could be shared

online, downloaded, printed, re-edited. This anatomy and physiology textbook is used

worldwide in the english-speaking world. I'm sure it's being translated in many

languages as well. It's fundamental to many health science

courses. It's a great contribution to the commons. We're seeing more and more of

these. Academic freedom allows a creator who holds copyright to express rights

beyond themselves and it is the Creative Commons licensing model that provides

the simple way to grant copyright permissions to your creative work. It's

about using copyright in an interesting way. It's actually a hack of copyright - a

positive hack - and so some rights reserved means you still own the

intellectual property but you get to express those rights beyond yourself in

a simple way that let others know what they can do with the work. We're seeing

it happen worldwide - we're starting to see it happen in really interesting

academic disciplines. The Health Sciences is a good example. These are two from

British Columbia - this is one that was produced at BCIT by two of my colleagues

while I was there. This is a new one from Ontario that was produced just two weeks

ago, three weeks ago - Vital Sign Measurement across the Lifespan,

another new open textbook in the nursing area. Wen we meet with students about

these ideas, and that was one of the first things we did in Ontario was not

to go to faculty but to go to students first and talk to student government

groups about the opportunities that affordability could provide, they got it.

They started to build strategy. They started to diagram it, map it,

look around to see what their colleagues in other jurisdictions were doing. They

started to plan an advocacy strategy for the province of Ontario, and they were

very effective in making that happen. You have a great student advocate here at

Mount Royal - she has won a recent open education consortium award in Delft,

Holland for her work in promoting student awareness and advocacy of open

education. Students know that the resource models that we employ are

largely broken and it actually affects their project progress. Doesn't matter

where you take an exit survey or an entrance survey outside or inside a

bookstore - many students do not purchase. If you don't have your materials on the

first day of class, chances are you're not going to do as well as colleagues.

Students make decisions based on affordability - take three courses, not

register for a course. That's what Kwantlen Polytechnic is doing with their

Zed cred approach -taking that out of the equation completely. The textbook

broke campaign at the University of Saskatchewan, at the University of

British Columbia, happens every semester. Learner

advocacy is everywhere we have had textbook broke campaigns all

over Ontario and guess what happens - students keep seeing the value

proposition in the open. If they're offered an open textbook, they like it,

they make that choice.

Government support is a key ingredient for scaling an open education strategy.

There's no avoiding it. You have lots of critical mass in this room, but you need

government support to take it on the next step in the journey. That's been

demonstrated in other provinces and it will continue to happen. This is Deb

Matthews, who was the deputy premier in Ontario, Minister of Advanced

Education when I arrived there. My first meeting with her she got it right away -

this is student affordability issue, I support it.

As soon as the student groups in the province began to send her briefing

papers and lobby her senior policy advisors directly, she was on it. She

granted us a million dollars to start an open textbook library in Ontario. She was

delighted to be present to its launch last June in Toronto. Government websites

were posting things like open textbooks equals lighter backpacks, heavier wallets.

They ran with the message. Students get it. Government gets it. It's about telling

the story in a compelling way that allows government to see themselves as

the savior in the process and I think it's really important that we have to

find a way and it's different in every province to get that message across. The

next province in Canada that's going to go big - Quebec. eCampus Quebec is ramping

up they're already asking about open education as a key strategy. Our library

mirrors the British Columbia library and we trade textbooks back and forth so the

libraries are growing simultaneously. You can find adopt, adapt, be paid for a

review.

Here's some interesting data - in 2014 when faculty were asked in a

broad US survey what's their most important criteria for selecting

teaching resources, cost was at the bottom. Same survey 2016 - cost was near

the top. Works with my LMS down at the bottom - that's another story.

LMS - think it's got a long life? Not going to answer the question, just posing

it. It's all about choices for students, and one of the things that's really

important is to create open resources in multiple formats that fit the devices

the students use - portable, convenient, accessible. We've invested in an open

publishing infrastructure for the province of Ontario because we believe

that faculty should be assisted to reclaim the means of production for

academic resources, and so we're working with Queens University, Waterloo, the

Council of University Libraries, the Council of College libraries, Pressbooks

and the Rebus Foundation to build an open publishing infrastructure for the

province that will allow faculty and instructors to be supported by libraries

when they want to take an existing open textbook, adopt it, clone it,

revise it and adapt it and make it useful for their students. That's a big

investment and that's an investment that Ryerson University put up its hand to

take on for the province of Ontario. We're using the Pressbooks publishing

environment because it is the best environment at the moment to use and it

is open-source software. What you get is the opportunity to build the second

Canadian edition of Research Methods in Psychology and then load it

up and clone it and turn it into the third American edition of Research

Methods in Psychology. Add some authors, add some new materials, change it just

enough to make it more effective for students in another domain. That's what

the pressbooks environment allows us to do. Our message is pretty straightforward -

don't reinvent it - adopt it and adapt it. You don't have to reinvent the wheel to

be successful in open education. But it's not all about textbooks - teachers also

need other kinds of open resources. You know that when publishers knock on the

doors of faculty they are not just offering textbooks, they're

offering homework systems, PowerPoint slides - all of those things. We need to be

proactive in funding and supporting their development as well. So the fourth

thing I've learned is that innovative professionals fuel the Commons. They need

recognition, they need support and they need compensation. Academic labor is real

labor - we need to pay people for their work. That's why all of the funding

programs associated with open education are designed than the way they're

designed. It's to provide compensation in time or money for people to be released

to do the work. Innovations are everywhere on the web in the open space,

but one of the best are the Phet simulations from University of Colorado

Boulder. Simulations in html5 and physics, biology, chemistry, earth sciences - things

you can embed in online courses things you can use as a teaching resource for

students. These are the kinds of new styles of resources that people are

looking to build. The big idea of open is really

about giving instructional resources expanded power - it's not just about a affordability or low cost and that's where the faculty empowerment

idea starts to come in because what that licensing actually allows you to do are

those six things that are pretty important if you're trying to make sure

the resource you use is effective in your classroom so it's more than just a

good deal there's a lot of research beginning to happen that demonstrates

that access to customized resources improves learning and that's what open

resources really are - resources that you have for power to customize are within

your grasp and your use with students. We see studies, empirical studies like this,

starting to happen. This is 2015 multi-institutional study of the impact of

open textbook adoption on the learning outcomes of post-secondary students and

guess what - it's the same. There is no negative effect. In 2018 from British

Columbia - as good or better than commercial textbooks students

perceptions and outcomes from using open digital and open print textbooks. More

research will be needed but these this is the fuel you can use when working

with colleagues who ask those kinds of questions. Authentic learning activities

really important, so Chemwiki was a big success five years ago at the University

of California, Davis. It was the

living online chemistry textbook that set the pattern for how a wiki based

environment could actually be highly productive and highly beneficial, not

only for teaching and learning but for empowering students and faculty to

co-create. It's evolved into Libretexts, which is the newer idea, the newer

version and these sites begin to provide collegial, collaborative, co-creation

environments where texts are built and provided for others to use. Robin DeRosa

Plymouth State University in New Hampshire is a great example of a

faculty member who decided - I need to think differently about the resources I

use with my students . She had been using an anthology of early American

literature that her students paid $90 for every year and what she realized was

that all of those resources were actually in the public domain, so she

decided to build an open anthology of early American literature and when she

gave it to students the first question they asked was well where are the

biographies of the authors and where are all the contextual pieces that help, you

know, illuminate this material and that's her point was - that's what you're going

to create. That's the assignment in this course is to actually better understand

the environment in which this literature took place and build it out. Her

experience on her blog - my open textbook pedagogy and practice - is one faculty

member's experience about how to put together a new way of thinking about her

teaching and learning that involved her students directly in the creation and

curation of the materials over time. Great idea. Maja Krzic, University of

British Columbia - when she came to the University of British Columbia, she had

an idea to build a collaborative Network - she's a

soil scientist - to collect soil information from across Canada and share

the information with others as part of both the research network and as a set

of teaching resources. Her faculty colleagues said - don't do it, it'll affect

your tenure status, don't do it. Mya's pretty sharp and this UBC YouTube

video demonstrates that she's a bit of a rock star on that campus. She said I'm

doing both - I'm creating a research network and out of that research network

will come resources that my students can use and that can be shared across Canada and

I'm gonna build open source applications to collect information to continue to

build my network. She got tenure. She's won research and

teaching awards and by the way the University of British Columbia is the

first University in Canada to have a tenure track stream for teaching that

validates open educational resources. Cool - that's important stuff . How do you

onboard new faculty to a college? This is my colleague Terry Green - he works with

us at eCampusOntario. He created something called the open

faculty patch book as a way to give new faculty coming to Fleming College a set

of tools and resources that would help them assimilate into the culture of

Fleming College and the culture of teaching and learning in the college

sector. It continues to grow - you can add a patch any time to the open faculty

patch book. K to 12 Verena Roberts sitting in the back row

here today - even in k-12 people are starting to think differently about the

resources they use. How about creating a network? How about encouraging

risk-taking? How about encouraging a sharing culture beyond the walls of any

elementary school to build a library of open resources that are curated locally

and are added to by colleagues - great idea.

We need more thinking like that. Collegial collaboration - librarians are

all over open guess what in British Columbia the BC OER

librarians from the beginning wanted to ensure that there was a consistent set

of resources used in libraries across the province of British Columbia. The

same thinking is starting to happen in Ontario. A library network exists across

Canada in every province - librarians are very collaborative. Coming up with a

consistent set of resources that are used on every campus is a great step

forward. If it has to do with digital publishing and helping faculty publish

in a digital environment using open source and openly licensed tools cool

Textbook sprints - BCCampus pioneered this with the first year geography text

BC in a global context. They brought faculty members,

instructional designers, graphic artists, technicians together for a week at the

University of British Columbia and hammered out a new first year geography

textbook. While they were doing it they were tweeting actively what they were doing

it Ministry of the Environment saw what they were doing and said guess what we

have all these resources and maps and data sets we could give you and they

into them that sort of thing starts to happen. We have a great one

happen in Ontario two or three months ago where they took the pre-

Confederation history course and two professors at York University built it into

an open history seminar and then as a spin-off created what they call a visual

syllabus for the course so it's an interesting way of representing the

course - how much of it is lectures, tutorials, readings, assignments. They

started tweeting about it and so then I picked this up on Twitter - here's someone

who saw that on Twitter and started redesigning her course using that visual

course syllabus idea these things are viral once they get started. If it's a

good idea people run with it. Academic networks are powerful. This is

one of the newest from Niagara College - work integrated learning, a complete open

access approach to work integrated learning with videos and resources for

students that that it are generic and not highly branded so they're easy to

reuse. Go to Niagara College - look up work integrated learning open module

initiative and you'll find 31 excellent resources to use with students for a

work integrated learning. People are willing to share. Carleton University

maintains a Carleton University open website pointing faculty to new

resources that come along and are featured in their highlighted stories

every month. People are starting to get it. Test bank sprints - one of the easiest

ways to get into open education is to create a resource that almost every

faculty member finds they'll need in a social sciences course. This is the great

psychology test bank sprint - two days, 17 psych faculty, six

institutions, 850 questions - all shared amongst those institutions.

That's a good way of getting started.

Demonstrating the service mission of institutions. Lots of people are doing

MOOCs but very few are doing MOOCs that also grant credit with them. The open

resource University initiative out of New Zealand is one of those initiatives.

Ryerson University and Humber College in Ontario are participants, Athabasca

University here in Alberta - a really great idea about making resources freely

available and finding institutions who will accredit learning for those

resources using prior learning assessment or a challenging them. It's

not a degree - it's just a starter set of courses to get people who probably are

not sure enough of themselves to get into higher education or can't afford to

to at least sample it. Live now at OERu.org. Thompson Rivers University

accredits here in Canada University of the Highlands and Islands in Scotland

and Otago Polytechnic in New Zealand OERu. One of the things that we

found needs to happen if you're going to be successful with an open education

program is a well supported team of open rangers - people who are supported from

the centre to make sure things happen effectively in their own institutions.

Our vision Ontario was really the sort of camp fire metaphor - we want to build a

community, we want to talk about stuff, we want to take steps based on what the

community thinks would work best for us. It's about social good human connections

produce high-value community resources. When you label them with Creative

Commons, everybody benefits. It's a very simple equation - it takes people to make

it run. We have a number of community connector programs in Ontario - our open

textbook library, our open Rangers, we have six open education fellows, the open

the Ontario extend program is part of our open strategy, the patch book, the

catch. I'll tell you what those are. So empowering faculty is really important -

faculty telling stories to faculty about open education is the most powerful

thing you can do. I talk at a system level - my colleague Rajiv Jhangiani

from British Columbia talks to faculty directly. Robin DeRosa talks to faculty

directly. So what we need are people on our campuses who can identify those

faculty who can support those faculty who can bring information and ideas and

tools and practices who can network them with colleagues at other institutions. We

have a network of open Rangers in all of our institutions in Ontario. We literally

train them - they actually have a hats and badges. We went the whole nine yards. Open

research fellows - you actually have to enable faculty to do research in this

area. We need to find ways to support and contribute to their growth as scholars

in the open education space. We have six open fellows in the province of Ontario

currently in all kinds of disciplines from nursing to geology to teacher

education to German Studies - they're everywhere. We need to support

people to do stuff. The extend program - I can't emphasize enough how effective

this has been in building community in Ontario, that instructors and faculty are

doing things they haven't done before with colleagues,

building things experimentally, trying them out in their classes -

very cool. We're researching it effectively right now to just get a

better sense of how effective it's going to be. It's completely open licensed - you

can download the whole program from our website. It's a wordpress site - you can

reinstall it in your university, you can rebrand it. All the files are there,

everything from pictures to recordings - they're all included. The patch book

continues to grow, more faculty contributing to the onboarding of other

faculty and the introduction of open concepts early in their career. We're

also building an open learner patch book to understand what benefits students

have gotten from open education and how they can communicate it, how we can

communicate that more broadly. Coming this June we are offering

across Canada an open education mini MOOC because we believe that while we can

build community on Ontario, we need to build community across the country.

Canada is a confederation - let's start sharing stuff actively across the

country. One of the areas of practice that we have thought could be a focus

going forward is embodied in a project that we're calling open at scale - that is

pick a subject discipline, a hard subject discipline, and attack it with a

collaborative approach using multiple provinces. We've approached the Ontario

government and the Hewlett Foundation about an open at scale initiative for

nursing programs. What if all of the resources in nursing programs were

openly available and free - what would that look like? Could we do it? That's a

high precision environment - you have to get it right. The catch is

our bi-weekly newsletter where you can find out about stuff that we're doing -

you can subscribe to it on our website - and we are encouraging everyone to kind

of stoke the fire of openness. Moving forward at eCampus Ontario we have

three strategies for the next three years - lead through open and collaborative

practices, build capacity through shared and collaborative services, inspire

innovation through investment in research and development. We are about to

put our strategic plan for 2018-21 into action using open innovation as the

guiding principle funding. Calls for open resources, research and innovation and

funding to support the development of a shared educational service structure for

the province - a shared library of open resources, a shared infrastructure for

open publishing, a shared set of technologies and tools that allow people

to be more effective as a community. Our funding is going to be announced May

31st, but we're just about to put 6.5 million into open

initiatives 1.3 into shared services and 3.5 into scholarship. It's

an intentional program of activity and we've been successful in obtaining the

money by demonstrating to government that it benefits students and it

benefits the infrastructure for teaching and learning for the province, so being

able to make that connection with government is what provides the

opportunity to move forward in a very active way.

I thank you, and if you would like these slides you can find them at the URL that

is posted there

For more infomation >> Alberta Open Education Summit 2018 - Keynote by Dr. David Porter - Duration: 52:57.

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Imaginez | l'Education Pour Tous - Duration: 3:28.

For more infomation >> Imaginez | l'Education Pour Tous - Duration: 3:28.

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Walmart offering employees college education - Duration: 0:45.

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Culture and Education - Duration: 32:25.

[Dr. Hill-Jackson] Howdy.

This lecture is for the course INST 222.

The topic is Culture and Education.

Please familiarize yourself with these important terms

for this lecture.

There are three parts of this lecture.

Part A, defining culture; part B we'll discuss culture

and the power of intangible aspects of culture;

and then in part C we'll connect culture

to education and learning.

Let's begin with part A, defining culture.

It's important to start any conversation on culture

with some definitions.

And if you take a look at your screen,

on the left we have seven definitions for culture,

all of which you are responsible for knowing.

I really like and appreciate the first definition,

which it comes from online, Merriam-Webster,

and it's a very formal definition of culture.

For example, part B defines culture

as the customary beliefs, social forms,

and material traits of a racial, religious, or social group.

It's also the characteristic features of everyday existence.

As we move down the items there on the left

we also see, according to Marshall who is a leader

in multicultural education, a culture means ways of being.

And that makes sense for us because every cultural group

has a way of doing things.

For example, if you take women and men,

the way women just sort of operate their everyday lives

is different from the way men operate their everyday lives,

not better, not worse just different.

So men and women have different ways of being, that's fair.

We can also look to other ethnic groups as well

when we look inside their homes

and how they sort of go about their everyday lives

we start to see that there is this different way of being.

As we move down the list,

we see with definition number three

that culture is a group's program for survival.

Now, I know that sounds a little primitive

but it's not meant to be so.

It just means that every cultural group

has a way of sort of interacting with the environment

and getting along and throughout the day

based on one's environment.

For example, Aggies as a culture group,

you survive differently

than those who exist on the UT campus,

the Longhorns are a bit different than the Aggies.

Their way of surviving on campus is a little different,

even though they're all college students.

The definition that I love the best

is definition number four, a group's way of doing things.

That's a very simple, elegant way

of understanding what culture is.

It's a group's way of doing things.

Please familiarize yourself

with all seven definitions of culture.

We should know that there are these properties

that help define culture, right?

So we should know, first of all,

that culture, whenever we start to talk about it

we have to understand that it's very difficult to define.

There's a complexity there

that once you begin a conversation on it,

you don't know where to begin, where to end.

And we start to see with, for example item number four,

that culture is ubiquitous.

It is everywhere, it is everything.

So there are these aspects in our environment

that help us sort of define who we are

and our ways of being and our group's program for survival.

So, in that way these ideas of complexity and ubiquity

can actually sort of interact with each other.

So, we also have to remember that culture is fluent,

and that means it changes over time.

It doesn't stay the same, it is not static,

it is not stagnant, it is changing all the time.

For example, the way Americans used to be back in

let's say 1850 is different from how Americans were in 1950

and sure enough we're gonna be a different group of people

by the time 2015 rolls around.

We are changing over time.

Another aspect culture is that it is political.

And we have to understand that culture is not this neutral

or value-free entity but some cultures around the world,

their ways of being are more valued than other cultures.

For example, the English language.

There's a reason

why so many places around the world speak English

because of the English Empire

and their influence around the world.

That power has helped to push a kind of English narrative

that has been respected over time.

So, these four properties are worth knowing.

We also have to remember

that there are all these items in our environment

that help make up our culture, especially as Americans.

You know the art around us, the toys.

Mr. Potato Head is not a toy that is common around the world

but it's very unique to us.

Holidays, money, dance, decor, celebrations,

even the idea of Santa, the way he looks,

that's unique to the US.

Santa looks different around the world

and some countries don't even recognize Santa.

The way we pray, how we pray, when we pray

is all a part and reflective of our culture

and every culture has their way of doing this as well.

Our religion, the books that we use,

all of these items around us influence us,

influence our ways of being.

We need to be aware of that.

And so, as we move on we have to understand

even things like our clothing and transportation,

language, culture, food, sports, the way we view time,

music, our government structure,

our democratic ways of doing things, very unique.

While we do have countries around the world

that sort of mimic our style, but our specific way

of having a two to three-party system

and having House of Representatives as well as a Senate,

it comes from English ways of doing things.

But the way that we have put our stamp on it

make it really unique for the American experience.

The tools that we use, even the design of buildings.

Anybody who's ever gone abroad,

you know when you've gone to another country.

The architecture itself speaks to the people who were there

and the time frame in which they live.

We have to remember that as Americans

there are these features that help to define who we are.

I don't know if we've ever thought about it,

but there are these ideas that are uniquely American.

And we have these core values that speak to who we are.

For example, number one this idea of civility.

That is a uniquely American value

and not just that other countries aren't civil to each other

but our expectations on civility are unique.

This idea of patriotism, freedom, security,

the ability of self reliance.

We all have heard, for example,

pull yourself up by your own bootstraps.

That's an American ideal.

Equal opportunity and equality, getting ahead, capitalism,

the ideas of pursuing the American dream,

justice and fairness,

as well as this idea of critical patriotism,

which is different.

Number 10 is different from symbolic patriotism.

And so the difference is a subtle one.

With symbolic patriotism,

the idea that we need these memorials in our life

to remind us of who we are as a people.

For example, the rebuilding of the World Trade Center

compared to this idea of critical patriotism.

That is this idea

that we should enjoy the comradery of being American

but at the same time have the privilege

to critique certain things

that we don't like about our country.

And I want to remind you all

of the marches in the '50s and '60s

during the height of the Civil Rights Movement.

These were Americans that were saying,

we love being American but we're not invited

to fully sit at the table.

So the marches were a sign of critical patriotism

in our country and that's accepted.

We have examples of groups all around our wonderful country

that when they see an issue, an idea

that they feel the need to challenge, they do so

but based on the fact that we believe in free speech

we all have the right to do that.

That's a core value of Americans.

We're moving on to the two types of cultural orientations

and they are micro culture and macro culture.

Micro, for all of you, means smaller or less than

and macro means larger.

So, a micro culture refers to the specialized subgroups

marked with their own languages, ethos,

and rule expectations

that permeate differentiated industrial societies.

Now, that's different from a macro culture,

and this is culture that all humans share in a general way

and it crosses local boundaries

and they exist among groups nationally or internationally.

So if you take, for example,

the figure 1.1 on the right side of your screen

we see that the shaded area represents the macro culture.

That's the part of the culture,

whether you're talking about language

or religion or what have you that people share in common.

The micro cultures are smaller subgroups

where they have a lot of these ideas, traits, values,

beliefs in common but what falls outside of that shaded area

is what they hold to be uniquely their own.

So if we take the example, one marker of culture,

let's say religion, and if we made that shaded area

represent religion,

we can see that for a lot of folks in our country

we have a lot of Christians.

The research says that they're about 77%,

Christians in the US, but we know

that there are a lot of smaller subgroups.

We have folks who are Methodist, who are Baptist,

who are Mormon, who are Catholic

and so their ways of doing things, these subgroups,

may be a little bit different than the macro group, okay.

Moving on, we need to understand

that when it comes to cultural groups

it can be defined by many different ways,

not just one's ethnicity.

For example, when you're comparing

and thinking about the different ways

that people are different,

you look at women are a culture group, men, Asian Americans,

European Americans are a culture group.

Amish culture, bilingual learners, firefighters,

sorority sisters, GLBTQ, gifted learners.

So the point I'm trying to make with this list

on the left of the screen

is the fact that any time you have a group

where they have a set of identified beliefs,

values, and behaviors they are in essence a cultural group.

As, those of you who are on campus,

you may belong to a sorority, that's a cultural group.

You're an Aggie, that's a cultural group.

There are so many cultural groups that you belong to

all at the same time.

The authors from so many readings tell us

that culture is learned, it is symbolic,

and it is transmitted through groups.

And what that means is a lot of the ways of being

that we know how to get along on this planet

or interact in a group,

we acquire just from sheer participation in life,

being in your family is a cultural group.

Belonging to a particular ethnic group.

You learn certain rules about culture

by belonging or just simply by osmosis.

You don't even realize you're picking up these ideas,

these views, these ways of doing things,

these artifacts, all of these things in your environment

that help inform not just how you do things as an individual

but how you participate in that unique cultural group.

Understanding another culture

involves understanding another's belief system

and not just another spoken language.

So, so often we think that we can pigeonhole people

by looking at their skin color

or paying attention to the language that they speak,

but culture is more complicated and more enduring than that.

In order to really understand someone's culture

you have to understand their belief system.

So that takes us to part B,

culture and the power of intangible culture.

So what do I mean by intangible?

So let's start with a definition of tangible.

Tangible means capable of being perceived

through the sense, and that means taste, touch,

sight, hear, et cetera.

Intangible means unable to be perceived,

not able to be perceived by humans.

So it's almost invisible to the senses.

You don't know that it's there because you can't sense it.

And so if we use the metaphor of the iceberg,

this is how people get stuck

when it comes to sort of interpreting culture

because we look at the tangible parts of people,

we look and see what gender they are, what skin color,

what language they speak,

and we look for those things

that we can sort of identify through our senses.

Many people judge others like an iceberg.

They base their judgements on what they can see

above the waterline.

But when you really wanna get to know

how a cultural group thinks, acts, and behaves

you gotta know there's a whole lot of other stuff

going on below the waterline.

So in actuality, there's a great deal to learn about people

below the surface.

We have to look at the intangible aspects,

those things we cannot perceive through our senses.

So, before we really delve into that

we gotta go through some important terms

like stereotypes and essentialize, prejudice,

cultural hegemony, discrimination, self-fulfilling prophecy,

and consciousness of difference.

A stereotype is perceived or oversimplified generalizations.

We all know about that.

We've heard stereotypes

about every cultural group you can imagine.

And we have to realize that some stereotypes,

many stereotypes are just based in just rumor or hearsay.

They have no weight.

There are these patterns,

which is something different from stereotypes,

in which we notice about people

but it is confirmed through analysis, observation,

and real study.

So there is a difference and we need to be aware of that.

This idea of essentializing is the same thing

or very similar to stereotype.

And so we have to realize

that so often when we hear stereotype

we believe that some of us have the ability to say,

okay that's just a stereotype.

But for others they feel as if every person

of that particular culture group must be that way

because they've heard the stereotype.

Let's take the stereotype about blondes.

So, blondes, we all have heard that stereotype

that they're not as smart as the general public.

And so for some people who can't move beyond a stereotype,

every blonde that they meet they feel as if she or he

must not be that intelligent.

That's essentializing.

Before you even get to know anyone,

before you get to know what's under the waterline

of that iceberg you automatically place them

in a particular category.

Prejudice is a preconceived judgment, belief, or opinion.

Cultural hegemony, the established views of things

by the ruling dominant group in society.

And every culture, every society,

whether we're talking about the American society,

Bolivian society, European society

has a dominant group and their values are exerted

on everyone else.

We can think about for example in the US

and we can take religion.

The example of Christianity is a form of cultural hegemony.

The way that a lot of Christians have worked

to help build this country, their ideas have infiltrated

a lot of aspects and institutions in our country.

Take, for example, the school system.

The fact that we had what was Christmas break

and we had Easter break, that was based on Christians

being a part of laying out the calendar.

Now we know that we have to respect other religions

in this country.

So now we have winter break and spring break

just to not sort of force our ideas

on other religious groups that may be in schools.

Discrimination, discrimination equals prejudice plus power.

So you have prejudice, this belief or preconceived judgment

but when you tack on the ability to have an action

or a policy that changes or affects another person's life

for, not for the better, that then becomes discrimination.

And we have to understand, and if we take a look

at the figure on the right of the screen,

that there are many forms of discrimination like racism,

classism, ableism, linguicism, sizeism, heterosexism,

and the list of isms can go on and on.

So discrimination is really a kind of umbrella term

and there are many forms of discrimination.

Self-fulfilling prophecy is a prediction

that proves itself to be true.

And we have to be careful if you are a future teacher

because if you have low expectations of students,

what happens is that if you predict they won't do well

it usually will prove itself to be true

because you often won't get those learners,

learners who have maybe a certain physical

or mental disability, learners who are poor,

learners who speak another language,

or learners who just are biased against,

you won't give them that extra support that they need.

So, your prediction that they won't do well

often will turn into a reality.

Consciousness of difference,

that just means a deliberate awareness

of those who are different from yourself.

For example, if you're a future teacher

you are going into your classroom thinking,

how are my learners different here?

And not looking at that difference as an obstacle

but looking at that difference as an opportunity.

So you're looking to see

if there are different socioeconomic statuses,

if there are different languages,

how can you identify the different ethnic groups

in your class and not to put the focus on it

just for the sake of putting the focus on it.

But you can use those cultural differences to leverage

real rigorous and exciting learning opportunities

inside the classroom.

Well you have to understand that beliefs, values, morals,

perspectives, prejudice, and bias

these are all parts of culture as well.

And so we've talked about the tangible parts of culture

but it is these intangible parts of culture

that are even more powerful than the tangible bits

because they define so much of why and how

we engage in cultural groups.

So take the time to review

these intangible parts of culture.

Bias is everywhere.

Bias is in medicine, it's in law enforcement,

it's in the media, it's in politics as well.

If you take a look on the left,

we look at the more liberal-leaning magazine

called Us Weekly.

And this Us magazine, when they are sharing a story,

for example, they will take an approach

that almost gives you an inside view

of how they feel about certain conservative

or democratic groups.

And so, for example,

when Sarah Palin was featured on the cover

then it was not so much in the best possible light.

When the President and the First Lady

were featured on the cover,

we realize that the light shone on them was more positive.

And anyone that understands the people

who are creating this magazine

and their whole sort of vision and mission

is more one that is liberal-leaning.

And if we understand that

we know the kinds of information and stories

that they're going to share.

Every piece of content that exists on this Earth planet.

Every book you've ever read,

anything you're going to read in this class

has a certain bias.

And that's okay,

we just have to be able to teach our students

to be skeptics of knowledge and to always ask

who wrote this, where does this information come from,

is it credible?

And also recognize that everything has a bias.

What's really sad is when we have teachers who are biased.

We have examples over and over again

of teachers in the classroom being biased to their students.

Teachers will demand

that students don't speak a certain language

in their classroom.

There was an incident in 2008

where a Native American student was expelled

near a, in a district near Houston,

just for having long hair.

Someone who's culturally incompetent,

a teacher who's culturally incompetent may not understand

that that's a part of this culture group's culture

and their heritage.

And also in 2008,

and it happens nearly every year since then,

we had a teacher who was harshly reprimanded

for calling a student the N-word.

So, over and over again, every day in the media

there are examples of teachers just not knowing,

making missteps either A, from not knowing or B,

just being callous.

And so we have to be aware that teachers are cultural beings

and of course we all are bias, myself included.

Our students are biased too.

They don't come to us as blank slates.

They have been influenced by their parents,

by their places of worship, by the community,

by their friends, by the media,

and so they're coming to us as well.

And we have to make sure

that we have the kinds of empowering school culture

that helps them to be able to interact

with all kinds of people.

After all, we live in a very diverse state,

diverse nation, and an increasingly diverse world.

And it just makes sense

that we know how to interact with all kinds of people.

There's a movement in education called anti-bias education

where we know how to help students,

whether in language arts class or math and science class,

how we can give the kinds of lessons

to get over their biases and become more productive

and morally upright citizens.

We have to realize that our worldview,

our perspective influences our actions.

So our worldview is a part of our culture

which is also attached to our values and behavior as well.

Your perspective is the lenses by which you see the world

or your worldview.

It has been informed by your culture

which has been shaped by your values and your behavior.

We need to ask ourselves

what happens when a teacher's worldview

is different from his or her students?

Does it affect his or her methods or practices

and actions in the classroom?

And if so, how?

And if you have a perspective

where you don't value a particular cultural group

and you've never had an opportunity

to check your biases at the door, you may not realize

that you may not interact with your students

in a way that is uplifting or encourages achievement.

We also have to realize that our worldview

affects the kinds of content and material

that we share with our students.

It's important that students get the kind of material

where they get multiple perspectives on an issue

and not material content that's framed by one worldview

but that's framed by multiple worldview.

And that has to be

a rigorous and exciting curriculum for all.

Part C.

It's time now for us to connect culture with education.

We need to know that culture is learned.

Cultural learning is unique to humans.

And this idea of enculturation,

it is the process

by which a child learns his or her culture.

Cultural learning is the accumulation of knowledge

about experiences and information

not perceived directly by the organism

but transmitted to it through symbols.

So, as I was saying earlier, this idea of all individuals

just learning how to participate in a culture

just by the sheer act of being there and engaging.

You may not have your parents say, this is our rule

for sitting down and enjoying a meal together,

but through the sheer act of enculturation,

the act of just participating, you become acculturated.

You learn the rules of a particular cultural group

just by your sheer participation.

We have so many scholars like Howard

who tell us that student learning

is a combination of so many different factors.

And culture for Howard is not bound exclusively

by one's race or ethnicity.

That's a very limiting sort of idea about culture.

But a student learns and is impacted by,

how and when they immigrated to our country.

Student learning is influenced by the student's gender,

their family history, religion, cultural practices,

their social class that they belong to,

the geography if they live in a rural or suburban

or high-city environment.

We have to realize that a student's culture

is impacted by all of those items as well.

We also know that students come to us

with a certain cultural capital.

And this is knowledge that is associated with the group

that has the most status.

And so if you belong to a cultural group

in the United States that is considered the dominant group,

and in the US that would be our Anglo

or European brothers and sisters,

then there's a certain amount of cultural capital or cache

that one might have when interacting in society.

For example, if you have a certain cultural capital

and you belong to that dominant group

then certain stereotypes and biases

that are attributed to minority groups

may not be attributed to you

because you belong to the dominant group

and there's a certain cultural capital you have

for not having the weight of those stereotypes

placed on you.

On this slide are a few other terms

that we've talked about a little bit,

but take the time to review

the remaining terms on the slide.

We want to go a little deeper into this phenomenon

called self-fulfilling prophecy and sort of take it apart

so we can see it's relationship to our learners

inside the classroom.

And we've already given a definition

for self-fulfilling prophecy

as a prediction that proves itself to be true.

And so if you have low expectations of learners

and you don't do what you need to do

to support their growth and development,

we often see that groups that are predicted not to do well

are kids who are poor,

are kids who come from certain ethnic groups.

When they don't get that support,

because our teachers have low expectations for them,

the prediction for them is already low,

we have research when it comes to our achievement gap scores

that shows that our students aren't doing well.

That prediction proves itself to be true.

But when we take the time

and really not sort of think of one culture

as better than the other and we don't have the baggage

of bias and discrimination,

we can appreciate the term cultural relativism.

And with this term, cultural relativism encourages us

to avoid stereotyping

and to look at the behaviors of groups as patterns

as opposed to a negative.

We can look to these behaviors of certain groups

as well that's just how they behave.

It's not better than my cultural group that I belong to

or worse, it's just different.

Educators can use this knowledge

to affirm our students in our curricula,

which can lead to student achievement.

This is a positive self-fulfilling prophecy.

So, we can actually flip the script, if you will,

on this idea of thinking poorly about our learners

and carrying the baggage of stereotypes.

So often with human beings,

we place value on cultural groups.

Some cultures are just better than other cultures.

That's an absolute fallacy.

It's based on something that is absolutely worthless.

There's this need in the human culture

just to place a hierarchy on cultures.

But when we adopt or embrace this idea

of cultural relativism,

I think we can all start to appreciate the idea

that there's no such thing as one culture being better than

or worse than another, but that cultures are just different.

And we can appreciate the positive aspects of every culture

on this planet.

Thank you for your time, and gig'em.

For more infomation >> Culture and Education - Duration: 32:25.

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7 Principles of Multicultural Education - Duration: 15:28.

Howdy.

This audio lecture is to help students

in INST 222 understand the seven principles

of multicultural education.

There are several principles of multicultural education

written by several scholars throughout the field

of multicultural education.

This particular set of seven come from the scholars

of Goldrich and Chin from 1987.

And although a few principles

by different scholars exist out there,

these seven have been used consistently

by many in the field and has earned a reputation

for being solid and tested.

And they have stood the test of time in this course as well.

What we'll do, we'll go through each one

so you'll get an introduction

and perhaps an understanding of each.

Let's begin with principle number one.

In principle number one, multicultural education

must help all students

increase their academic achievement levels

in all areas including basic skills.

So that means it's more than just a feel-good,

kumbaya approach to learning,

but that we're really looking to see

that student's test scores,

let's say their test scores in STAR

or their test scores in their SATs,

actually have marked improvement

because educators or trainers or scholars, instructors

are using culturally relevant approaches.

And if you look on the right,

you'll see examples of this type of literature

and maybe this is all new to you

but there are thousands of pieces of literature

that are written on this field

that tell us that we can use culturally sensitive approaches

that are relevant to student's sociocultural backgrounds

and experiences to help them gain a better understanding

and increase their academic performance

in the areas of language arts, history,

mathematics, engineering.

Whatever your background, if the instructor

is savvy enough to understand who the learners are

and incorporate a piece of their students

into the content, then over and over again,

the research has shown that vast improvement

and vast economic gains transpire.

In principle number two,

in ME the learning styles of students

and the teaching style of the teacher

are understood and used

to develop effective instructional strategies.

And so what this means is that the multicultural educator

takes great personal care and understanding

who her learners are.

He or she looks to see if this learner loves by doing.

In other words, is somewhat of a kinesthetic learner.

Or is more of a visual learner or more of a thinking,

someone who maybe be an auditory learner.

They hear it and they get it.

But the multicultural educator is always looking to see,

okay, who are my learners and how do they learn?

But they don't stop there with the learners.

They also reflect inwardly on their own teaching style.

And so a lot of us have to come to terms

with whether or not our style is more formal

and we like to have an audience sit

and we pour information into them.

That's a very traditional approach.

There are some of us who are more demonstrators

or facilitators, and then there are those of us

who are more delegators.

But we have to realize,

and when you look at the chart to the right,

that the teacher's role in whatever style

that we use in teaching, changes.

And even the student's role.

So for example, if our style is more formal,

then we take all the risk.

We assume all the teaching

and if learning happens, it can happen,

but it only happens for those students who

are inclined to learn that way.

And the student's role is very passive

as opposed to let's say, an educator

who is more of a facilitator,

you share in the teaching and learning experience.

You give students an active voice

and their role becomes significant.

It becomes equal to that of the teacher

and the teacher becomes more of a co-learner if you will

and less of someone who is the sage on the stage

but more of the person who is the guide on the side.

So take a look at that chart

and see the different types of approaches

to teaching styles and figure out who you are.

In the end, I really think it's best

that we use a different approach according

to the learning experience that we're trying

to share in the classroom.

In other words, we need to sort of incorporate a kind

of mixed bag.

Be a facilitator one day, a delegator another day,

be very formal in your teaching another day.

Students need to see a mix

of those teaching style approaches,

but also, we need to pay attention to our learners

and their learning styles

and make sure that we offer the kinds

of learning experiences that appeal to the kinesthetic,

the auditory, the visual, all types of learners

inside the classroom.

Third principle of multicultural education

says that in any oral and nonverbal communication patterns

between student and teachers are analyzed

and changed to increase the involvement of students

in the learning process.

So we know that communication happens verbally.

Very overtly.

But we also know that the non-verbal

is just as equally as important.

And takes up most of the communication

that may happen inside the classroom.

The non-verbal includes facial expressions

and eye contact and gestures

and just in the way you move and look at students

and respond to students and give certain body language.

They have figured us out.

They know when we really care about them

and they know when we

are somewhat distant from them as well.

They know when we have true concern and empathy for them

and they know when we are feigning it.

So we have to be very careful and make sure

that we bring our most authentic selves

and learn to pay attention to our own communication

inside the classroom.

The oral is powerful but the nonverbal

can be even more powerful

because the unsaid can really affect students

in a very, very dramatic way.

Let's move onto principle number four

and it says that ME must start where people are.

A lot of undergraduates struggle with understanding

what this means but it means really taking the time

to research who your learners are.

And understanding their identity, their interests,

their families, their culture, their neighborhood,

their passions, their input.

And so we have many examples where teachers have done that

and they've been really successful.

But there are also examples where teachers

are, for example, assigned a new class and a new school

in a new district and they don't take the time

to find out where the students shop

or what are the places of worship.

Or where do the students have at their disposal

in terms of community outlets.

You have to go and do your homework

and we have instances where teachers

have not done that kind of work

and have been woefully under prepared

to serve their learners.

So you have to go in asking who are your students?

A teacher who embraces ME spends the time

to get to know, even research, her student's lives,

interests and backgrounds.

They use this information to add creativity,

rigor and engagement to classroom learning experiences.

And to principle number five,

ME must be integrated throughout the curriculum

for all disciplines at all levels.

Now this should really be an eye opener

for a lot of students

because a lot of folks think that multicultural education

is for elementary school,

for maybe a language arts class

and you maybe have a multicultural day.

But scholars in multicultural education

say no, no, no, it is meant to be a process.

Something, a real philosophy that we integrate

throughout the curriculum,

whether it's science or engineering or math

or language arts, from the K through college level.

And it's in every discipline, every subject,

every level.

And for a lot of us who

have maybe a math, science background,

we say, well, that doesn't work.

And it's not about really what you teach.

That's a little part of it.

It really is about how you teach.

For example, in a science classroom the fact

that you would invite guest speakers

from certain ethnic groups or certain gender groups

to represent scientists today,

or that you would encourage team learning and lab work

in your science classroom.

Or that you would use everyday kinds of materials

in your science lab so that students understand

that there's real relevance to their lives.

So it's not about having posters of black scientists

on the classroom walls.

But it's about changing your teaching strategies

and approaches and going back to these seven principles.

You could be an engineering professor

or an engineering teacher or a fourth grade science teacher

and go back to those seven principles every time

and include them, and fuse them inside of your content.

And at the end of the day, every kind of instructor

has to ask him or herself,

do I have that inclusive classroom?

Let's move on.

Number six, the sixth principle says,

ME must deal with the social and historical realities

of American society and the global society

and help students gain a better understanding

of the causes of oppression and inequality,

including racism, ageism, sexism, classism,

and all the other isms that you could possible think of.

And so what that means is that where most subjects

and topics tend to sort of skirt issues

that they deem to be inappropriate or taboo,

the sixth principle of multicultural education

says we got to deal with this stuff head on.

We have to have the tough conversations,

we have to be respectful in our tone,

we have to listen to other people's opinion.

We have the best country in the world.

We're a little over 400 years old.

We're relatively young

but when you take a look at the timeline

of our beautiful country,

nearly 300 years of that time, we held people in captivity

in this country, slavery.

And then we spent another 100 years of Jim Crow,

whereby people couldn't interact and go to certain schools,

have certain jobs, live in certain neighborhoods

and that's the 1960s.

So it really means that we've only had about five decades

of people really being free by law,

maybe not in full substance, and that's not a long time.

We still have people on this planet

who've been around since then.

Their ideas can infiltrate society

and how people are stereotyped.

And if these people who have these ideas

are in positions of power, they can work consciously

and even unconsciously to oppress the opportunities

of others.

Whether we're talking about our GLBT brothers and sisters,

our Asian American brothers and sisters,

or persons who have newly arrived to our country.

Persons who speak another language,

people in poverty.

We have to have these tough conversations

and they're not always comfortable

so principle number six says,

we gotta get a little uncomfortable

before we solve these issues.

Because there are people

who still feel marginalized and oppressed.

We have made great strides in our beautiful country

when it comes to the treatment of women

and persons of color and persons with disabilities.

But we still have a long way to go.

And so principle number six says, let's talk.

Our final principle, principle number seven says,

ME should incorporate multicultural resources

from the local community.

So the multicultural educator says that,

you know what, I need to know what's going on

in my student's lives and communities.

I need to invite laypersons and people from the community

and experts into my classroom.

I need to see what are the local museums

or places where kids can hang out after school

and I'm gonna make sure that I reach out to them

and they are part of my student's lives.

Can you imagine how exciting that is

when you go beyond the traditional textbook

and you open your classroom to the world?

And not just to the local community.

We now with the ability of Skype

and all kind of video conferencing techniques,

we have the ability to invite the world into our classrooms.

That is exciting.

So whether they're coming in physically

or we have books coming in virtually,

we can transform the way that our students interact

with our content.

Man, that is what a true multicultural educator does.

So I want to leave you with this final slide

and let you know that the seven principles

of multicultural education help us

to really understand how the field is really sort

of made up of these great ideas and principles

about what it means to really exercise equity

inside of our classrooms.

And they're so important to the field

of multicultural education

that if I had to think of a house as my metaphor

and where I would place these seven principles

on that house,

they are so important that I think I would put them there

on the foundation.

Is that where you thought?

Yeah, I think that's a good place to put them

because if the house represents the field

of multicultural education,

the seven principles would represent the foundation

by which the field is upheld.

And that helps us understand

those seven principles quite well.

Agges, thank you for your time.

Please complete your assigned learning community questions.

Thanks and gig'em.

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