►
From YouTube: Education & Workforce WG: Getting into K12 Classrooms: a partnership between UCF & local schools
Description
Date: 01/08/21
Presenter: Adam LaMee
Institution: UCF
Title: "Getting into K12 Classrooms: a large-scale partnership between UCF Physics and local schools integrating data science into core middle grades curriculum with free, open source materials"
http://sbdh-prod.ideas.gatech.edu/resources/newsblog/education-and-workforce-working-group
B
All
right
I'll
show
you
that
in
just
a
second
thanks,
everybody
for
being
here,
thanks
renata
for
having
me
and
yeah
I'll,
first
say
that
it
is
a
a
chaotic
world.
So
I
really
appreciate
everyone
taking
time
out
of
out
of
your
life.
Maybe
this
is
a
little
bit
of
a
respite
for
you
to
focus
on
some
some
positive
change
in
the
world.
B
B
I
taught
high
school
physics
for
10
years
before
I
came
to
ucf,
and
that
was
six
years
ago,
and
so,
as
as
part
of
my
role
at
university
of
central
florida,
I
do
some
physics,
outreach
and
physics
teacher
recruitment
for
for
this
project
called
fiztech,
which
is
a
national
initiative
to
increase
the
number
of
qualified
high
school
physics,
teachers,
and
so
in
that
I
interact
a
lot
with
local
school
districts,
because
we
need
to
have
jobs
lined
up
for
our
our
graduates,
who
are
looking
to
to
go
into
high
school
teaching,
and
we
want
to
have
a
nice
nice
line
of
communication,
and
so
this
great
project
arose.
B
Sort
of
organically
from
that
interaction
is
that
you
know
what
one
of
the
keys
to
to
getting
folks
to
to
be
a
good
partner,
for
you
is
to
to
ask
them
what
they
need.
First
off
right.
Do
they
have
any
problems
that
they're
hoping
to
get
some
help
on,
because
I
know
that
I
was
going
to
ask
them
for
help
on
some
things
and
they
said
wow.
B
You
know
we're
getting
all
this
pressure
from
from
the
state
department
of
education
to
do
more
coding,
instruction
and
computer
science
from
elementary
all
the
way
through
high
school,
and
we
don't
really
know
how
to
do
that
large
scale,
so
that
happened
serendipitously
at
the
same
time
that
I
was
working
with
some
folks
in
high
energy
physics
on
on
using
jupiter
as
a
platform
to
do
some,
some
coding
and
data
science
instruction.
So
I'll
I'll
show
you.
B
B
So,
since
my
background
is
in
high
school
science
teaching,
we
we
took
the
approach
of.
Can
we
take
things
that
we
used
to
use
excel
for,
and
google
sheets
and
use
programming
instead
to
analyze
large
data
sets
or
relevant
data
to
to
whatever
the
the
middle
school
or
high
school
science
course
curriculum
was.
B
So
our
focus
was
on
teaching
science
concepts
and
not
on
teaching
programming.
So
that
means
that
the
bar
is
pretty
low.
For
for
the
programming
knowledge
that
that
needs
to
happen
right,
our
our
largest
pool
of
teachers,
using
these
were
middle
school
science
teachers
and
probably
one
out
of
200,
had
programmed
before
right.
So
we
needed
a
really
easy
on-ramp.
B
So
I'll
share
my
screen.
Here's
the
introductory
activity
that
that
we
use
and
it's
in
a
jupiter
notebook.
We
use
the
I'll.
B
Tell
you
a
little
bit
about
the
platform
that
we
use
in
a
minute,
but
the
code
is
already
here,
and
students
and
teachers
initially
just
learn
how
to
run
a
little
bit
of
code
and
do
some
math
right,
add
two
plus
two
right:
five
minus
four
we'd
prompt
them
to
do
some
work
with
assigning
values
to
variables
and
then
manipulating
those
a
little
bit,
and
so
this
activity
typically
takes
about
10
or
15
minutes
for
a
pair
of
students
or
a
pair
of
teachers
to
go
through,
and
we
there
are
some
questions
later
on
that
prompts
to
you
know:
try
changing
a
value
and
then
see
how
that
changes.
B
The
output.
We
can
see
that
we
get
something
different.
So
that's
the
extent
of
the
programming
proficiency.
That's
required
for
these,
but
that
allows
us
to
then
go
into
activities
like
this.
B
The
code
already
works
error-free
and
we
try
to
minimize
the
number
of
lines
of
code
that
it
took
to
do
each
task
so
that
typically,
these
activities
will
start
off
reading
in
some
large
data
set
and
then
previewing
the
first
few
entries.
So
we
have
years
you
know
1880
up
to
1884
with
some
various
temperature
readings.
B
First,
to
figure
out
what
the
heck
is
going
on
here
and
what
this
says
right
and
then
to
edit
some
of
the
parameters
of
the
graph
to
make
it
more
suited
for
more
descriptive
of
the
data
being
presented
and
so
by
hunting
around
in
here.
B
They'll
see
well
on
the
x-axis
that's
the
year
column
in
that
data
frame
and
then
on
the
y-axis
we
have
january
to
december
and
a
little
bit
of
dialogue
between
a
pair
of
sixth
graders
and
they're,
pretty
quick
to
come
up
with
better
labels
and
titles
for
this.
So
hunting
around.
B
They'll
see
that
it
says
I
need
a
label
down
here
on
the
graph
on
the
x-axis
and
up
here
it
says
I
need
a
label
prefaced
by
xlabel
right.
There
are
lots
of
different
ways
to
assign
text
to
an
axis,
but
so
we
we
try
to
cut,
choose,
commands
and
and
syntax
that
were
easily
readable
for
non-programmers,
and
they
do
things
like
change
the
axis
label
and
then
re-plot
their
graph,
and
now
it
says
year
right.
B
So
they
would
do
things
like
maybe
change
the
ranges
on
the
x
or
y
axis
change,
the
title
or
axis
titles
and
then
answer
some
science
questions
of
what
are
what?
What
did
the
data
tell
us.
B
So
we
have
a
set
of
these
activities
dealing
with
life:
science,
earth,
science,
physical
science,
everything
from
populations
of
here
we
have
in
the
florida
everglades
some
python
and
white-tailed
deer
populations,
and
you
can
imagine
what
that
data
indicate
things
like
earthquake
data.
B
The
u.s
geological
survey
has
this
wonderful
csv
file
that
updates
every
15
minutes
with
seismic
sensor
readings
globally.
There
are
thousands
of
them
in
this
network,
and-
and
you
can
this
plots
a
map
of
the
earth
with
with
a
dot
for
every
seismic
sensor
reading
and
it
maps
out
things
like
plate
tectonic
boundaries.
B
So
this
gives
us
an
inquiry-based
way
to
for
students
to
learn
about
things
like
plate,
tectonics
really
organically,
by
looking
at
a
data
set
of
where
do
tremors
happen
and
noticing
that
it's
not
randomly
distributed
across
the
globe
and
anyway,
so
we
have
star
catalogs,
title
height
data.
You
can
tell
the
difference
between
a
spring
tide
and
a
neap
tide.
B
You
see
this
nice
oscillation
out
with
a
with
a
monthly
monthly
variation
so
and
then
some
some
sort
of
traditional
physics,
topics
like
position,
graphs
and
velocity
graphs
and
then
some
particle
physics
stuff
that
was
supported
by
some
high
energy
groups
that
I
work
with
so
my
website
here
that
hosts
all
this
is
called
coding
in
k12.org,
although
we're
starting
to
use
that
at
the
university
level
as
well
at
ucf
for
some
undergraduate
physics
activities
and
there's
a
teacher's
page
on
here.
B
So
I
won't
go
through
all
of
the
the
boring
details.
But
if
any
of
this
interests
you
logistically
on
the
teachers
page,
I
have
some
some
descriptions
of
of
the
tech
choices
that
we
made.
So
you
might
recognize
that
we
use
python
for
all
of
these
in
part,
because
I
come
from
a
physics
background
and
that's
pretty
ubiquitous,
where
I
work
as
well
as
that,
it's
that's
a
pretty
minimal,
syntax
language
and
so
for
people
who
don't
know
how
to
program
anything.
B
That
seems
to
be
the
easiest
on-ramp
we
use
jupiter
because
it
it
has
this
great
feature
for
those
of
you
not
familiar
using
jupiter
notebooks
right
that
that's
the
interface
that
you
just
saw
and
that
has
you
know
you
get
your
your
rich
text
formatted
and
you
can
embed
hyperlinks
and
images
and
videos,
as
well
as
your
code
and
the
output
all
in
one
window,
and
it
runs
in
a
web
browser
which
we
found
is
really
intuitive
for
absolute
novice
science,
students
to
use
so
that
introductory
activity
that
I
showed
you
with
learning
how
to
do
two
plus
two
with
zero
preparation.
B
We
have
classes
of
middle
school
students
working
in
pairs
and
they'll,
go
straight
to
that
they'll,
look
at
it
at
first
and
think.
Okay,
I
don't
know
how
to
program.
What
is
this
and
about
five
minutes
later
they're
doing
all
kinds
of
cool
stuff,
then
kind
of
unguided?
B
We
can
prompt
them
to
go
to
one
of
these
data
science
activities
and
since
the
code
already
works,
they're
not
having
to
wrestle
with
tracking
down
error
messages
and
that
sort
of
thing
and-
and
it
has
worked
surprisingly
smoothly
despite
the
audience's
lack
of
of
programming
experience
now.
The
last
thing
that
has
really
made
this
critical
to
rolling
it
out.
A
large
scale
is
not
requiring
local,
install
of
jupiter
or
anaconda.
B
To
run
this,
we
started
using
binder,
which
is
a
great
group
that
was
related
to
project
jupiter,
that
where
you
can
serve
an
interactive
jupiter
notebook,
but
but
that's
that's
a
that's
not
for
production
use,
really
it's
great
for
things
like
workshops
and
meetings
and
and
and
conferences.
B
But
when
we're
talking
about
you
know,
200
middle
school
science,
teachers
that
each
have
a
class
of
30
students
and
it's
gotta
work
the
first
time.
No,
you
know
four
or
four
errors
or
anything
like
that.
Google
colab
has
been
our
our
go-to
resource,
and
the
neat
thing
about
google
co-laboratory
is
that
it
integrates
with
google
drive
seamlessly,
so
you
can
run
your
jupyter
notebook
and
then
save
it
to
your
google
drive.
A
lot
of
schools
are
using
google
already.
B
The
downside
is
that
it
requires
a
google
account
and
there's
all
kinds
of
not
only
logistical
but
ethical
issues,
tied
with,
let's
say
being
linked
to
a
third-party
corporation.
That
could
cancel
their
service
at
any
time
or
do
things
that
maybe
we
think
are
unsavory
right.
B
The
google
ai
has
been
making
the
news
a
lot
recently
for
all
of
the
wrong
reasons,
but
but
all
that
being
said,
google
collaboratory
has
allowed
us
to
do
this
with
thousands
of
students
a
year
with
a
pretty
easy
rollout
and
so
I'll.
Give
you
here
are
a
couple
slides
from
a
talk
that
I'm
giving
next
week
just
things
that
we're
looking
at
next
jupiter
book
is
a
more
robust
version
of
jupiter,
and
so
you
can
almost
have
like
an
interactive
textbook,
but
it's
all
composed
of
jupiter
notebooks.
B
So
imagine
your
your
all
of
these
activities
being
nicely
packaged
in
a
single
book,
but
you
can
still
run
this
either
locally
or
or
through
some
online
server.
The
folks
at
jupiter
and
binder
have
now
started
just
this.
Past
year,
a
non-profit
called
two
i2c
looking
at
jupiter
cloud
service
options
to
help
get
around
being
beholden
to
thing.
Services
like
google,
collab
or
amazon
offered
something
similar
through
azure
notebooks,
but
they
with
sort
of
short
notice,
terminated
that
project
this
past
fall.
B
So
you
know,
if
google
did
that
we
would
be
dead
in
the
water
right
now,
so
so
2i2c
is
something
that's
worth
looking
at
and
we're
also
looking
at
new
data
sources.
B
You
can
imagine
that
for
each
of
these
activities,
since
we're
really
focused
on
the
science
content
and
not
the
programming,
we're
getting
more
wide
scale,
adoption
by
science,
teachers
and
school
districts
with
this,
mainly
because
teachers
don't
have
to
carve
out
extra
time
to
do
these
data
science
activities
right,
but
instead
of
the
plate,
tectonics
activity
that
they've
done
for
the
last
five
years.
They
do
this
one
instead
and
it
takes
the
same
amount
of
time.
B
They're
able
to
ask
students
similar
levels
of
questions,
and
so
then
it
just
remains
to
find
an
appropriate
data
set
for
every
bit
of
science
content
in
a
science
course,
and
maybe
not
every
bit,
but
we
have
about
five
or
six
for
a
few
different
projects.
We
have
about
five
or
six
of
these
per
grade
level,
spanning
sixth,
seventh
and
eighth
grade,
and
then
that's
that
was
continuing
to
grow
when
the
pandemic
hit.
So
I'm
hoping
that
we
picked
that
back
up
and
so
cern.
B
This
is
the
particle
physics
lab
at
in
in
switzerland
it
has
a
great
open
data
resource
and
then
the
university
of
california
irvine
machine
learning
repository
is
a
wonderful
place
if
you're
looking
for
data
sets.
So
I
feel
like
this
is
really
the
you
know.
What
I've
been
working
on
is
the
precursor
or
the
the
k12
version
of
what
mandy
is
looking
at,
you
know
is
doing
with
her
undergrads
right.
Is
it's
a
little
bit
more
structured?
B
Here's
the
data
set,
tell
me
what
you
see
and
manipulate
some
things
and
we're
hoping
that
at
the
high
school
and
an
undergrad
level,
this
really
primes
us
for
more
open-ended,
hey,
find
a
data
set
that
you
want
to
investigate
and
come
up
with
some
research
question
that
you
think
is
answerable
with
that.
A
couple
other
things
to
look
next.
Are
you
know
more
more
scientific
studies
of
how
this
stuff
works
right?
I
I
anecdotally.
We.
B
We
suspect
that
our
students
are
these
middle
school
students
are
learning
some
computer
science
and
computational
thinking
and
some
self-efficacy
like
mandy's
polling,
but
we
we
haven't,
had
the
resources
to
actually
probe
that
stuff.
Looking
at
accessibility
for
different
kinds
of
learners.
B
Looking
at
other
research
data
that
I
mentioned,
expanding
into
machine
learning
and
ai,
we
have
some
stuff
with
high
energy
folks
at
cern
that
we're
looking
at,
but
I'm
always
looking
to
partner
with
whoever
is
out
there.
Whoever
wants
to
do
something
interesting,
I'm
always
gay.
B
My
default
answer
is
yes
to
whatever
question
it
is
so
I'll
close
this
just
by
saying
that
so
we
we've
affected,
we've
impacted
in
the
past
few
years
over
15
000
middle
school
students
and
it's
at
a
low
level
right,
because
this
is
just
a
step
up
from
having
them
use
excel
to
analyze
a
data
set.
But
these
these
are
students
who
are
at
five
or
six
times
throughout
the
school
year,
interacting
with
python
and
jupiter,
and
asking
some
really
interesting.
B
Questions
of
large
data
sets
that
we
can't
really
wrap
our
heads
around
just
by
looking
at
the
screen
and
and
we've
done
it
on
a
ridiculously
shoestring
budget.
B
The
these
activities
were
developed
for
you
know
a
couple
years,
and
you
know
our
local
school
district
orange
county
schools
in
orlando
here
paid
offered
up
two
thousand
dollars
to
for
me
to
hire
some
undergraduates
to
scour
the
internet,
to
find
some
data
sets
that
were
relevant
to
plate
tectonics
or
spring
tides
and
meat
tides,
and
is
there
a
data
set
that
we
might
be
able
to
use
to
get
at
this
content?
A
B
Hitting
you
know,
probably
by
the
end
of
this
year,
twenty
thousand
students
and
that's
I,
I
think,
that's
a
different,
a
decent
return
on
investment
and
I'm
hoping
that
this
is
will
eventually
help
others
figure
out
how
how
do
we
embed
this
into
the
curriculum
that
we're
already
using
you
know
even
beyond
specific
data
science
courses,
but
for
your
high
school
or
undergraduate
or
graduate
level
chemistry
or
physics,
or
you
know
anything
where
you
have
data
that
you're
analyzing.
B
This
has
been
a
really
easy
on-ramp
to
provide
a
working
script
in
python
or
whatever
that
that
gets
students
working
with
this
stuff
right
and
the
next
thing
you
know
they
start
googling
right.
Well,
what
are
the
different
parameters
for
you
know
or
arguments
for
this
for
this
pandas
function
or
numpy
or
scipy
function,
that's
being
called
here
right.
How
do
I?
How
do
I
modify
that
so
anyway?
So
I'll
wrap
it
up
there
and
open
up
for
anybody
who
has
any
questions
or
comments?
B
I'd
love
to
hear
what
you're
thinking
or
if
that
gives
anybody
ideas
of
where
I
and
my
colleagues
should
be
looking
next,
maybe
anyway,
thank
you.
So
much
for
having
me
thank
you
for
carving
time
out
of
oh
crazy
week
that
I
think
we
had
hoped
would
be
a
respite
from
2020
and
it's
turning
out,
not
quite
yet
so
so,
thanks
for
being
here,
everybody
and
yeah
and
renata.
Thank
you
as
well.
A
Thank
you.
No
always
always
interesting.
We've
had
this
discussion
before
us
and
I
have
some
particular
things,
but
does
anybody
have
any
questions
for
either
mandy
or
adam
or
just
or
suggestions,
or
anything
that
popped
up
to
you
from
what
they've
said
so
far?
A
There
are
a
few
questions
in
the
chat
in
the
ether
pad
as
well:
okay,
mandy.
B
I'll
respond
to
your
comment,
thanks
for
the
the
props-
and
I
there
are
great
data,
sets
yeah
for
municipal
utilities
and
waste
water
and
water
usage,
and
we
actually
have
a
couple
of
these
activities
in
the
in
the
pipeline.
From
my,
my
fair
state
of
florida
has
lots
of
wonderful
waterways
that
are
ridiculously
polluted,
but
the
data
is
really
accessible
because
we
have
some
some
state
level
law
that
allows
public
access
to
most
of
our
institutional
data.
B
So
we
have
really
bad
data,
but
it's
easily
easy
to
get
and
we're
hoping
that
we
can
work
that
into
some
environmental
science
or
analytical
chemistry
activities
as
well.
C
I
I
just
appreciated
the
way
you
went
through
that
first
example
of
how
you
changed
the
plot.
I
think
one
of
the
things
that's
really
hard
is
where
to
start
with
people
that
don't
have
any
background
in
coding
and
we
want
to
jump
in
with
you
know,
get
our
feet
totally
get
get
submerged
in
the
water,
but
you
really
have
to
get
people's
feet
wet
wet
just
with
the
gradual
approach.
I
really
like
that,
and
so
I'm
just
going
to
thank
you
for
that,
because
I'm
I'm
I'm
always
suffering
from
a
let's.
C
Do
it
all
all
at
once,
but
you
really
have
to
back
off,
and
I
like
that,
stepwise
approach,
and
I
liked
that
sort
of
simpler
version
of
a
project
that
you
say:
okay,
here's
the
data
already
and
carve
out
something
from
this,
because
when
we
get
data
from
stakeholders
that
we
then
pass
on
to
our
the
undergraduate
participants
in
our
research
program,
they
struggle
with
structure
of
the
data
and
how
it's
put
together
and
how
it
how
to
reframe
it
in
a
way
that's
useful
because
oftentimes,
it's
very,
very
messy,
like
you,
were
mentioning
some
of
the
public
data,
and
so
so.
C
Actually,
even
that
experience,
while
very
frustrating
for
data
scientists,
I
think,
is
really
important
for
students
to
go
through
that
struggle.
But
it's
certainly
more
of
a
not
the
first
thing
that
you
want
to
experience.
When
you
start
working
on
a
data
science
project,
you
want
to
have
a
little
bit
easier
entry.
So
I
appreciated
that.
B
Yeah
yeah
cool
yeah-
I
I
I
I'm
a
fan
of
this
right.
Sometimes
we
call
that
scaffolding
right
pedagogically,
but
to
make
sure
that
that
we
have
lots
of
small
steps
and
that
our
more
advanced
students
and
teachers
that
use
this
they
just
they
they
move
through
those
steps
really
quickly
but
they're
at
least
there
for
the
the
other
ones
who
are
just
having
some
major.
You
know
mental
block
on
what
is
going
on,
but
yeah.
I've
been
really
surprised
at
how
easy
that's
been
to
implement.
A
I
love
that
as
well.
You
know,
I
would
say,
oh
there's
a
question
in
the
chat
too,
and
there
was
a
question
on
ether
pad
about
how
do
you
recruit
students
and
teachers
to
participate
in
your
program.
B
Yeah,
so
renata
was
kind
enough
to
speak
with
one
group
over
this
past
summer
of
ours.
So
I
I
I
do
work
with
a
handful
of
different
teacher
groups.
One
is
called
quarknet,
which
is
u.s
a
u.s
particle
physics,
outreach
group,
and
so
there
we've
embedded
these
activities
in
teacher
workshops
that
we
usually
we
used
to
do
excel
analysis
on
kind
of
large,
excel
files,
and
now
we
can
do
ridiculously
large
data
sets
with
python,
so
partnering.
B
Finding
people
that
are
already
doing
teacher
workshops
is
a
great
way
to
do
that
right,
because
then
we
don't.
We
didn't
need
to
establish
that.
You
know
the
other
95
of
the
program
right,
we're
just
coming
in
and
saying
hey
here,
here's
another
cool
way
to
do
things.
We
got
school
districts
to
partner
with
us
again
like
I
said
they
already
have
pressure
to
how
how
do
we
do
more
coding
in
computer
science?
Our
state
legislators
have
told
us
that
we
have
to
do
this.
B
They
don't
know
what
it
looks
like
and
they
don't
know
how
to
make
it
happen.
Nobody's
telling
us
how
to
make
it
happen,
and
so
we
found
schools
and
school
districts
and
teachers
really
receptive.
We
coupled
that
with,
like
I
said,
with
a
budget
of
my
position
already
being
funded
so
that
I
could
help
coordinate
some
of
this.
B
A
couple
thousand
dollars
a
year
for
undergraduate
labor
to
do.
Google
searches
for
you,
know,
20
hours,
a
piece,
and
then
the
school
districts
had
plenty
of
budget
to
pay
their
teachers
stipends
to
do
a
summer
workshop
to
get
trained
on
this
because
they
were
gonna.
Most
school
districts
are
gonna
pay
their
teachers
over
the
summer
for
a
little
bit
to
training
on
whatever
the
the
flavor
of
the
week
is
anyway
right.
We.
B
Jump
in
and
say,
hey,
here's
something
that's
free,
it's
lasting
and
we'll
help
you
do
it,
and
so
we
didn't
have
to
come
up
with
the
teacher's
type
ends,
which
is
usually
a
big
deal.
B
You
know
a
teacher
stipend
of
maybe
100
or
150
a
day
for
two
to
five
days
of
training
on
this
stuff
times:
200
teachers.
Now
you
start
getting
into
you,
know:
nsf
requests
right
and
not
not
just
a
casual
little
thing,
but
school
districts
are
already
paying
to
train
their
teachers
on
stuff,
so
so
that
that
turned
out
to
be
a
really
nice
partnership,
I'll
jump
down
to
the
last
question
in
the
ether
pad,
which
was
the
real
motivator
for
me
to
do.
B
This
is
equity
and
access
for
tech.
Tech
literacy
like
this
is
usually
pretty
bad
because
for
a
student
to
get
exposed
to
programming
or
data
science
or
advanced
science,
they
either
need
to
have
enough
freedom
in
their
high
school
schedule
to
take
that
elective
course,
but
if
you're
also
forced
to
take
that
remedial
reading
class
you're
not
getting
to
see
this
or
it's
a
after-school
club
which,
if
you
ride
the
bus.
B
Good
luck,
you're
not
doing
that
after
school
club
right
or
if
it's
the
thing
that
happens
over
the
summer
or
on
the
weekends.
Well,
you
know
if
mom
and
dad
or
grandma
can't
drive
you
to
that
thing,
you
don't
get
to
do
that
either.
B
So
so
our
our
approach
was
being
able
to
saturate
an
entire
grade
level
of
you
know.
Orange
county
schools
is
like
the
the
eighth
or
ninth
largest
school
district
in
the
u.s,
and
they
just
put
it
into
their
standard.
Sixth,
seventh
and
eighth
grade
curriculum,
and
so
it's
not
really
deep,
but
we're
touching,
you
know
80
or
90
of
the
students
in
a
very
diverse
school
district.
B
I'm
confident
that
if
we
ever
looked
really
closely
at
the
demographic
in
interactions,
we
must
be
connecting
with
like
orders
of
magnitude,
more
minoritized
students
than
almost
any
project
that
I
can
think
of
and
that
helps
connect
them
with
with
what
comes
next
right
now
they
can
come
to
university,
and
you
know
I
mean,
even
in
our
in
our
engineering
and
physics,
majors
right,
a
fraction
of
a
percent
have
ever
programmed
before
right
and
these
middle
schoolers.
C
C
It's
hard
for
for
to
hire
faculty
at
the
university
level
in
computer
science,
because
computer
scientists
have
so
many
job
opportunities
to
so
take
that
down
to
k
through
12,
it's
even
harder,
and
so
I
think
that
that
what
you're
doing
is
is
probably
filling
a
lot
of
gaps
for
both
the
students
and
the
teachers.
A
And
we've
done
this,
you
know:
we've
talked
through
it,
so
the
jupiter
hub
idea,
we've
thought
about
that
for
the
universities
that
the
south
hub,
we
have
tried
to
create
with
the
jupiter
creators
a
jupiter
hub
that
could
be
run
at
multi
institutions.
A
So
we
did
pilot
that
out
for
institutions
that
were
in
our
data
up
program,
so
about
eight
or
nine
institutions
being
able
to
run
their
own
jupiter
or
we
run
the
jupiter
hub,
but
they
were
able
to
access
it
directly.
I
think
that
our
partnership
was
with
microsoft,
azure,
specifically
to
do
the
cloud
hosting
and
again
that
problem
of
hiring,
so
we
hired
a
software
engineer
that
was
running
it
and
deploying
it
even
in
the
university
of
puerto
rico,
which
is
part
of
our
virgin
islands
and
other
places.
A
But
the
google
collaboratory
thing
is
something
that
would
be
interesting
because,
as
you
say,
with
the
partnership
with
the
cloud
providers,
it
was
a
pilot
partnership
and
then
how
you
sustain
it
through
when
people
are
using
it
and
at
a
university
level,
people
start
to
use
it
for
more
research
grade
purposes.
So
I'm
wondering
you
know
at
middle
school,
it's
pretty,
it
may
stay
under
limits.
A
A
B
B
You
know
noticing
scripts,
taking
particularly
long
to
run
all
right
or
or
running
out
of
resources,
so
yeah
I
I've
spent
a
decent
amount
of
time
managing
jupiter
hub
installs
on
you
know,
aws
and
google
cloud
compute
and
just
wow
when,
when
google
collab
came
out,
I
mean
you
know:
yeah,
that's
expensive
right.
You
need
somebody
who's
who's
dedicated
a
decent
percentage
of
their
time
to
manage,
manage
that
with
google
colab
there's
zero
upkeep.
B
The
downside
is,
you
know,
you're
you're
holding
hands
with
google
and
your
users
need
a
google
account.
That's
not
such
a
huge
ask,
I
think
initially,
but
that
I,
the
2i2e
2i2c.org.
B
I
I
think
that's
that's.
Maybe
the
next
great
hope
on
on
what
a
next
solution
might
look
like
for
that.
That's
maybe
a
bit
more
cost
effective
and
yeah.
I
think.
A
As
well,
I
think
to
i2c
their
partner
on
a
new
project,
so
we
do
are
looking
at
that,
but
it
was
just
interesting
and
timing.
The
timing
on
it
yeah
of
how
that
works.
So
I
love
the
google
collaboratory.
It's
always
been
good.
So
thank
you
again.
B
Last
comment
is
donald.
I
noticed
that
you
mentioned
in
your
in
your
intro
on
the
on
the
ether
pad
that
maybe
it
would
be
nice
to
to
see
us
coalesce
on
some
set
of
standards
for
stuff,
and
I
know
that
everybody
who
suggests
that
is
going
to
suggest
their
own
standard,
and
so
now
we
go
from
10
options
to
suggesting
another
one,
and
now
we
have
11
instead
of
condensing
to
one.
B
But
I
I
think
that
not
necessarily
collab,
but
I
think
jupiter
is,
is
worth
looking
at
because
it
natively
handles
python,
r
and
julia,
and
I
think
that's
a
decent
suite
as
well
as
handling
the
whole
scipy
stack
really
nicely
on
the
python,
and
I
haven't
used
it
for
r,
but
I
know
a
bunch
of
folks
who
do
so
that
that
might
be
worth
yeah.
B
That
might
be
worth
the
conversation
or
at
least
being
being
in
that
in
that
discussion,
also,
because
of
google
co-lab
being
able
to
support
that
now,
you
have
a
free.
B
You
know
easy
easy
thing
to
to
implement
for,
but
you
know
school
districts
don't
have
a
budget
for
somebody
to
manage
their
jupiter
hub
and
we
went
through
that
for
about
a
year
and
we
found
a
you
know
another
for-profit
company
that
was
going
to
do
a
canvas
plug-in
to
run
a
jupiter
hub
through
their
students,
canvas
learning
management
account
and
yeah.
We
wrestled
for
a
long
time
and
the
collab
came
up
and
it
was
just
like
hitting
the
easy
button.
A
Yeah
so
yeah,
that's
something
we
should
definitely
talk
about
if
others
are
interested
in
that
put
that
in
the
bed.
For
sure,
because
I
know
we're
interested
in
that,
you
know
trying
to
make
that
case
for
the
at
the
undergraduate
level.
I
think
it's
very
similar
around
on-ramps
and
even
sharing
curriculum
or
sharing
data
sets.
A
Also
looking
at
the
jupiter
books,
that's
something
that
is
new
or
something
I
hadn't
heard
of
before,
because
we
called
our
jupiter
hub
interactive
textbooks
like
that.
We
were
trying
to
help
people
do
interactive
textbooks.
So
that's
that's
an
interesting
thing
as
well
all
right!
Well,
it's
after
time,
people
I
you
know
we
can
stay,
but
anyone
who
needs
to
go.
You
know
feel
free.
A
A
We
leave
these
live
until
the
end
of
the
day,
so
there
may,
if
you
also
think
of
something
after
we've
all
gone,
which
always
happens
and
for
anyone
in
the
group-
and
you
say
hey,
I
should
have
said
that,
or
I
should
put
it
in
there,
you
can
still
you
can
put
it
in
there
and
we
will
still
keep
them
and
look
at
them
all
right.
B
I'm
free
to
hang
out
for
a
few
minutes
if
anybody
wants
to
chat
about
anything
and
I'll
also
respond
to
some
stuff
on
the
ethernet.