An Introduction toUnderstanding by Design 2.0
presented by
Jay McTigheEducational Consultant phone: (410) 531-1610
e-mail: [email protected]: jaymctighe.com
© 2011 Jay McTighe and Grant Wiggins 2
Understanding-by Design
Key Understandings about...
-- Understanding --
• A primary goal of education is the development and deepening of student understanding of important ideas and processes within, and across, disciplines so that they can transfer their learning to new situations.
• Content needs to be “unpacked” to identify the big ideas worth understanding and the essential questions worth uncovering.
• Evidence of student understanding is revealed when students apply (transfer) their learning within authentic contexts.
• Six facets of understanding – the capacity to explain, interpret, apply, shift perspec-tive, empathize, and self-assess – serve as indicators that students understand.
• Understanding must be “earned” by the learner. Teaching for understanding facilitates “meaning making” by the students and equips them to successfully transfer their learning.
-- Design --
• Effective curriculum development reflects a three-stage design process called “backward design.” This process helps to insure that curriculum plans are well aligned and focused on desired learnings. Backward curriculum design also helps avoid the twin problems of “textbook coverage” and “activity-oriented” teaching.
• The backward design process can be productively applied to planning a single unit, a year-long course, and an entire K-12 curriculum.
• Regular reviews of curriculum and assessment designs, based on design standards, are needed for quality control to avoid the most common design mistakes and disappointing results.
• Educators can “work smarter” in curriculum design by working collaboratively and sharing ideas via electronic networks (e.g., the ubdexchange.org web site).
© 2011 Jay McTighe and Grant Wiggins 3
Understanding-by Design
1.
UbD
is a
way
of
thin
king
pur
pose
fully
abo
ut c
urri
cula
r pl
an-
ning
and
sch
ool r
efor
m.
It o
ffer
s a
3-st
age
desi
gn p
roce
ss,
a se
t of
hel
pful
des
ign
tool
s, a
nd d
esig
n st
anda
rds
– no
t a
rigi
d pr
ogra
m o
r pr
escr
ipti
ve r
ecip
e.
2.
The
prim
ary
goal
of
UbD
is s
tude
nt u
nder
stan
ding
: th
e ab
ility
to
mak
e m
eani
ng o
f “b
ig id
eas”
and
tra
nsfe
r le
arni
ng.
3.
UbD
“un
pack
s” a
nd t
rans
form
s Co
nten
t St
anda
rds
into
the
re
leva
nt S
tage
1 e
lem
ents
and
app
ropr
iate
ass
essm
ents
in
Stag
e 2.
4.
Und
erst
andi
ng is
rev
eale
d w
hen
stud
ents
aut
onom
ousl
y tr
ansf
er t
heir
lear
ning
thr
ough
aut
hent
ic p
erfo
rman
ce.
Six
face
ts o
f un
ders
tand
ing
– th
e ca
paci
ty t
o ex
plai
n, i
nter
pret
, ap
ply,
shi
ft p
ersp
ecti
ve,
empa
thiz
e, a
nd s
elf
asse
ss –
ser
ve a
s in
dica
tors
of
unde
rsta
ndin
g.
5.
Teac
hers
are
coa
ches
of
unde
rsta
ndin
g, n
ot m
ere
purv
eyor
s
of c
onte
nt o
r ac
tivi
ty.
They
des
ign
for
and
supp
ort
“mea
ning
m
akin
g” a
nd “
tran
sfer
” by
the
lear
ner;
and
adj
ust
to a
chie
ve
inte
nded
res
ults
.
6.
Plan
ning
is b
est
done
”ba
ckw
ard”
fro
m t
he d
esir
ed r
esul
ts
and
the
tran
sfer
tas
ks t
hat
embo
dy t
he g
oals
. Th
e 3
Stag
es
(Des
ired
Res
ults
, Ev
iden
ce,
Lear
ning
Pla
n) m
ust
alig
n fo
r th
e un
it t
o be
mos
t ef
fect
ive.
7.
Regu
lar
revi
ews
of c
urri
culu
m a
gain
st d
esig
n st
anda
rds
enha
nce
curr
icul
ar q
ualit
y an
d ef
fect
iven
ess.
8.
UbD
refl
ects
a “
cont
inuo
us im
prov
emen
t” a
ppro
ach.
The
re
sult
s of
cur
ricu
lum
des
igns
– s
tude
nt p
erfo
rman
ce -
info
rms
need
ed a
djus
tmen
ts.
Stag
e 1:
Des
ired
Res
ults
Stag
e 2:
Evi
denc
e
Stag
e 3:
Lea
rnin
g Pl
an
• W
hat
long
-ter
m t
rans
fer
goal
s ar
e so
ught
?
• W
hat
mea
ning
s sh
ould
stu
dent
s m
ake
in o
rder
to
arri
ve
at
im
port
ant
unde
rsta
ndin
gs?
• W
hat
esse
ntia
l qu
esti
ons
wil
l st
uden
ts e
xplo
re?
• W
hat
know
ledg
e &
ski
ll w
ill
stud
ents
acq
uire
?
• W
hat
esta
blis
hed
goal
s/St
anda
rds
are
targ
eted
?
• W
hat
perf
orm
ance
s an
d pr
oduc
ts w
ill
reve
al e
vide
nce
of
mea
ning
-mak
ing
and
tran
sfer
?
• By
wha
t cr
iter
ia w
ill
perf
orm
ance
be
asse
ssed
, in
lig
ht o
f
St
age
1 de
sire
d re
sult
s?
• W
hat
addi
tion
al e
vide
nce
wil
l be
col
lect
ed f
or a
ll S
tage
1
D
esir
ed R
esul
ts?
• W
hat
acti
viti
es,
expe
rien
ces,
and
les
sons
wil
l le
ad t
o
ac
hiev
emen
t of
the
des
ired
res
ults
and
suc
cess
at
th
e as
sess
men
ts?
• H
ow w
ill
the
lear
ning
pla
n he
lp s
tude
nts
of A
cqui
siti
on,
Mea
ning
Mak
ing,
and
Tra
nsfe
r?
• H
ow w
ill
the
unit
be
sequ
ence
d an
d di
ffer
enti
ated
to
opti
miz
e ac
hiev
emen
t fo
r al
l le
arne
rs?
• A
re a
ll t
hree
sta
ges
prop
erly
ali
gned
?
Gui
ding
Pri
ncip
les
of U
nder
stan
ding
by
Des
ign
Key
Que
stio
ns o
f B
ackw
ard
Des
ign
UbD
in a
Nut
shel
l
© 2011 Jay McTighe and Grant Wiggins 4
Understanding-by Design
A Summary of Key Research Findings Supporting Understanding by Design
• Views of how effective learning proceeds have shifted from the benefits of diligent drill and practice to focus on students’ understanding and application of knowledge.
• Experts’ knowledge is organized... Their knowledge is not simply a list of facts and formulas that are relevant to the domain; instead, their knowledge is organized around core concepts or ‘big ideas’ that guide their thinking about the domain (e.g., Newton’s second law of motion); it is “conditionalized” to specify the contexts in which it is applicable; it supports understanding and transfer (to other contexts) rather than only the ability to remember. Novices’ knowledge is much less likely to be organized around big ideas; they are more likely to approach problems by searching for correct formulas and pat answers that fit their everyday intuitions.
• Learning must be guided by generalized principles in order to be widely applicable. Knowledge learned at the level of rote memory rarely transfers; transfer most likely occurs when the learner knows and understands underlying principles that can be applied to problems in new contexts. Learning with understanding is more likely to promote transfer than simply memoriz-ing information from a text or a lecture.
• Skills and knowledge must be extended beyond the narrow contexts in which they are initially learned. For example, knowing how to solve a math problem in school may not trans-fer to solving math problems in other contexts. It is essential for a learner to develop a sense of when what has been learned can be used -- the conditions of application. Failure to transfer is often due to learners’ lack of this type of conditional knowledge.
• Curricula that are a “mile wide and an inch deep” run the risk of developing disconnected rather than connected knowledge. Research on expertise suggest that a superficial coverage of many topics in the domain may be a poor way to help students develop the competencies that will prepare them for future learning and work.” • Feedback is fundamental to learning, but feedback opportunities are often scarce in classrooms. Students may receive grades on tests and essays, but these are summative assess-ments that occur at the end of projects. What are needed are formative assessments, which pro-vide students with opportunities to revise and improve the quality of their thinking and understanding.
• Assessments must reflect the learning goals that define various environments. If the goal is to enhance understanding and applicability of knowledge, it is not sufficient to provide assess-ments that focus primarily on memory for facts and formulas. Many assessments measure only propositional (factual) knowledge and never ask whether students know when, where, and why to use that knowledge. Given the goal of learning with understanding, assessments and feedback must focus on understanding, and not only on memory for procedures or facts.
© 2011 Jay McTighe and Grant Wiggins 5
Understanding-by Design
Someone who understands...
Part 1 – How would you define “understanding”? What does it mean to “really understand” or “get it”?
Indicators of Understanding Indicators of Knowledge without Understanding
Part 2 - What are concrete indicators of really understanding something (as apposed to merely knowing important facts about it)? What can the person with understanding do that the person with only knowledge—even lots of knowledge—cannot do?
What is understanding?
© 2011 Jay McTighe and Grant Wiggins 6
Understanding-by Design
The Three Stages of Backward Design
The backward design approach consists of three general stages:
Stage 1. Identify Desired Results – In stage one we consider the goals. What should students know, understand, and be able to do? What big ideas are worthy of understanding and implied in the established goals (e.g., content standards, curriculum objectives, etc.)? What “enduring” understandings are desired? What provocative questions are worth pursu-ing to guide student inquiry into these big ideas? What specific knowledge and skills are targeted in the goals and needed for effective performance?
Stage 2. Determine Acceptable Evidence – In the second stage we consider evidence of learning. How will we know if students have achieved the desired results and met the content standards? How will we know that students really understand the identified big ideas? What will we accept as evidence of proficiency? The backward design orientation suggests that we think about our design in terms of the collected assessment evidence needed to document and validate that the desired results of Stage 1 have been achieved.
Stage 3. Plan Learning Experiences and Instruction – With identified results and appropriate evidence of understanding in mind, it is now time to develop the learning plan. What will need to be taught and coached, and how should it best be taught, in light of the performance goals? What sequence of activity best suits the desired results? In planning the learning activities, we consider the TMA elements as guidelines: How will we equip to trans-fer their learning? How will we engage students in making meaning of important ideas and processes? How will we help learners acquire needed knowledge and skills?
3. Plan learning experiences and instruction.
2. Determine acceptable evidence.
1. Identify desired results.
© 2011 Jay McTighe and Grant Wiggins 7
Understanding-by Design
Stage 2 – Assessment Evidence
Stage 1 – Desired Results
Stage 3 – Learning Plan
What “real-world” tasks will reveal students’ under-standing and proficiency? What transfer performan-ces should students be able to do well if they have met this standard?
What should students come to understand if they really learn this content well?
What should students eventually be able to do on their own if they can meet the Standard?
What important ques-tions are raised by this content?What essential ques-tions will guide inquiry into it?
What instruction is needed to equip students to meet this standard?What learning experiences will help learners acquire the knowldge and skills, make meaning of the important ideas and equip them to transfer their learning?
What evidence of learning is called for by the standard (and its indicators)?What assessments are needed?
Working with Standards using UbD
What big ideas and transfer goals are embedded in this Standard?
What factual knowledge must students acquire to meet the Standard?
What specific skills are stated or implied in the Standard? What proficiencies must students attain to meet the Standard?
What Standard(s) will the unit focus on? Given your reasons for teaching the unit, which Standard(s) are most relevant?
© 2011 Jay McTighe and Grant Wiggins 8
Understanding-by Design
Frequently Asked Questions
1. Why did you change the UbD Template?Just as computer software programs are regularly updated to incorporate new ideas and adjustments based on user feedback, the new Template reflects the most current thinking on UbD, based on our own observations and the constant feedback we get from users throughout the world. In particular, we have seen the need to highlight transfer goals and the coding of Stages 2 and 3 because too often well-intentioned designers were not focusing on long-term transfer in their units, and the unit assess-ments often did not closely align with the stated goals of Stage 1.
2. Do you have to follow the UbD Template order (top to bottom) when you design?No. Backward design does not demand a rigid sequence. The process of thinking through a design is inherently non-linear, with various entry points, leading eventu-ally to a logically-organized product. Regardless of approach, designers should rou-tinely check the emerging design against the UbD Design Standards to ensure that the process yields a desired high-quality unit design.
3. Should you use the 3-stage UbD Template for planning lessons as well as units?We do not recommend isolated lesson planning separate from unit planning. We have chosen the unit as a focus for design because the key elements of UbD – understandings, essential questions, and transfer performances – are too complex and multi-faceted to be satisfactorily addressed within a single lesson. For instance, essential questions should be revisited over time, not answered by the end of a single class period.
Nonetheless, the larger unit goals provide the context in which individual lessons are planned. Teachers often report that careful attention to Stages 1 and 2 sharpens their lesson planning, resulting in more purposeful teaching and improved learning.
Wiggins, G. and McTighe, J. (2011) The Understanding by Design Guide to Creating High Quality Units. Association for Supervision and Curriculum Development (ASCD).
<http://www.ascd.org/publications/books/109107.aspx>
The Understanding by Design Template 2.0
Acq
uisit
ion
Esta
blish
ed G
oals
Mea
ning
Tran
sfer
Stud
ents
will
kno
w...
Stag
e 1
– D
esir
ed R
esul
ts
UN
DER
STA
ND
ING
SSt
uden
ts w
ill u
nder
stan
d th
at...
Stud
ents
will
be
able
to in
depe
nden
tly u
se th
eir l
earn
ing
to...
ESSE
NTI
AL
QU
ESTI
ON
SSt
uden
ts w
ill k
eep
cons
ider
ing.
..
UbD
Tem
plat
e 2.
0
Stud
ents
will
be
skill
ed a
t...
© 2011 Grant Wiggins & Jay McTighe 9
Wha
t spe
cific
ally
do
you
wan
t st
uden
ts to
und
erst
and?
Wha
t inf
eren
ces
shou
ld th
ey m
ake?
Wha
t tho
ught
-pro
voki
ng q
uest
ions
w
ill fo
ster
inqu
iry,
mea
ning
mak
ing,
an
d tr
ansf
er?
Wha
t kin
ds o
f lon
g-te
rm, i
ndep
ende
nt a
ccom
plis
hmen
ts a
re d
esir
ed?
Wha
t Con
tent
Sta
ndar
ds,
Prog
ram
and
/or M
issi
on
rela
ted
goal
(s) w
ill th
is
unit
add
ress
?
Wha
t fac
ts a
nd b
asic
con
cept
s sh
ould
stu
dent
s kn
ow a
nd b
e ab
le
to re
call?
Wha
t dis
cret
e sk
ills
and
proc
esse
s sh
ould
stu
dent
s be
abl
e to
use
?
Eva
luat
ive
Cri
teri
aA
sses
smen
t Evi
denc
e
SUPP
LEM
ENTA
RY
EV
IDEN
CE
PER
FOR
MA
NC
E TA
SK(S
)Stag
e 2
– Ev
iden
ceU
bD T
empl
ate
2.0
Cod
ing
© 2011 Grant Wiggins & Jay McTighe 10
How
will
stu
dent
s de
mon
stra
te th
eir u
nder
stan
ding
(mea
ning
-m
akin
g an
d tr
ansf
er) t
hrou
gh c
ompl
ex p
erfo
rman
ce?
Wha
t cri
teri
a w
ill b
e us
ed in
ea
ch
as
sess
men
t to
eva
luat
e at
tain
men
t of
the
Des
ired
Re
sult
s?
Rega
rdle
ss
of th
e form
at
of th
e as
sess
-m
ent,
wha
t qu
alit
ies
are
mos
t im
port
ant?
Wha
t oth
er e
vide
nce
will
you
col
lect
to d
eter
min
e w
heth
er S
tage
1 g
oals
wer
e ac
hiev
ed?
Cons
ider
the
six
fac
ets
whe
n de
velo
ping
ass
essm
ents
of
unde
rsta
ndin
g.O
ptio
nal:
Use
the
G.R
.A.S
.P.S
. el
emen
ts t
o fr
ame
an a
uthe
ntic
con
text
fo
r th
e ta
sk(s
).
Are
all
of th
e D
esir
ed
Resu
lts
bein
g ap
-pr
opri
-at
ely
as-
sess
ed?
Stag
e 3
– Le
arni
ng P
lan
UbD
Tem
plat
e 2.
0
Cod
ing
LEA
RN
ING
EV
ENTS
Prog
ress
M
onito
ring
Pre-
asse
ssm
ent
© 2011 Grant Wiggins & Jay McTighe 11
Whi
le d
etai
led
less
on p
lans
are
not
exp
ecte
d he
re,
you
shou
ld i
nclu
de
suffi
cien
t in
form
atio
n so
tha
t an
othe
r te
ache
r w
ho i
s fa
mil
iar
wit
h th
e un
it’s
con
tent
cou
ld u
nder
stan
d an
d fo
llow
the
bas
ic le
arni
ng p
lan.
Tha
t m
eans
not
jus
t st
atin
g W
HAT
lear
ners
wil
l do
but
WH
Y t
he e
vent
is
prop
osed
-
its
purp
ose
Opt
iona
l: U
se t
he c
olum
n on
the
left
to
code
you
r le
arni
ng a
ctiv
itie
s; e
.g.,
th
eir
alig
nmen
t w
ith
Stag
e 1
elem
ents
, T-
M-A
, or
W.H
.E.R
.E.T
.O.
Are
all
thre
e ty
pes
of g
oals
(acq
uisi
tion
, mea
ning
, and
tran
sfer
) ad
dres
sed
in th
e le
arni
ng p
lan?
Doe
s th
e le
arni
ng p
lan
refle
ct p
rinc
iple
s of
lear
ning
an
d be
st p
ract
ices
?
Is th
ere
tigh
t alig
nmen
t acr
oss
all t
hree
sta
ges?
Wha
t pre
-ass
essm
ents
will
you
use
to c
heck
stu
dent
s’ pr
ior
know
ledg
e, s
kill
leve
ls a
nd p
oten
tial
mis
conc
epti
ons?
How
will
you
m
onit
or s
tude
nts’
prog
ress
tow
ards
ac
quis
itio
n, m
ean-
ing-
mak
ing,
and
tr
ansf
er, d
urin
g le
sson
eve
nts?
Wha
t are
pot
enti
al
roug
h sp
ots
and
stud
ent m
isun
der-
stan
ding
s?
How
will
stu
dent
s ge
t the
feed
back
th
ey n
eed
and
oppo
rtun
itie
s to
m
ake
use
of it
?
Wha
t’s
the
goal
fo
r (or
ty
pe
of)
each
ev
ent?
Acq
uisit
ion
Esta
blish
ed G
oals
Mea
ning
Tran
sfer
Stud
ents
will
kno
w...
Stag
e 1
– D
esir
ed R
esul
ts
UN
DER
STA
ND
ING
SSt
uden
ts w
ill u
nder
stan
d th
at...
Stud
ents
will
be
able
to in
depe
nden
tly u
se th
eir l
earn
ing
to...
ESSE
NTI
AL
QU
ESTI
ON
SSt
uden
ts w
ill k
eep
cons
ider
ing.
..
UbD
Tem
plat
e 2.
0
Stud
ents
will
be
skill
ed a
t...
© 2011 Grant Wiggins & Jay McTighe 12
T1 d
rive
cour
teou
sly
and
defe
nsiv
ely
with
out a
ccid
ents
or n
eedl
ess r
isk.
T2 a
ntic
ipat
e an
d ad
apt t
heir
know
ledg
e of
safe
and
def
ensi
ve d
rivin
g to
va
rious
traf
fic, r
oad
and
wea
ther
con
ditio
ns.
K1
the
driv
ing
law
s and
“ru
les o
f the
road
” fo
r the
ir st
ate,
pro
vinc
e or
cou
ntry
K2
mea
ning
of t
raffi
c si
gns a
nd si
gnal
sK
3 ba
sic
car f
eatu
res a
nd fu
nctio
nsK
4 w
hat t
o do
in c
ase
of a
n ac
cide
nt
Q1
Wha
t mus
t I a
ntic
ipat
e an
d do
to
min
imiz
e ris
k an
d ac
cide
nts w
hen
I driv
e?
Q2
Wha
t mak
es a
cou
rteou
s and
def
ensi
ve
driv
er?
Nat
iona
l Dri
ver
Dev
elop
men
t Sta
ndar
ds
G1
Dem
onst
rate
a w
orki
ng
know
ledg
e of
rule
s, re
gu-
latio
ns a
nd p
roce
dure
s of
oper
atin
g an
aut
omob
ile
G2
Use
vis
ual s
earc
h sk
ills t
o ob
tain
cor
rect
info
rmat
ion
and
mak
e re
duce
d-ris
k de
-ci
sion
s for
effe
ctiv
e sp
eed
and
posi
tion
adju
stm
ents
G3
Inte
ract
with
oth
er u
s-er
s with
in th
e H
ighw
ay
Tran
spor
tatio
n Sy
stem
by
adju
stin
g sp
eed,
spac
e, a
nd
com
mun
icat
ions
to a
void
co
nflic
ts a
nd re
duce
risk
G4
Dem
onst
rate
bal
ance
d ve
hicl
e m
ovem
ent t
hrou
gh
stee
ring,
bra
king
, and
ac-
cele
ratin
g in
a p
reci
se a
nd
timel
y m
anne
r thr
ough
out
a va
riety
of a
dver
se c
ondi
-tio
ns
Sour
ce:
Amer
ican
Dri
ver &
Tr
affic
Saf
ety
Asso
ciat
ion
S1 p
roce
dure
s of s
afe
driv
ing
unde
r
varie
d tra
ffic,
road
& w
eath
er
co
nditi
ons
S2 si
gnal
ling/
com
mun
icat
ing
inte
ntio
nsS3
qui
ck re
spon
se to
surp
rises
S4 p
aral
lel p
arki
ng
U1
A m
otor
veh
icle
can
bec
ome
a le
thal
wea
pon,
an
d dr
ivin
g on
e de
man
ds c
onst
ant a
ttent
ion.
U
2 D
efen
sive
driv
ing
assu
mes
that
oth
er
dr
iver
s are
not
atte
ntiv
e an
d th
at th
ey m
ight
m
ake
sudd
en o
r ill-
advi
sed
mov
es.
U3
Effe
ctiv
e dr
iver
s con
stan
tly a
dapt
to th
e va
ri-ou
s tra
ffic,
road
, & w
eath
er c
ondi
tions
.
Eva
luat
ive
Cri
teri
aA
sses
smen
t Evi
denc
e
SUPP
LEM
ENTA
RY
EV
IDEN
CE
PER
FOR
MA
NC
E TA
SK(S
)Stag
e 2
– Ev
iden
ceU
bD T
empl
ate
2.0
Cod
ing
© 2011 Grant Wiggins & Jay McTighe 13
1. T
ask:
driv
e fr
om h
ome
to sc
hool
and
bac
k, w
ith p
aren
tal a
nd te
ache
r su
perv
isio
n. T
he g
oal i
s to
dem
onst
rate
skill
ful,
resp
onsi
ve, a
nd d
efen
sive
dr
ivin
g un
der r
eal-w
orld
con
ditio
ns.
2. T
ask:
Sam
e ta
sk a
s #1
but w
ith ra
iny
cond
ition
s.
3. T
ask:
Sam
e ta
sk a
s #1
but w
ith ru
sh h
our t
raffi
c.
4. B
ookl
et: W
rite
a bo
okle
t for
oth
er y
oung
driv
ers o
n th
e bi
g id
eas o
f sa
fe a
nd e
ffect
ive
driv
ing
5. S
elf-
asse
ss y
our d
rivin
g an
d pa
rkin
g in
Tas
ks 1
- 3
in te
rms o
f co
urte
ous &
def
ensi
ve. D
iscu
ss a
djus
tmen
ts m
ade.
6. O
bser
vatio
n of
stud
ent d
river
in a
driv
ing
sim
ulto
r or c
ar o
ff ro
ad.
7. W
ritte
n te
st re
quire
d fo
r get
ting
a lic
ense
.
8. R
oad
test
requ
ired
for g
ettin
g a
licen
se.
• kn
ows t
he la
w•
driv
es w
ell
enou
gh to
m
eet d
rivin
g te
st c
riter
ia
• ac
cura
te•
perc
eptiv
e
• sk
illfu
l•
cour
teou
s/
defe
nsiv
e•
antic
ipat
es
wel
l•
resp
onsi
ve
• sk
illed
Tran
sfer
go
als
Mea
ning
G
oals
Skill
&
Tran
sfer
G
oals
Know
ledg
e &
Ski
ll G
oals
; si
mpl
e tr
ansf
er
Mea
ning
G
oals
Stag
e 3
– Le
arni
ng P
lan
UbD
Tem
plat
e 2.
0
Cod
ing
LEA
RN
ING
EV
ENTS
Prog
ress
M
onito
ring
Pre-
asse
ssm
ent
© 2011 Grant Wiggins & Jay McTighe 14
Car
Che
ckC
ircle
sA
ntic
ipat
ion
& P
lann
ing
Ahe
adSa
fety
Che
cks
Pede
stria
n C
ross
ings
Use
of S
peed
Con
trols
& In
stru
men
tsH
ighw
ays
Oth
er T
raffi
cSt
artin
g up
, Mov
ing
and
Stop
ping
Turn
sIn
ters
ectio
nsSa
fe P
ositi
onin
gR
ever
sing
Dar
knes
sM
irror
sPa
rkin
gW
eath
er C
ondi
tions
Sign
als
Emer
genc
y St
oppi
ngR
ules
& L
aws
Secu
rity
Expe
rienc
e an
d eq
uipp
ing
via
dire
ct in
stru
ctio
n an
d vi
doe
sim
ulta
ors i
s pro
vide
d in
term
s of h
ow to
ha
ndle
: Wet
Roa
ds, D
ry R
oads
, Dar
knes
s Day
light
, Hig
hway
, City
, Cou
ntry
.
Sepa
rate
skill
dev
elop
men
t and
real
-wor
ld p
ract
ice
in –
All
inst
ruct
ion
is c
arrie
d ou
t and
form
ativ
ely
asse
ssed
und
er a
5-le
vel s
yste
m o
f inc
reas
ed a
uton
omy:
•
the
skill
is in
trodu
ced
• it
can
be c
arrie
d ou
t und
er fu
ll in
stru
ctio
n•
it ca
n be
car
ried
out c
orre
ctly
whe
n pr
ompt
ed•
it se
ldom
nee
ds to
be
prom
pted
• yo
u ca
n ca
rry
it ou
t con
sist
ently
with
out a
ny p
rom
ptin
g
Expe
rt dr
ivin
g is
mod
eled
via
vid
eo a
nd th
e dr
ivin
g in
stru
ctor
; the
driv
ing
exam
is in
trodu
ced
and
stud
ied.
Refl
ectio
n an
d ge
nera
lizat
ions
pro
mot
ed v
ia d
iscu
ssio
n of
the
esse
ntia
l que
stio
ns a
fter e
ach
virtu
al
and
real
road
exp
erie
nce.
Writ
ten
self-
asse
ssm
ent r
equi
red
afte
r eac
h dr
ivin
g ex
perie
nce.
Not
e: t
his
is a
mer
ely
sugg
esti
ve o
verv
iew
of
a un
it p
lan.
A
typi
cal u
nit
sum
mar
izes
all
lear
ning
eve
nts
in m
ore
deta
il.
Pre-
asse
ssm
ent o
f driv
ing
know
ledg
e, sk
ill, u
nder
stan
ding
s, an
d at
titud
es u
sing
surv
eys a
nd si
mul
ator
s.
Form
ativ
e as
sess
men
t an
d in
form
al fe
edba
ck
by in
stru
ctor
as s
tude
nt
tries
to a
pply
skill
s le
arne
d w
hile
driv
ing
off-
road
• Lo
ok fo
r suc
h co
m-
mon
mis
conc
eptio
ns
and
skill
defi
cits
as -
* fa
ilure
to c
heck
m
irror
s and
per
iph-
eral
vis
ion
* no
t acc
urat
ely
resp
ondi
ng d
urin
g ch
ange
s in
road
co
nditi
ons
* no
t per
ceiv
ing
spee
d of
onc
omin
g ca
rs d
urin
g m
erge
s an
d tu
rns
T A M A, T
Code
Key
: T
= tr
ansf
er,
M =
Mea
ning
-mak
ing,
A =
Acq
uisi
tion
A, T
© 2011 Jay McTighe and Grant Wiggins 15
Understanding-by Design
ESSENTIAL QUESTIONSDefinition Open-ended questions designed to promote sustained inquiry and meaning making. Essential questions differ in scope and breadth. We distinguish between overarching and topical questions. Overarching essential questions point beyond the particulars of a unit to the larger, transferable ideas and enduring understandings. They recur fruit-fully across the grades, spiraling throughout the curriculum to provide conceptual through lines. Effective overarching essential questions: • Are broad and general in nature • Lead to overarching understandingsTopical essential questions are more specific. They guide the exploration of ideas and processes within particular topics within a unit of study.
PurposeEssential questions are identified in Satge 1 for the purpose of: 1. Provoking deep thought, lively discussion, sustained inquiry, and additional questions leading to new and/or deeper insight(s) 2. Asking students to consider alternatives, weigh evidence, support their ideas and rethink key ideas 3. Support connections within and across content and context
Examples
Overarching Essential Questions
• In what ways does art reflect culture as well as shape it? • How do artists choose tools, techniques, and materials to express their ideas?
• What makes a great story?• How do effective writers hook and hold their readers?
Topical Essential Questions
unit on masks• What do masks and their use reveal about the culture? What tools, techniques, and materials are used in creating masks from different cultures?unit on mysteries• What is unique about the mystery genre?• How do great mystery writers hook and hold their readers?
© 2011 Jay McTighe and Grant Wiggins 16
Understanding-by Design
7. How many legs does a spider have? How does an elephant use its trunk?
8. What is “foreshadowing”? Can you find an example of “foreshadowing’” in the story?
9. What is the original meaning of the term, technology (from its Greek root, “techne”)?
10. By what axioms are we able to prove the Pythagorean theorem?
11. What are some French colloquialisms?
12. How many minutes are in an hour? How many hours are in a day?
13. What is the relationship between popularity and greatness in literature?
14. When was the Magna Carta signed?
15. Crustaceans – what’s up with that?
16. To what extent are common sense and science related?
17. Which modern U.S. president will have the most disappointing legacy?
18. What’s the pattern?
Part 2 - Use your list of characteristics as criteria to determine which of the following are Essential Questions. Check “yes” or “no” after each example.
Refine your list of key characteristics of Essential Questions:
Concept Attainment – Essential QuestionsPart 1 - Examine the following examples and non-examples to determine the common characteristics of Essential Questions. List these in the box below.
List common characteristics of the Essential Questions:
Not Essential QuestionsEssential Questions
YES NO ___ ___
___ ___
___ ___ ___ ___ ___ ___
___ ___
1. How are “form” and “function” related in biology?
2. How do effective writers hook and hold their readers?
3. Who “wins” and who “loses” when technologies change?
4. Should it be an axiom if it is not obvious?
5. What distinguishes fluent foreign-ers from native speakers?
6. How would life be different if we couldn’t measure time?
© 2011 Jay McTighe and Grant Wiggins 17
Understanding-by Design
History• Whose “story” is it? • How do we know what to believe about historical claims?• What can we learn from the past?
Literature• What makes a “great” book/story?• What “truths” can fiction reveal? Should a story teach you something?
Mathematics• When is the “correct” answer not the best solution?• What are the limits of mathematical representation/modeling?
Music• How are sounds and silence organized in various musical forms?• If practice makes perfect, what makes “perfect” practice?
Physical Education/Athletics• Who is a “winner?”• Is pain necessary for progress in athletics? (“No pain, no gain” – agree?)
Reading/Language Arts• How does what you read influence how you should read it?• How do you read “between the lines?”• Why do we punctuate? What if we didn’t have punctuation marks?
Science • To what extent are science and common sense related?• How are “form” and “function” related in biology?
Technology• In what ways can technology enhance research and communication? In what ways might technology hinder them? • What are the pros and cons of technological progress?
Writing• How do effective writers hook and hold their readers?• How does audience and purpose influence writing style?• What is a “complete” thought?
Essential Questions examples
© 2011 Jay McTighe and Grant Wiggins 18
Understanding-by Design
Arithmetic (numeration)• What is a number? • Why do we have numbers? What if we didn’t have numbers?• Can everything be quantified?
Arts (visual and performing)• Where do artists get their ideas?• How does art reflect, as well as shape, culture?• Do you like that (artwork)?
Culinary Arts• When is it o.k. to deviate from the recipe?• What makes a “safe” kitchen?
Dance• How and what can we communicate through the “language” of dance?• In what ways can motion evoke emotion?
Economics• What determines value?• Can macro-economics inform micro-economics (and vice-versa)?
Foreign/World Language• What distinguishes a fluent foreigner from a native speaker?• What can we learn about our own language and culture from studying another?
Geography• What makes places unique and different? • How does where we live influence how we live?
Government• Who should decide?• How should we balance the rights of individuals with the common good?
Health• What is “healthful” living?• How can a diet be healthy for one person and not another?
Essential Questions examples
© 2011 Jay McTighe and Grant Wiggins 19
Understanding-by Design
strategy, tactics context
purpose, valueunderlying concepts
Essential Questions in Skill AreasThere is a common misunderstanding among many educators that teaching for understanding of “big ideas” are not really central to the teaching of skill-focused areas, such as beginning literacy, physi-cal education, and mathematics. On the contrary: everything we know about learning tells us that that teaching for conceptual understanding is essential to more accurate and efficient skill performance.Essential questions in skill areas may be considered in terms of the following categories: • key concept(s) – What are the “big ideas” underlying effective skill performance? • purpose, value – Why is the skill important? • strategy, tactics– What strategies do skilled performers employ? How can skill performance
become more efficient and effective? • context – When should you use the skill?
Use the space below to brainstorm possible essential questions for important skills.
• When and how should we sample? • What do good readers do when they
don’t understand the text? • How can you hit with greatest power
without losing control?
• When is sampling sometimes better than counting?
• When should you use the various “fix-up” reading strategies?• Why does follow-through matter?
• What makes an appropriate sample? • How do you know that you comprehend
what you are reading?• How is torque applied in sports?
• Why would we want to sample instead of counting everything?
• Why should readers regularly monitor their comprehension?
• How does torque affect power?
examples from:- mathematics
- reading- physical education
© 2011 Jay McTighe and Grant Wiggins 20
Understanding-by Design
Ten Ways to Kill UbD – by design1. Mandate that every teacher must use UbD for ALL of their planning (without sufficient training, on-going support, or some structured planning time).
2. Introduce UbD as this year’s focus (T.Y.N.T. – “this year’s new thing). Such an approach suggests that UbD can be understood and fully implemented in a year (it can’t). In cases where a school or district does a “new thing” each year, staff are unlikely to invest too heavily since “this too shall pass.”
3. Attempt to implement multiple initiatives simultaneously (e.g., Differentiated Instruction, Curriculum Mapping, Marzano’s Strategies that Work, Assessment for Learning, UbD). While such initiatives have merit and naturally connect with one other, each requires time and support to implement well. Biting off too much at one time can overwhelm staff and lead to ineffective implementation of anything.
4. Jumping right into UbD training under the assumption that staff understand the need for UbD and welcome it as a solution to problems that they “own.”
5. Provide a one-day introductory presentation on UbD and assume that teachers now have the understanding and skill to implement it effectively.
6. Send a few persons to attend a UbD conference and expect them to come back and train all the district teachers, especially before they have a chance to “truly” pilot it in their own classrooms. An introductory workshop on UbD is a good starting place but it will not develop training-level expertise.
7. Provide UbD training for teachers, but not for administrators.
8. Begin initial training and implementation of UbD without a long-term professional development plan or strategic means of collecting appropriate data to evaluate how effectively teachers are using UbD.
9. Begin initial training and implementation without built-in support structures or time allotted for unit revisions/reflection or examining student work.
10. Offer initial training without clear expectations or incentives for teachers to use UbD for their curriculum planning.