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James Calleja ©2015

PD: Thinking about Collaboration

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Session guide to support teachers in planning for and using more collaborative work in their mathematics class

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Page 1: PD: Thinking about Collaboration

 

   

James  Calleja     ©2015  

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2   Teaching  and  Learning  Mathematics  through  Inquiry    

Plan  for  the  session    Session  3   Thinking  about  Collaboration    

Task   Topic   Time  

Introduction  Introduction  to  the  topic  of  discussion  What  do  you  expect  to  get  from  today’s  session?  Aims  of  the  session  

¼  h  

Working  on  a  Task  

Collaborative  work  on  the  ‘Human  Tower’  assessment  task   ½  h  

Follow-­‐up  Reflection  

Reflecting  about  your  experience  working  in  a  small-­‐group     ½  h  

Lesson  Video:  Students’  Talk  

Watch  and  discuss  a  video  showing  Year  7  students  discussing  the  ‘Human  Tower’  task  

Dylan  Williams  Video:  Group  goals  ½  h  

Teacher  Concerns    

Obstacles  and  concerns  with  collaborative  work    When  should  I  engage  my  students  in  a  collaborative  activity?  

½  h  

Watching  and  Analyzing  a  Lesson  

Setting  the  ‘ground  rules  for  discussion’  Watching  and  analyzing  a  discussion  lesson  The  teacher’s  role  during  small-­‐group  work  

¾  h  

What  do  we  learn  from  this  

lesson?  

Reflections  and  follow-­‐up  discussion  about  the  classroom  setting,  the  phases  of  the  lesson,  the  teacher’s  role  and  student  learning  

½  h  

       Aims  of  the  session  

For  today’s  session  we  will  have  the  following  aims:  

o To  explore  opportunities  in  which  collaborative  work  may  benefit  student  learning  

o To  reflect  upon  concerns  in  introducing  and  managing  small-­‐group  collaboration  and  discussion  

o To  understand  the  roles  of  students  and  the  teacher  within  a  collaborative  environment  

o To  reflect  critically  on  a  small-­‐group  collaboration  based  lesson  

o To  experience  features  and  aspects  that  promote  effective  small-­‐group  discussion  

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Teaching  and  Learning  Mathematics  through  Inquiry   3    

WORKING  ON  A  TASK  IN  SMALL-­‐GROUPS   20  min      

Work   on   the   ‘Human   Tower’   task   (see   pages   4   and   5),   looking   at   ways   in   which  students  might  try  to  solve  the  problem  posed.  

You  will:  

• First  reflect  on  the  problem  individually     (3  minutes)  

• Then  work  as  a  group  (of  4)  to  solve  the  problem     (12  minutes)  

• Finally  present  your  solutions  to  the  whole  group     (5  minutes)  

 

   REFLECTING  ON  YOUR  EXPERIENCE  WORKING  IN  A  SMALL-­‐GROUP   20  min  

Some  of  the  questions  below  are  adapted  from  the  PRIMAS  PD  materials.  

PD  Module  5:  Students  working  collaboratively  available  online:  www.primas-­‐project.eu  

As  a  whole  group  you  are  asked  to  reflect  on  the  following  questions:  

1. Was  it  helpful  for  you  to  first  have  some  time  to  think  about  the  problem  before  you  discussed  it  in  your  group?  

2. How  would  you  describe  your  role  in  the  group?    

Did  someone  take  over?    

Was  someone  more  of  a  passenger?    

Were  you  given  the  opportunity  to  contribute  your  ideas  to  the  group?    

Did  you  consider  the  alternative  views  of  everyone  in  the  group?  

3. Did  each  member  assume  a  different  role?  Why  do  you  think  this  happened?    

What  role  did  you  assume  while  working  on  the  task?  Did  anyone  decide  about  this?  

4. Did  you  feel  uncomfortable  or  threatened?  If  so,  why?  

5. Did  the  discussion  stay  ‘on  task’  or  were  you  ‘wandering’  at  times?  

6. How  do  you  see  this  collaborative  task  in  your  classroom?      

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4   Teaching  and  Learning  Mathematics  through  Inquiry    

Imagine  your  group  of  friends  is  asked  to  stand  on  each  other’s  shoulders  to  build  a  human  tower  like  the  one  in  the  picture.  

Use  the  measuring  tape  to  fill  in  the  table  below.  

  Name     Height  (m)  

How  high  would  your  tower  be?  

The  challenge  for  your  group  is  to  get  the  most  accurate  calculation.  

So  you  would  need  to  think  about  every  detail.  

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Teaching  and  Learning  Mathematics  through  Inquiry   5    

The  photo  shows  a  ‘CASTELL’.  A  Castell  is  a  human  tower  built  traditionally  in  festivals  by  people  in  Catalonia  (Spain).    Provide  an  estimate  for:  

a) The  number  of  people  involved  in  building  the  castell  shown.  

__________  people  

b) The  height  of  the  human  tower  in  the  picture.  

Height  of  tower  =  __________  m  

__________________________________________________________________________

Fill  in  Group  Members’  Names  

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6   Teaching  and  Learning  Mathematics  through  Inquiry    

LOOKING  AT  STUDENT  TALK  IN  SMALL-­‐GROUP  DISCUSSIONS  

Neil  Mercer   (1995)   identified   three   typical  ways   of   talking   among   students   as   they  work  in  small-­‐groups  –  disputational  talk,  cumulative  talk  and  exploratory  talk.  

 Disputational   talk,   in  which   students   simply   disagree   and   go   on   to  make   individual  decisions,   is   not   beneficial.   Cumulative   talk,   in  which   students   build   uncritically   on  what   each  other  has   said,   is   also  undesirable.   For   true   collaborative  work,   students  need   to   develop   exploratory   talk   consisting   of   critical   and   constructive   exchanges,  where  challenges  are  justified  and  alternative  ideas  are  offered.  The  most  helpful  talk  appears   to   be   that   where   the   participants   work   on   and   elaborate   each   other’s  reasoning   in   a   collaborative,   rather   than   competitive   atmosphere   (PRIMAS,   2011).  Mercer   (1995)   argues   that   in   planning   collaborative   activities   in   the   mathematics  classroom,  we  should  be  aiming  to  promote  exploratory  talk:  

By   incorporating   both   conflict   and   the   open   sharing   of   ideas,   represents   the  more   'visible'   pursuit   of   rational   consensus   through   conversation.  More   than  the  other  two  types,  it  is  like  the  kind  of  talk  which  has  been  found  to  be  most  effective  for  solving  problems  through  collaborative  activity.  (p.  105)  

 

 

 

Reference:  Mercer,  N.  (1995).  The  guided  construction  of  knowledge:  Talk  amongst  teachers  and  learners.  

Clevedon:  Multilingual  Matters.  

PRIMAS  (2011).  Students  Working  Collaboratively:  How  can  we  foster  scientific  discussion?  PD  Module  5:  Students  working  collaboratively.  Available  online  on:  www.primas-­‐project.eu/artikel/en/1221/Professional+development+modules/view.do  

 

ü Disputational  talk    Involves   disagreements   and   individual   rather   than   collective   decision-­‐making.   Exchanges   are   usually   brief   and   consist   of   assertions   or   counter-­‐assertions.  

ü Cumulative  talk    Represents  a  building  of   ideas  based  on  each  other’s  suggestions  aimed  at  providing  a   common  consensus.  Exchanges   in   this   type  of   talk  are  usually  repetitions,  confirmations  and  elaborations  

ü Exploratory  talk    Characterised   by   critical   but   constructive   engagement   with   each   other’s  ideas.   Challenges  are   justified  and   alternatives   suggested.   Joint   agreement  in  decision-­‐making  is  the  end  result.  

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Teaching  and  Learning  Mathematics  through  Inquiry   7    

WATCHING  A  LESSON  VIDEO   10  min  

You  will  now  watch  a  video  of  a  teacher,  Joanne,  using  the   ‘Human  Tower’  task  with  her  Year  7  class.  

Pay  particular  attention   to  how  the  students  work   in   their  groups.  You  are  asked   to  determine  whether  students’  talk  is  more  disputational,  cumulative  or  exploratory.  

You  may  want  to  write  down  some  notes/points  that  you  might  consider  important.  

___________________________________________________________________________________________________  

___________________________________________________________________________________________________  

___________________________________________________________________________________________________  

___________________________________________________________________________________________________  

___________________________________________________________________________________________________  

___________________________________________________________________________________________________  

 

 REFLECTING  ON  STUDENTS’  TALK   15  min  

What  are  your  comments  on  the  lesson?  

Who  generates  the  mathematical  ideas  that  get  discussed?    Who  evaluates  and/or  responds  to  these  ideas?  

In  your  opinion,  do  the  discussions  help  or  hinder  learning?    Can  you  identify  groups  of  students  in  the  video  in  which  this  occurred?  

Would   you   say   that   there   is   evidence   of   disputational,   cumulative   and/or   exploratory  talk  within  the  groups?  

 

 VIDEO:  DEVELOPING  GROUP  GOALS   10  min  

Dylan  Williams  explains  that  collaborative   learning  is  effective  when  teachers  create  ‘group  goals’  –  getting  students  working  as  a  group  rather  than  working  in  a  group.  To   achieve   this,   teachers   need   to   create   two   conditions   for   students   in   their  classrooms:  collective  responsibility  and  individual  accountability.    How  can  students  become  collectively  responsible  and  individually  accountable?  

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8   Teaching  and  Learning  Mathematics  through  Inquiry    

TEACHER  CONCERNS  WITH  IMPLEMENTING  COLLABORATIVE  WORK   15  min    

While  working  in  pairs:  

 

 

   USING  COLLABORATIVE  WORK   15  min    As  a  whole  group,  think  and  share  your  ideas  about  this  question:    

       TEACHING  STUDENTS  HOW  TO  PARTICIPATE  IN  DISCUSSION   30  min    Have  a  look  at  this  scenario!  

Stephan   has   been   teaching   mathematics   for   twelve   years.   He   is   very   enthusiastic  about  teaching  and  likes  to  try  out  new  ideas  in  his  class.  Stephan  has  learned  that  his  students  always  seem  to  lack  conceptual  understanding.  They  seem  to  find  it  hard  to  tackle  the  challenging  problems  that  he  usually  presents  them  with.  This  year  Stephan  is  willing  to  address  this  by  using  collaborative  work  with  his  class.  He  thinks  that  it  would  be  a  good  idea  to  establish  some  ‘ground  rules  for  discussion’  with  his  class.  

What  ‘ground  rules  for  discussion’  would  you  suggest?  

How  would  it  be  best  for  Stephan  to  establish  these  rules?  

How  could  Stephan  use  these  rules  to  engage  students  in  valuable  discussion?  

 

For  which  lessons  may  collaborative  work  be  a  suitable  pedagogy  to  use  in  the  mathematics  class?  

 

• Think  about  potential  obstacles  and  concerns  that  may  hinder  teachers  from  engaging  students  with  collaborative  work.  

• Pick  out  one  particular  concern  that  a  teacher  may  have.  Think  about  how  you  would  respond  to  that.  

• Share  your  choice  together  with  your  response.  

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Teaching  and  Learning  Mathematics  through  Inquiry   9    

Now  let’s  have  a  look  at  Stephan’s  list  of  ground  rules…  

The  list  below  is  taken  from  the  PRIMAS  PD  materials  available  online:  www.primas-­‐project.eu  

 Here  are  some  suggested  'ground  rules'  for  students  to  use  as  they  work  in  groups.  These  could  be  displayed  and  reinforced  over  time.  Maybe  you  could  involve  your  class  in  drawing  up  a  similar  list.    

1.   Give  everyone  in  your  group  a  chance  to  speak  

"Lets  take  it  in  turns  to  say  what  we  think".  "Claire,  you  haven't  said  anything  yet."    

2.   Listen  to  what  people  say   "Don't  interrupt  –  let  Sam  finish".  "I  think  Sam  means  that..."  

3.   Check  that  everyone  else  listens    

"What  did  Sue  just  say?"    "I  just  made  a  deliberate  mistake  –  did  you  spot  it?  

4.   Try  to  understand  what  is  said  

"I  don't  understand.  Can  you  repeat  that?"  "Can  you  show  me  what  you  mean?"  

5.   Build  on  what  others  have  said  

"I  agree  with  that  because..."  "Yes  and  I  also  think  that..."  

6.   Demand  good  explanations   "Why  do  you  say  that?"  "Go  on...  convince  me."  

7.   Challenge  what  is  said   "That  cannot  be  right,  because..."  "This  explanation  isn't  good  enough  yet."        

8.   Treat  opinions  with  respect   "That  is  an  interesting  point."  "We  all  make  mistakes!"    

9.   Share  responsibility   "Let's  make  sure  that  we  are  all  able  to  report  this  back  to  the  whole  class."  

10.   Reach  agreement   "We've  got  the  general  idea,  but  we  need  to  agree  on  how  we  will  present  it."    

   

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10   Teaching  and  Learning  Mathematics  through  Inquiry    

WATCHING  A  DISCUSSION  LESSON  BY  STEPHAN   15  min  

This  15-­‐minute  video  captures  a  40-­‐minute   lesson   in  which  my  Year  7  students   (11  

year-­‐olds)  work  on  an  inquiry-­‐based  task,  dealing  with  properties  of  triangles.  Before  

you  watch  the  video,  I  would  like  to  give  you  some  useful  information  about  my  class.    

The  26  girls  taking  part  are  the  highest  set  class.  They  are,  by  and  large,  considered  to  

be  average  to  high  ability  students.  This   is  not   the   first  experience  that  my  students  

had   working   in   small   groups.   Throughout   the   year,   I   provided   students   with  

numerous  opportunities  of  learning  mathematics  within  a  collaborative  setting.  

The  topic  was  ‘new’  to  the  students  –  in  the  sense  that  I  planned  this  task  to  serve  as  a  

topic   starter.   Students’   prior   knowledge   relied   within   what   they   had   done   and  

recalled  from  the  previous  years,  that  is,  while  they  were  in  primary.  Indeed,  I  knew  

my  students  well  enough  to  believe  that  they  would,  at  least,  be  able  to  remember  the  

names  of  particular  triangles  and  identify  some  basic  properties.  

This  discussion  lesson  highlights  three  main  phases:  

1. Task  Presentation  –  I  first  assess  students’  prior  knowledge  of  triangles  and  then  

explain  the  purpose  of  the  task  –  classifying  triangles  in  a  two-­‐way  table.  

2. Small-­‐Group   Discussion   –   Students   work   in   groups   of   4   to   5   (I   prefer   a  

heterogeneous   group   composition).   I   like   to   define  my   role   as   a   ‘guide   by   the  

side’  as  students  work  on  the  task.  

3. Students   Presentation   –   Students   communicate   their   work   to   the   whole-­‐class  

justifying  their  conclusions.  

 

Enjoy  watching  the  video!  

Stephan    Teacher  of  Mathematics  St  Clare  College,  Malta  

     This  video  is  also  available  on  YouTube.  

Follow  the  link  below:  

http://www.youtube.com/watch?v=dT5NLZ2GQQo&feature=youtu.be    

 

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Teaching  and  Learning  Mathematics  through  Inquiry   11    

ANALYZING  STEPHAN’S  DISCUSSION  LESSON   30  min  

The  list  provide  below  is  taken  from  the  PRIMAS  PD  materials  available  online:  www.primas-­‐project.eu  

THE  TEACHER’S  ROLE  DURING  SMALL-­‐GROUP  DISCUSSION  

Make  the  purpose  of  the  task  clear  

Explain  what  the  task  is  and  how  they  should  work  on  it.  Also,  explain  why  they  should  work  in  this  way.  ‘Don’t  rush,  take  your  time.  The  answers  are  not  the  focus  here.  It’s  the  reasons  for  those  answers  that  are  important.  You  don’t  have  to  finish,  but  you  do  have  to  be  able  to  explain  something  to  the  rest  of  the  class.’  

Keep  reinforcing  the  ‘ground  rules’  

Try  to  ensure  that  students  remember  the  ground  rules  that  were  discussed  at  the  beginning.  Encourage  students  to  develop  a  responsibility  for  each  other’s  understanding.  ‘I  will  pick  one  of  you  to  explain  this  to  the  whole  class  later  –  so  make  sure  all  of  you  understand  it’.  

Listen  before  intervening  

When  approaching  a  group,  stand  back  and  listen  to  the  discussion  before  intervening.  It  is  all  too  easy  to  interrupt  a  group  with  a  predetermined  agenda,  diverting  their  attention  from  the  ideas  they  are  discussing.  This  is  not  only  annoying  and  disruptive  (for  the  group),  it  also  prevents  students  from  concentrating.  

Join  in,  don’t  judge  

Try  to  join  in  as  an  equal  member  of  the  group  rather  than  as  an  authority  figure.  When  teachers  adopt  judgmental  roles,  students  tend  to  try  to  ‘guess  what’s  in  the  teacher’s  head’  rather  than  try  to  think  for  themselves:  ‘Do  you  want  us  to  say  what  we  think,  or  what  we  think  you  want  us  to  say?’  

Ask  students  to  describe,  explain  and  interpret  

The  purpose  of  an  intervention  is  to  increase  the  depth  of  reflective  thought.  Challenge  students  to  describe  what  they  are  doing  (quite  easy),  to  interpret  something  (‘can  you  say  what  that  means?’)  or  to  explain  something  (‘can  you  show  us  why  you  say  that?).  

Make  students  do  the  thinking  

Many  students  are  experts  at  making  their  teachers  do  the  work!  They  know  that  if  they  ‘play  dumb’  long  enough,  then  the  teacher  will  eventually  take  over.  Try  not  to  fall  for  this.  If  a  student  says  that  he  or  she  cannot  explain  something,  ask  another  student  in  the  group  to  explain,  or  ask  the  student  to  choose  some  part  of  the  problem  that  she  can  explain.  Don’t  let  them  off  the  hook!  When  a  student  asks  the  teacher  a  question,  don’t  answer  it  (at  least  straight  away).  Ask  someone  else  in  the  group  to  do  so.  

Don’t  be  afraid  of  leaving  discussions  unresolved.  

Some  teachers  like  to  resolve  discussions  before  they  leave  the  group.  When  the  teacher  leads  the  group  to  the  answer,  then  leaves,  the  discussion  has  ended.  Students  are  left  with  nothing  to  think  about,  or  they  go  on  to  a  different  problem.  It  is  often  better  to  reawaken  interest  with  a  further  interesting  question  that  builds  on  the  discussion  and  then  leave  the  group  to  discuss  it  alone.  Return  some  minutes  later  to  find  out  what  has  been  decided.  

 

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12   Teaching  and  Learning  Mathematics  through  Inquiry    

QUESTIONS  FOR  ANALYZING  STEPHAN’S  DISCUSSION  LESSON    

Think  and  talk  about  the  following:  

• How  does  the  teacher  introduce  the  lesson?    

• Does  he  emphasise  specific  ground  rules  for  discussion  during  the  lesson?  Why,  do  you  think,  he  did/didn’t  do  that?  

• What   is   the   teacher’s   role   during   each   the   three  phases   of   the   lesson?  Does  his  role  change?  How?  

• How  does  the  teacher  assist  students  during  the  small-­‐group  activity?  

• To   what   extent,   do   you   think,   was   setting   students   to   work   in   heterogeneous  groups  of  4  to  5  students  beneficial?  

• In  your  opinion,  what  works  and  what  would  you  improve?              ADDITIONAL  MATERIAL    

There  is  a  very  good  video  that  demonstrates  how  teachers  may  set  up  a  collaborative  learning  community  in  their  classroom.  

Click  the  link  below.  It  is  worth  watching!  

http://www.youtube.com/watch?v=kZxNldBEU6o      

Page 13: PD: Thinking about Collaboration

Teaching  and  Learning  Mathematics  through  Inquiry   13    

SESSION  EVALUATION   10  min  

Ø Briefly  describe  your  experience  during  today’s  session.  

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Ø What  did  you  feel  un/comfortable  doing  during  the  session?  

Comfortable:  ___________________________________________________________________________________  

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Uncomfortable:  ________________________________________________________________________________  

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Ø I  used  to  think...  but  now  I  know…  

I  used  to  think  __________________________________________________________________________________  

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Now  I  know  ____________________________________________________________________________________  

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Ø What  will  you  take  with  you  and  try  to  implement  in  your  class?  

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Ø Any  other  comments/suggestions  that  you  would  like  to  add.  

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Thank  you  for  your  participation  and  reflections.