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Formative Assessment in Science and Mathematics Education © Centre for Research in Mathematics Education, University of Nottingham 2014 1 BUILDING ON WHAT STUDENTS’ PRIOR KNOWLEDGE How can I respond to students in ways that improve their learning? Introduction Mathematics teaching assumes that students do not arrive at sessions as ‘blank slates’, but as actively thinking people with a wide variety of skills and conceptions. Research shows that teaching is more effective when it assesses and uses prior learning so that the teaching may be adapted to the needs of students (Black & Wiliam, 1998). Prior learning may be uncovered through any activity that offers students opportunities to express their understanding and reasoning. It does not require more testing. For example, it can take the form of a single written question given at the beginning of a session to elicit a range of explanations that may then be discussed. This process, often referred to as formative assessment, may be defined as: "… all those activities undertaken by teachers, and by their students in assessing themselves, which provide information to be used as feedback to modify the teaching and learning activities in which they are engaged. Such assessment becomes ‘formative assessment’ when the evidence is actually used to adapt the teaching work to meet the needs." (Black & Wiliam, 1998 para, 91) This module considers the different ways this can be done and focuses on the following questions: How can problems be used to assess performance? How can this assessment be used to promote learning? What kinds of feedback are most helpful for students and which are unhelpful? How can students become engaged in the assessment process? Activities Activity A: Introducing formative assessment.................................................................................... 3 Activity B: Teachers' own experiences of formative assessment ....................................................... 4 Activity C: Principles for formative assessment ................................................................................. 6 Activity D: Analyse students’ responses to problemsolving tasks .................................................... 8 Activity E: Analyse students’ responses to conceptfocused tasks .................................................. 10 Activity F: Observe formative assessment in action......................................................................... 12 Activity G: Plan and report back on an assessment lesson .............................................................. 13 Activity H: Consider the effects of feedback on student learning .................................................... 14 Acknowledgement: In preparing this material, we acknowledge the permissions given by the Bowland Charitable Trust to adapt the professional development resources, Bowland Maths, that they had previously funded us to produce for the UK. This includes many of the handouts and most of the video extracts. Additional resources were also adapted from Improving Learning in Mathematics, a government funded program in the UK. The original sources are: Swan, M; Pead, D (2008). Professional development resources. Bowland Maths Key Stage 3, Bowland Trust/ Department for Children, Schools and Families. Obtainable in the UK from: http://www.bowlandmaths.org.uk. Swan, M; (2005). Improving Learning in Mathematics, challenges and strategies, Department for Education and Skills Standards Unit. Obtainable in the UK from http://tlp.excellencegateway.org.uk/pdf/Improving_learning_in_maths.pdf

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Formative Assessment in Science and Mathematics Education

© Centre for Research in Mathematics Education, University of Nottingham 2014 1  

BUILDING  ON  WHAT  STUDENTS’  PRIOR  KNOWLEDGE    

How  can  I  respond  to  students  in  ways  that  improve  their  learning?      

Introduction  

Mathematics  teaching  assumes  that  students  do  not  arrive  at  sessions  as  ‘blank  slates’,  but  as  actively  thinking  people  with  a  wide  variety  of  skills  and  conceptions.  Research  shows  that  teaching  is  more  effective  when  it  assesses  and  uses  prior  learning  so  that  the  teaching  may  be  adapted  to  the  needs  of  students  (Black  &  Wiliam,  1998).  Prior  learning  may  be  uncovered  through  any  activity  that  offers  students  opportunities  to  express  their  understanding  and  reasoning.  It  does  not  require  more  testing.  For  example,  it  can  take  the  form  of  a  single  written  question  given  at  the  beginning  of  a  session  to  elicit  a  range  of  explanations  that  may  then  be  discussed.  This  process,  often  referred  to  as  formative  assessment,  may  be  defined  as:    

"…  all  those  activities  undertaken  by  teachers,  and  by  their  students  in  assessing  themselves,  which  provide  information  to  be  used  as  feedback  to  modify  the  teaching  and  learning  activities  in  which  they  are  engaged.  Such  assessment  becomes  ‘formative  assessment’  when  the  evidence  is  actually  used  to  adapt  the  teaching  work  to  meet  the  needs."  (Black  &  Wiliam,  1998  para,  91)  

This  module  considers  the  different  ways  this  can  be  done  and  focuses  on  the  following  questions:  

• How  can  problems  be  used  to  assess  performance?  • How  can  this  assessment  be  used  to  promote  learning?    • What  kinds  of  feedback  are  most  helpful  for  students  and  which  are  unhelpful?  • How  can  students  become  engaged  in  the  assessment  process?  

 

Activities  Activity  A:   Introducing  formative  assessment  ....................................................................................  3  Activity  B:   Teachers'  own  experiences  of  formative  assessment  .......................................................  4  Activity  C:   Principles  for  formative  assessment  .................................................................................  6  Activity  D:   Analyse  students’  responses  to  problem-­‐solving  tasks  ....................................................  8  Activity  E:   Analyse  students’  responses  to  concept-­‐focused  tasks  ..................................................  10  Activity  F:   Observe  formative  assessment  in  action  .........................................................................  12  Activity  G:   Plan  and  report  back  on  an  assessment  lesson  ..............................................................  13  Activity  H:   Consider  the  effects  of  feedback  on  student  learning  ....................................................  14        Acknowledgement:  In  preparing  this  material,  we  acknowledge  the  permissions  given  by  the  Bowland  Charitable  Trust  to  adapt  the  professional  development  resources,  Bowland  Maths,  that  they  had  previously  funded  us  to  produce  for  the  UK.    This  includes  many  of  the  handouts  and  most  of  the  video  extracts.  Additional  resources  were  also  adapted  from  Improving  Learning  in  Mathematics,  a  government  funded  program  in  the  UK.  The  original  sources  are:  Swan,  M;  Pead,  D  (2008).  Professional  development  resources.  Bowland  Maths  Key  Stage  3,  Bowland  Trust/  Department  for  Children,  Schools  and  Families.  Obtainable  in  the  UK  from:    http://www.bowlandmaths.org.uk.  Swan,  M;  (2005).  Improving  Learning  in  Mathematics,  challenges  and  strategies,  Department  for  Education  and  Skills  Standards  Unit.  Obtainable  in  the  UK  from  http://tlp.excellencegateway.org.uk/pdf/Improving_learning_in_maths.pdf  

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Formative Assessment in Science and Mathematics Education

© Centre for Research in Mathematics Education, University of Nottingham 2014 2  

Related  research  to  help  your  planning  for  this  module.        

Black,  P.,  &  Wiliam,  D.  (1998).  Inside  the  black  box:  raising  standards  through  classroom  assessment.  King's  College  London  School  of  Education.    Now  published  by  GL  Assessment:  http://shop.gl-­‐assessment.co.uk  

 This  short  booklet  offers  a  summary  of  the  extensive  research  literature  into  formative  assessment.  It  shows  that  there  is  clear  evidence  that  improving  formative  assessment  raises  standards,  and  offers  evidence  showing  how  formative  assessment  may  be  improved.  This  booklet  is  essential  reading  for  all  teachers.    

   

Black,  P.,  &  Harrison,  C.  (2002).  Working  inside  the  black  box:  Assessment  for  learning  in  the  classroom.  King's  College  London  School  of  Education.    Now  published  by  GL  Assessment:  http://shop.gl-­‐assessment.co.uk  In  this  booklet,  the  authors  describe  a  project  with  teachers  in  which  they  studied  practical  ways  of  implementing  formative  assessment  strategies  and  the  effect  this  had  on  learning.  The  section  on  feedback  and  marking  (pages  8-­‐9)  are  particularly  relevant  to  this  module.    

   

Black,  P.,  Harrison,  C.,  Lee,  C.,  Marshall,  B.,  &  Wiliam,  D.  (2003).  Assessment  for  learning:  Putting  it  into  practice.  Buckingham:  Open  University  Press.  

 This  book  gives  a  fuller  account  of  the  earlier  booklets  Inside  the  black  box  and  Working  inside  the  black  box.  It  discusses  four  types  of  action:  questioning,  feedback  by  marking,  peer-­‐  and  self-­‐assessment  and  the  formative  use  of  summative  tests.  The  section  on  feedback  and  marking  (pages  42-­‐49)  is  particularly  relevant  to  this  module,  while  the  section  on  peer  and  self-­‐assessment  (pp  49-­‐53)  is  relevant  for  the  next  CPD  module.    

   Hodgen,  J.,  &  Wiliam,  D.  (2006).  Mathematics  inside  the  black  box.  King's  

College  London  School  of  Education.  Now  published  by  GL  Assessment:  http://shop.gl-­‐assessment.co.uk  

    This  booklet  applies  the  above  findings  specifically  to  Mathematics.  

It  considers  some  principles  for  Mathematics  learning,  choice  of  activities  that  promote  challenge  and  dialogue,  questioning  and  listening,  peer  discussion,  feedback  and  marking,  and  self  and  peer  assessment.  This  booklet  is  essential  reading  for  all  mathematics  teachers.    

       

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Formative Assessment in Science and Mathematics Education

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ACTIVITY  A:  INTRODUCING  FORMATIVE  ASSESSMENT  

Minimum  time  needed:  10  minutes.    

 The  different  types  and  purposes  of  assessment.    Invite  participants  to  discuss  the  following  issues:      

• Why  do  you  assess  students?    • What  different  purposes  do  your  assessments  serve?  Make  a  list.  

   Their  list  of  reasons  might  include:  diagnosing  difficulties;  celebrating  achievement;  motivating  students;  selecting  students  for  classes;  maintaining  records  to  keep  teachers  and  parents  informed  of  progress;  to  assess  teaching  methods.      To  summarize,  there  are  two  main  purposes  of  assessment:  

• Summative  assessment  -­‐  to  summarise  and  record  overall  achievement  at  the  end  of  a  course,  for  promotion  and  certification.  Most  ‘high  stakes’  tests  and  external  examinations  are  designed  for  this  purpose.  Summative  assessment  is  also  used  to  evaluate  the  relative  effectiveness  of  a  particular  course,  teaching  method,  or  even  an  institution.    

• Formative  assessment  –  to  recognise  achievements  and  difficulties  at  the  beginning  or  during  a  course,  so  that  teachers  and  students  can  take  appropriate  action.  This  type  of  assessment  forms  an  integral  part  of  all  learning.  

 The  potential  of  formative  assessment  to  improve  learning.    Briefly  mention  the  research  evidence  that  sets  out  the  case  for  formative  assessment.  This  is  summarised  by  Black  and  Wiliam  in  several  accessible  publications  for  teachers  (see  opposite),  most  of  which  are  freely  downloadable  on  the  internet.  These  researchers  set  out  to  find  out  whether  or  not  improving  formative  assessment  improves  learning.  “We  checked  many  books  and  nine  years'  worth  of  more  than  160  journals,  and  earlier  reviews  of  research.  This  process  yielded  580  articles  or  chapters  to  study.  We  prepared  a  review  using  material  from  250  of  these  sources.  All…  studies  show  that…  strengthening…  formative  assessment  produces  significant,  and  often  substantial,  learning  gains.  These  studies  range  over  ages,  across  several  school  subjects,  and  over  several  countries…”  (Black  and  Wiliam,  1998).1    This  module  will  examine  the  implementation  of  formative  assessment,  based  on  this  and  other  research.  A  second  module  will  explore  the  role  of  self  and  peer  assessment.    

                                                                                                                         1  Paul  Black  and  Dylan  Wiliam,  "Assessment  and  Classroom  Learning,"  Assessment  in  Education,  March  1998,  pp.  7-­‐74.  

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Formative Assessment in Science and Mathematics Education

© Centre for Research in Mathematics Education, University of Nottingham 2014 4  

 ACTIVITY  B:  TEACHERS'  OWN  EXPERIENCES  OF  FORMATIVE  ASSESSMENT    

Minimum  time  needed:  10  minutes.    

What  do  teachers  know  about  their  students  and  what  consequential  action  do  they  take?      Ask  participants  to  work  in  pairs,  considering  the  following  questions.        

• Think  of  two  students  in  your  class,  one  who  is  particularly  strong  and  one  who  is  finding  the  work  very  difficult.  Take  it  in  turns  to  describe  the  students'  strengths  and  difficulties  to  your  partner,  in  as  much  detail  as  possible.  

• How  did  you  become  aware  of  these  strengths  and  difficulties?  On  what  evidence  do  you  base  your  judgements?  Test  results?  Memories  of  oral  responses  during  lessons?  Observations  of  the  student  working?  Written  work?    

• In  what  ways  do  your  assessments  of  these  students  affect  your  lesson  planning?    Give  examples.      

 What  difficulties  do  teacher  encounter?    Issue  participants  with  copies  of  Handout  1:  Difficulties  with  formative  assessment.        

• How  far  are  the  criticisms  on  the  handout  valid  in  your  context?    • If  any  are,  then  what  may  be  done  about  them?  

 

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Formative Assessment in Science and Mathematics Education

© Centre for Research in Mathematics Education, University of Nottingham 2014 5  

 

Handout  1     Difficulties  with  formative  assessment    

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1 Black, P., & Wiliam, D. (1998). Inside the black box : raising standards through classroom assessment. London: King's College London School of Education 1998.

 

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Formative Assessment in Science and Mathematics Education

© Centre for Research in Mathematics Education, University of Nottingham 2014 6  

ACTIVITY  C:  PRINCIPLES  FOR  FORMATIVE  ASSESSMENT  

Minimum  time  needed:  20  minutes.    

Issue  participants  with  a  copy  of  Handout  2.  The  ideas  presented  here  are  all  drawn  from  research  into  formative  assessment.          

• Bearing  in  mind  the  difficulties  discussed  in  Activity  B,  how  would  you  suggest  that  your  formative  assessment  practices  be  improved?  

• Discuss  the  principles  outlined  on  Handout  2.    o Which  of  these  do  you  currently  use  in  your  own  teaching?    o Which  do  you  find  most  difficult?  Why?  

• What  other  principles  do  you  think  are  important?    

    Issue  copies  of  Handout  3.      

 "It's  all  very  well  telling  us  to  assess  our  students,  but  how  can  a  busy  teacher  know  what  is  going  on  inside  30  individual  heads?"  

• How  would  you  answer  this  teacher?    • What  strategies  do  you  have  for  finding  out  what  

students  are  thinking  in  your  lessons?  • Discuss  the  suggestions  shown  on  Handout  3.  • Suggest  some  further  strategies  for  making  reasoning  

more  evident.    

 

 The  two  strategies  described  on  Handout  3  may  help  to  make  reasoning  more  'visible'.        Mini-­‐whiteboards  are  an  indispensable  resource  for  the  following  reasons:  

• When  students  hold  their  ideas  up  to  the  teacher,  it  is  possible  to  see  at  a  glance  what  every  student  thinks.    

• During  whole  class  discussions,  they  allow  the  teacher  to  ask  new  kinds  of  question  (typically  beginning:  ‘Show  me  an  example  of....’).    

• They  allow  students  to,  simultaneously,  present  a  range  of  written  and/or  drawn  responses  to  the  teacher  and  to  each  other.    

 Posters  are  also  a  powerful  way  of  helping  students  to  externalise  their  thinking.  This  use  does  not  require  'polished',  'complete',  'attractive'  products  but  rather  theey  should  be  seen  as  working  documents.  Perhaps  the  simplest  way  of  using  a  poster  is  for  students  to  solve  a  problem  collaboratively,  explaining  the  thought  processes  involved  at  every  step.  A  second  use  of  posters  is  to  find  out  what  they  already  know  about  a  given  topic.  In  the  diagram  shown  on  Handout  2,  the  teacher  asked  students  to  write  down  all  they  knew  about  y=2x-­‐6.  As  a  class,  the  diagram  was  developed  on  the  whiteboard.  Students  were  then  given  a  variety  of  equations  (the  level  of  challenge  was  varied  appropriately)  and  were  asked  to  produce  their  own  poster.  The  discussion  enabled  the  teacher  to  assess  how  much  learners  knew  about  equations  and  how  well  they  were  able  to  link  the  ideas  together.  

Page 7: 0 Building on prior knowledge guide - Wikispaces on prior... · • How!did!you!become!aware!of!these!strengths!and!difficulties ... (difficulties(doteacher(encounter?(! ... • Suggest!somefurther!strategies!for!making

Formative Assessment in Science and Mathematics Education

© Centre for Research in Mathematics Education, University of Nottingham 2014 7  

 

Handout  2:  Principles  for  formative  assessment  !! ! !

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Formative assessment may be defined as:

"… all those activities undertaken by teachers, and by their students in assessing themselves, which provide information to be used as feedback to modify the teaching and learning activities in which they are engaged. Such assessment becomes ‘formative assessment’ when the evidence is actually used to adapt the teaching work to meet the needs." (Black & Wiliam, 1998 para, 91)

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Handout  3:   Making  reasoning  visible.  !! ! !

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Page 8: 0 Building on prior knowledge guide - Wikispaces on prior... · • How!did!you!become!aware!of!these!strengths!and!difficulties ... (difficulties(doteacher(encounter?(! ... • Suggest!somefurther!strategies!for!making

Formative Assessment in Science and Mathematics Education

© Centre for Research in Mathematics Education, University of Nottingham 2014 8  

ACTIVITY  D:  ANALYSE  STUDENTS’  RESPONSES  TO  PROBLEM-­‐SOLVING  TASKS  

Minimum  time  needed:  20  minutes    Handout  4  presents  three  problems  together  with  four  student  responses  on  each.  The  tasks  are:  Counting  Trees,  Cats  and  Kittens,  Security  Cameras.      

• Read  through  all  three  tasks  then  choose  one  task  that  will  be  most  suitable  for  a  class  you  will  soon  teach.  If  you  are  working  on  this  module  in  a  group,  it  will  be  helpful  if  each  participant  chooses  the  same  problem,  as  this  will  facilitate  the  follow-­‐up  discussion.  

 • Consider  the  four  student  responses.  What  does  each  student’s  response  tell  you  about  his  

or  her  capacity  to  use  each  of  the  processes:  represent,  analyse,  interpret  and  evaluate,  communicate  and  reflect?  

   Handout  5  offers  some  comments  on  students’  responses  to  each  of  the  tasks.      

• If  you  were  the  teacher  of  these  students,  what  feedback  would  you  give  them,  to  help  them  improve  their  responses?  Try  to  frame  this  help  in  the  form  of  oral  questions  you  could  ask  in  the  classroom.  You  may  find  it  helpful  to  refer  to  the  generic  questions  given  on  Handout  6.      

• Watch  the  video  of  three  teachers  discussing  the  feedback  they  gave  on  the  three  problems.    

 

   

Page 9: 0 Building on prior knowledge guide - Wikispaces on prior... · • How!did!you!become!aware!of!these!strengths!and!difficulties ... (difficulties(doteacher(encounter?(! ... • Suggest!somefurther!strategies!for!making

Formative Assessment in Science and Mathematics Education

© Centre for Research in Mathematics Education, University of Nottingham 2014 9  

 

Handout  4:     Assessment  tasks  and  sample  responses    

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Handout  5:     Improving  students'  responses  through  questioning    !! ! !

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What questions could you ask Laura that would help her improve her response?

Sample response: Jenny

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What questions could you ask Jenny that would help her improve her response?

Sample response: Woody

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What questions could you ask Woody that would help him improve his response?

Sample response: Amber

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What questions could you ask Amber that would help her improve her response?

!  

Handout  6:     Suggestions  for  questions    !! ! !

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!  

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Formative Assessment in Science and Mathematics Education

© Centre for Research in Mathematics Education, University of Nottingham 2014 10  

 ACTIVITY  E:   ANALYSE  STUDENTS’  RESPONSES  TO  CONCEPT-­‐FOCUSED  TASKS  

Minimum  time  needed:  20  minutes    On  Handout    7,  we  present  four  mathematical  topics  and  some  sample  student  work  on  each  one.    Ask  participants  to  assess  each  response  and  try  to  identify  the  reasoning  that  lies  behind  each  one.        

• What  does  the  student  appear  to  understand?  Where  is  your  evidence?  • List  the  errors  and  difficulties  that  are  revealed  by  each  response.    • Try  to  identify  the  thinking  that  lies  behind  each  error.    • What  feedback  would  you  give  to  each  student?  

 There  are  two  common  ways  of  reacting  to  pupils'  errors  and  misconceptions:    (i)  Avoid  them  whenever  possible:  "If  I  warn  pupils  about  the  misconceptions  as  I  teach,  they  are  less  likely  to  happen.  Prevention  is  better  than  cure."    (ii)  Use  them  as  learning  opportunities:  "I  actively  encourage  pupils  to  make  mistakes  and  learn  from  them.  

• What  is  your  view?    

 Routine  practice  on  standard  problems  does  little  to  help  students  overcome  common  mistakes  and  misconceptions  in  mathematics.  This  is  particularly  true  when  teachers  try  to  avoid  difficulties  arising  by  beginning  each  lesson  with  explanations  and  demonstrations  and  following  this  with  carefully  graded  questions.    Handout  8  is  a  one  page  research  review  by  Askew  and  Wiliam.  This  describes  some  research  that  was  conducted  in  Britain  over  the  past  30  years  on  dealing  with  student  errors  and  difficulties.      What  do  teachers  feel  about  the  dilemmas  presented  in  this  paper?  -­‐  is  it  possible  to  present  examples  where  rules  do  not  work?    -­‐  do  teachers  share  the  view  that  it  is  counter-­‐productive  to  teach  simpler  examples  before  more  complex  examples?  

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Formative Assessment in Science and Mathematics Education

© Centre for Research in Mathematics Education, University of Nottingham 2014 11  

Handout  7:   Assessment  tasks  and  sample  responses  for  concepts    

!! ! !

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Formative Assessment in Science and Mathematics Education

© Centre for Research in Mathematics Education, University of Nottingham 2014 12  

ACTIVITY  F:   OBSERVE  FORMATIVE  ASSESSMENT  IN  ACTION  

Time  needed:  15  minutes.      

In  this  activity,  you  are  provided  with  video  extracts  of  Andrew,  Dominic  and  Amy  exploring  how  formative  assessment  may  be  used  to  promote  students  learning.  They  are  using  the  three  tasks  from  Activity  D.      In  an  earlier  lesson,  these  teachers  had  asked  students  to  sit  in  different  places  and  attempt  one  of  the  tasks  individually,  with  no  help.  They  then  collected  in  their  students'  responses,  assessed  the  work  qualitatively  and  prepared  written  feedback  in  the  form  of  questions.  The  film  clips  you  are  about  to  see  are  taken  from  the  follow-­‐up  lesson.  Students  have  returned  to  their  normal  places  and  most  have  solutions  that  are  different  to  those  of  their  partners.        Watch  the  video  and  consider:    

• What  different  kinds  of  assessment  can  you  see?  • What  is  the  purpose  of  each  kind  of  assessment?  • What  do  both  the  teachers  and  students  learn?  

 In  the  video,  you  will  see:    

• Andrew  exploring  how  students  respond  to  his  feedback  on  the  "counting  trees"  problem;  • Amy  listening  to,  then  questioning  individuals  as  they  try  to  share  their  ideas  and  produce  

joint  solutions  to  the  "security  camera"  problem;  • Dominic  listening  to  presentations  from  students  on  their  methods  and  reasoning  for  the  

"cats  and  kittens"  problem;  • Amy  concluding  her  lesson  by  asking  students  to  describe  how  they  have  used  her  feedback  

to  improve  their  work.    

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Formative Assessment in Science and Mathematics Education

© Centre for Research in Mathematics Education, University of Nottingham 2014 13  

ACTIVITY  G:  PLAN  AND  REPORT  BACK  ON  AN  ASSESSMENT  LESSON    

Minimum  time  needed:     30  minutes  before  the  lesson           20  minutes  for  the  pre-­‐lesson  assessment           30  minutes  to  prepare  feedback           60  minutes  for  the  lesson           15  minutes  for  reporting  back    

Planning  the  lesson    Plan  your  own  lesson  using  one  of  the  problems.      

• Plan  a  time  for  students  to  tackle  the  problem  on  their  own  without  help.    

• Plan  how  you  will  assess  this  work,  give  feedback  and  conduct  a  follow  up  lesson.    

• Collect  samples  of  students'  work  to  show  how  their  thinking  has  changed.  These  will  be  discussed  at  the  follow-­‐up  session.  

 To  help  your  planning,  you  may  now  like  to  watch  one  of  the  three  10-­‐minute  videos  that  show  Andrew,  Dominic  and  Amy  teaching  the  three  problems  from  Activity  D.  They  are  each  following  the  lesson  plan  on  Handout  9.  

 Andrew's  lesson  

 Dominic's    lesson  

 Amy's  lesson  

 The  pattern  of  activities  on  handout  9  is  as  follows:  

• Give  the  problem  before  the  lesson  and  ask  students  to  attempt  it.  (20  minutes)  

• Collect  in  the  work  and  prepare  some  constructive,  qualitative    feedback.    

• In  the  follow-­‐up  lesson,  reintroduce  the  problem  to  the  class.  (5  minutes)  

• Students  work  alone,  responding  to  the  feedback  using  mini  whiteboards.  (5  minutes)  

• Students  work  in  pairs  to  improve  their  solutions.  (10  minutes)  • Students  share  their  approaches  with  the  class.  (15  minutes)  • Students  continue  with  the  problem  or  extend  the  problem.  (20  

minutes)  

 Handout  9:  A  formative  assessment  lesson  plan  !! ! !

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!    Reporting  back  on  the  lesson  After  you  have  taught  the  lesson,  reflect  on  what  happened  with  a  group  of  colleagues.    Take  it  in  turns  to  share  stories  of  the  assessment  strategies  you  used.      

• How  did  you  collect  and  assess  evidence  of  your  students'  work?  • What  did  you  learn  from  this  evidence?    • What  did  students  learn  from  the  follow-­‐up  lesson?  • What  are  the  implications  for  you  mathematics  teaching  more  generally?  

   

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Formative Assessment in Science and Mathematics Education

© Centre for Research in Mathematics Education, University of Nottingham 2014 14  

 ACTIVITY  H:  CONSIDER  THE  EFFECTS  OF  FEEDBACK  ON  STUDENT  LEARNING  

Time  needed:  20  minutes.      

So  far  we  have  focused  on  the  teachers’  role  in  providing  assessment  feedback  to  students.  In  this  activity  we  will  consider  the  use  students  make  of  different  types  of  feedback  and  the  impact  this  has  on  their  learning.      Watch  the  video  of  Andrew's  students  as  they  discuss  the  impact  of  assessment  feedback  on  their  learning.  

• Which  of  their  comments  strike  you  as  particularly  perceptive  and  important?  

• What  are  the  implications  of  their  comments?      

 Handout  9  presents  some  results  of  research  from  Black  and  Wiliam  (1998)  into  the  relative  merits  of  feeding  back  assessment  information  to  students  in  different  forms.  In  particular  it  compares  the  effects  of  feeding  back  quantitative  information  in  the  form  of  marks,  levels  and  rankings  with  the  effects  of  offering  qualitative  information  in  the  form  of  specific,  content-­‐focused  feedback.      Compare  the  students'  comments  with  the  research  quotes  given  on  Handout  9.    The  dangers  of  giving  marks,  levels,  rewards  and  rankings  

• What  are  the  implications  of  this  for  your  practice?  • What  would  happen  if  you  stopped  giving  marks  or  levels  on  pupils’  work?    • Why  are  so  many  teachers  resistant  to  making  this  change?  

 The  advantages  of  giving  clear,  specific,  content-­‐focused  feedback  

• What are the implications of this for your practice? • Does this kind of feedback necessarily take much longer to give?

   Research  shows  that  students  benefit  most  from  feedback  that:  •   Focuses  on  the  task,  not  on  grades  or  scores.  •   Is  detailed  rather  than  general.  •   Explains  why  something  is  right  or  wrong.  •   Is  related  to  objectives  •   Makes  clear  what  has  been  achieved  and  what  has  not  •   Suggests  what  the  student  may  do  next  •   Offers  specific  strategies  for  improvement      Conclude  this  module  by  discussing  some  ways  of  applying  what  you  have  learned  in  this  PD  module  to  the  other  mathematics  lessons  that  you  teach.    

• How  could  you  involve  pupils  in  improving  your  assessment  practices?    

Page 15: 0 Building on prior knowledge guide - Wikispaces on prior... · • How!did!you!become!aware!of!these!strengths!and!difficulties ... (difficulties(doteacher(encounter?(! ... • Suggest!somefurther!strategies!for!making

Formative Assessment in Science and Mathematics Education

© Centre for Research in Mathematics Education, University of Nottingham 2014 15  

 

Handout  9:  The  effects  of  feedback  on  student  learning      

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