Why emphasise formative assessment Mantz Yorke Queens University

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Why emphasise formative assessment? Mantz Yorke Queen’s University Belfast 25 February 2005

Why emphasise formative assessment? Mantz Yorke Queen’s University Belfast 25 February 2005

Formative assessment … implies no more (and no less) than a discerning judgement about

Formative assessment … implies no more (and no less) than a discerning judgement about [a] learner’s progress; it is ‘on-going’ in the sense that it goes on all the time; and it is formative in so far as its purpose is forward-looking, aiming to improve future learning (as distinct from the retrospective nature of summative assessment). Greenwood et al. (2001, p. 109)

A typology of formative assessment From Teachers Peers Others Self Formal Informal Probably the

A typology of formative assessment From Teachers Peers Others Self Formal Informal Probably the main approach in HE Where circumstances permit Via peer assessment Over coffee or in activities the bar Problems if assessor In work-based is mentor, supervisor situations Only if an assessment. Where student is requirement acting self-critically

A typology of formative assessment From Teachers Peers Others Self Formal Informal Probably the

A typology of formative assessment From Teachers Peers Others Self Formal Informal Probably the main approach in HE Where circumstances permit Via peer assessment Over coffee or in activities the bar Problems if assessor In work-based is mentor, supervisor situations Only if an assessment. Where student is requirement acting self-critically

Towards greater autonomy From Teachers Peers Others Self Formal Informal Probably the main approach

Towards greater autonomy From Teachers Peers Others Self Formal Informal Probably the main approach in HE Where circumstances permit Via peer assessment Over coffee or in activities the bar Problems if assessor In work-based is mentor, supervisor situations Only if an assessment. Where student is requirement acting self-critically

Formative assessment Black and Wiliam’s meta-analysis showed a size effect of 0. 7 …

Formative assessment Black and Wiliam’s meta-analysis showed a size effect of 0. 7 … formative assessment does improve learning … The gains in achievement [are] among the largest ever reported for educational interventions. Black and Wiliam (1998, p. 61)

However, there are weaknesses. . .

However, there are weaknesses. . .

Weaknesses (Subject Review) In 49 per cent of cases, marking systems could be improved

Weaknesses (Subject Review) In 49 per cent of cases, marking systems could be improved particularly in respect of feedback to students. This sometimes lacked a critical edge, gave few helpful comments and failed to indicate to students ways in which improvement could be made. QAA (2001, para 28: Subject overview report, Education)

Weaknesses (Subject Review etc. ) In 49 per cent of cases, marking systems could

Weaknesses (Subject Review etc. ) In 49 per cent of cases, marking systems could be improved particularly in respect of feedback to students. This sometimes lacked a critical edge, gave few helpful comments and failed to indicate to students ways in which improvement could be made. QAA (2001, para 28: Subject overview report, Education) See also QAA (2004) Learning from Subject Review and Learning from higher education in further education colleges in England

Weaknesses (Foundation Degrees) Students of about one-half of the programmes experience some variation in

Weaknesses (Foundation Degrees) Students of about one-half of the programmes experience some variation in the quality of written formative feedback. It is not always clear to students how their assessed work could be improved. In five cases review teams highlight this as a serious problem. QAA (2003, para 56: Review of 33 Foundation Degrees)

A challenge for modularity Traditional programme based on year-long units Learning Form Asst Learning

A challenge for modularity Traditional programme based on year-long units Learning Form Asst Learning Summ Asst Modular programme based on semesters Learning Summ Asst Formative Assessment? Learning Academic year Summ Asst

Formative assessment • is a more complex matter than some may appreciate • can

Formative assessment • is a more complex matter than some may appreciate • can be construed as a signalling system • has an important personal dimension

Teacher characteristics Subject structure Program specification Assessment task Assessor interprets Grade, feedback Criteria Student’s

Teacher characteristics Subject structure Program specification Assessment task Assessor interprets Grade, feedback Criteria Student’s self-theories, general development Student interprets Tutor/assessor Student performs Student interprets Tutor/assessor’s self-learning

The virtue of small steps … I found having large blocks of work without

The virtue of small steps … I found having large blocks of work without assessment difficult – you don’t know if you are grasping it or not until exam time! Assignments weekly would be better from my point of view. [Female in her 30 s, pursuing a science-based FD programme]

The virtue of small steps … The less individuals believe in themselves, the more

The virtue of small steps … The less individuals believe in themselves, the more they need explicit, proximal, and frequent feedback of progress that provides repeated affirmations of their growing capabilities. Bandura (1997, p. 217)

… and of supportive feedback Students observed that feedback was given in such a

… and of supportive feedback Students observed that feedback was given in such a way that they did not feel it was rejecting or discouraging. . . [and] that feedback procedures assisted them in forming accurate perceptions of their abilities and establishing internal standards with which to evaluate their own work Mentkowski and Associates (2000, p. 82)

Optimising formative assessment Institution and Department • Culture of support for student learning •

Optimising formative assessment Institution and Department • Culture of support for student learning • General approach to learning, teaching, assessment

Optimising formative assessment Institution and Department • Culture of support for student learning •

Optimising formative assessment Institution and Department • Culture of support for student learning • General approach to learning, teaching, assessment • Programme structures and assessment regulations

Optimising formative assessment Institution and Department • Culture of support for student learning •

Optimising formative assessment Institution and Department • Culture of support for student learning • General approach to learning, teaching, assessment • Programme structures and assessment regulations • Quality assurance and enhancement

Optimising formative assessment Institution and Department • Culture of support for student learning •

Optimising formative assessment Institution and Department • Culture of support for student learning • General approach to learning, teaching, assessment • Programme structures and assessment regulations • Quality assurance and enhancement Individuals and groups of teachers • Following through the implications of the ‘signalling system’

Optimising formative assessment Institution and Department • Culture of support for student learning •

Optimising formative assessment Institution and Department • Culture of support for student learning • General approach to learning, teaching, assessment • Programme structures and assessment regulations • Quality assurance and enhancement Individuals and groups of teachers • Following through the implications of the ‘signalling system’ • Being imaginative in the use of ‘teaching time’

Optimising formative assessment Institution and Department • Culture of support for student learning •

Optimising formative assessment Institution and Department • Culture of support for student learning • General approach to learning, teaching, assessment • Programme structures and assessment regulations • Quality assurance and enhancement Individuals and groups of teachers • Following through the implications of the ‘signalling system’ • Being imaginative in the use of ‘teaching time’ • Involving learners in self- and peer-assessment

Threats 1. The concern with standards 2. The legacy of the ‘scientific measurement’ paradigm

Threats 1. The concern with standards 2. The legacy of the ‘scientific measurement’ paradigm 3. Increased student/staff ratios 4. Unitisation of curricula 5. Research etc. 6. Students maximising the ratio of grade/effort

What might help? Broad principles Not trying to do it all yourself Encouraging the

What might help? Broad principles Not trying to do it all yourself Encouraging the students to engage in self- and/or peer-assessment, using provided criteria and/or examples… … though they are likely to query the provision that they are paying for Actively encouraging students to buy into a culture of learning

What might help? The ‘Patchwork Text’ An example from Sociology (Mc. Kenzie 2003) Choose

What might help? The ‘Patchwork Text’ An example from Sociology (Mc. Kenzie 2003) Choose 4 from the following 7: • • Questions relating to a text Review of a key text Case study problem Presentation relating to a news report Data analysis exercise Report on visit(s) to local school Conduct an interview and analyse it plus • A reflective account of the options taken 500 -800 words/equivalent each, total no more than 4000

Gibbs’ example from Engineering The problem: large numbers, non-engagement, heavy marking of problem-sheets 1.

Gibbs’ example from Engineering The problem: large numbers, non-engagement, heavy marking of problem-sheets 1. On six occasions during the course, students brought worked to problem-sheets; problem-sheets randomly distributed; mar class according to given criteria 2. Problem-sheets returned immediately; marks not recorded 3. Requirement to complete ¾ of the problem-sheets to enter e 4. Exam (only) used to differentiate student performances Gibbs (1999, pp. 43 -44)

Gibbs’ example from Engineering The problem: large numbers, non-engagement, heavy marking of problem-sheets 1.

Gibbs’ example from Engineering The problem: large numbers, non-engagement, heavy marking of problem-sheets 1. On six occasions during the course, students brought worked to problem-sheets; problem-sheets randomly distributed; mar class according to given criteria 2. Problem-sheets returned immediately; marks not recorded 3. Requirement to complete ¾ of the problem-sheets to enter e 4. Exam (only) used to differentiate student performances Result: Av. Mark 45% Gibbs (1999, pp. 43 -44) c 75%; fails near zero

Key factors in Gibbs’ study Saved on staff time Relevant learning (in this case,

Key factors in Gibbs’ study Saved on staff time Relevant learning (in this case, problem-working) Rapid feedback, where accuracy was not vital Students paid attention to the feedback Involved creativity in pedagogy Engaged students actively (social pressure? ) … … and encouraged their appreciation of what was expected (implicitly developing self-regulation)

Three wider issues • Employability • Widening participation • Recording student achievement

Three wider issues • Employability • Widening participation • Recording student achievement

Three wider issues • Employability • Widening participation • Recording student achievement

Three wider issues • Employability • Widening participation • Recording student achievement

The USEM account S Skilful practices in context Employability; broader personal effectiveness E Personal

The USEM account S Skilful practices in context Employability; broader personal effectiveness E Personal qualities, including self-theories and efficacy beliefs Subject understanding Metacognition U M

The importance of ‘the personal’ Malleable v. fixed self-theory Dweck (1999) Learning > performance

The importance of ‘the personal’ Malleable v. fixed self-theory Dweck (1999) Learning > performance goals Dweck (1999) Emotional state Boekaerts (2003) Locus of control Rotter (1966) Self-efficacy Bandura (1997) Learned optimism Seligman (1998) Practical intelligence Sternberg (1997) Emotional intelligence Goleman (1996)

Knowledge gain: effect sizes Meta-analyses Size N studies Self-system (E of USEM) 0. 74

Knowledge gain: effect sizes Meta-analyses Size N studies Self-system (E of USEM) 0. 74 147 Metacognition (M) 0. 72 556 Marzano (1998)

Three wider issues • Employability • Widening participation • Recording student achievement

Three wider issues • Employability • Widening participation • Recording student achievement

Successful ‘WP institutions’ Inter alia, tend to • Emphasise early formative assessment • Be

Successful ‘WP institutions’ Inter alia, tend to • Emphasise early formative assessment • Be committed to the support of students • Accentuate the social in programmes

Three wider issues • Employability • Widening participation • Recording student achievement

Three wider issues • Employability • Widening participation • Recording student achievement

Issues in the Burgess Report • Recording of student achievement • The honours degree

Issues in the Burgess Report • Recording of student achievement • The honours degree classification • If no honours degree classification, then what? • Credit: valuing something?

Change Educational change is technically simple and socially complex. Fullan (2001, p. 69)

Change Educational change is technically simple and socially complex. Fullan (2001, p. 69)

Change Educational change is technically simple and socially complex. Fullan (2001, p. 69) There

Change Educational change is technically simple and socially complex. Fullan (2001, p. 69) There is no quick fix.