primary science assessment

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Assessment in Primary Science Thursday, 20 th September 2012 Deivis Pothin – [email protected]

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Page 1: Primary Science Assessment

Assessment in Primary Science Thursday, 20th September 2012

Deivis Pothin – [email protected]

Page 2: Primary Science Assessment

Aims: To develop effective practice of

assessment strategies in primary science.

Learning Outcomes:•Enhanced understanding of how different

assessment strategies (formative,

summative) can be used to raise pupils’

progress and attainment;

•Greater awareness of whole-school tracking

systems.

Page 3: Primary Science Assessment

Warming up

Page 4: Primary Science Assessment

What does outstanding assessment

look like?Drawing on excellent subject knowledge, teachers plan astutely and set challenging tasks based on systematic, accurate assessment of pupils’ prior skills, knowledge and understanding.

Teachers systematically and effectively check pupils’ understanding throughout lessons.

Marking and constructive feedback from teachers and pupils are frequent and of a consistently high quality, leading to high levels of engagement and interest.

Page 5: Primary Science Assessment

What moves children’s learning forward?

Formative Assessment (AfL)

“(...) isn’t just about strategies to ascertain current knowledge – formative assessment happens after the finding out has taken place. It’s about furthering student learning during the learning process” (Clarke, 2005, p.1)

Page 6: Primary Science Assessment

AfL specific to Science

• Encouraging analytical thinking – self-assessment encourages pupils to be ‘constantly involved in the scientific process and their role within it’.

For example, one child commented, ‘My graph shows that the greater the number of layers, the greater the thermal insulation’. This leads naturally to the next question for investigation: Does the thickness of the layers make a difference?

Page 7: Primary Science Assessment

AfL specific to Science (cont’d)

• Prompting scientific thought and activity through questioning - Questioning is an important feature of science talk.

• Eliciting scientific misconceptions - Concept cartoons can prompt questions that motivate investigative work in science. Learning journals allow pupils to record their misconception and chart progress through an investigation, evidencing shifts in understanding and showing the resolution of misconceptions.

Page 8: Primary Science Assessment

AfL specific to Science (cont’d)

• Supporting children in developing scientific language – children should have the chance to share information; contribute, consider and respect other opinions; express clear reasoning; develop their presentation skills (beyond writing!) .

• It is important to highlight language in science learning by explicitly teaching pupils how to talk about natural phenomena in a scientific way.

Page 9: Primary Science Assessment

Assessment Strategies

• Card Sort

• Cartoon strip sequences

• Classifying and grouping

• Concept cartoons

• Concept maps

• Drawing and annotated diagrams

• KWL grid

• Generating questions

Page 10: Primary Science Assessment

Assessing Children’s Progress

How does it work in your school?

Assessment @ St Luke’s...

• Levelled statements updated at the end of every unit / half-term;

•Colour-coded sheet / Target tracker

Any other alternatives?

Page 11: Primary Science Assessment

Assessment MonitoringGroups of children on track - SAMPLE

Page 12: Primary Science Assessment

Assessment MonitoringKeep an eye on Year 6! (Sample Sats Papers)

Page 13: Primary Science Assessment

Reporting to Senior StaffDescriptive Reflective

Describes what

happened, supported

by evidence. No

analysis of impact

against action plan

aims.

Describes what

happened and why,

supported by

evidence which has

been carefully

selected and

annotated. Beginning

to analyse impact

that actions have had

on colleagues and

children, with some

reference to aims.

Some reference to

future.

Uses evidence to

analyse impact of

actions on

colleagues, children

and self, with clear

reference to original

aims. Some self –

questioning evident.

Next steps identified.

Uses evidence to

analyse impact

against aims and also

unexpected

outcomes at

institutional and

personal level.

Relates evaluation to

broader issues and

also challenges own

assumptions. Next

steps clearly outlined.

Page 14: Primary Science Assessment

Questions you should be able to answer

•What are the current standards of work in different year groups? How do you know? •What strategies need to be put in place to support those underachieving or exceeding expectations?•How good is pupils’ progress? Do you have any value added data?•How good is the progress of G & T, ethnic minority pupils and those with SEN?•What is the quality of teaching in your subject? How do you know?•What have you done to improve the quality of teaching?•What evidence do you have on the quality of teaching and learning? (e.g. Learning walks, pupils interviews, lesson observation, book and planning monitoring, etc)•How is your staff being developed (CPD)? Is it individualized? What strands need to be focused (SC1 vs Specialist knowledge)?

Page 15: Primary Science Assessment

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