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Planning for Numeracy Across Learning within STEM (STEM disciplines - Science, Technologies, Engineering and Mathematics)

Planning for Numeracy Across Learning within STEM (STEM disciplines - Science, Technologies, Engineering and Mathematics)

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Page 1: Planning for Numeracy Across Learning within STEM (STEM disciplines - Science, Technologies, Engineering and Mathematics)

Planning for

Numeracy Across Learning

within

STEM

(STEM disciplines - Science, Technologies, Engineering and Mathematics)

Page 2: Planning for Numeracy Across Learning within STEM (STEM disciplines - Science, Technologies, Engineering and Mathematics)

Project aim

to help identify, plan and implement strategies by which to strengthen the learning and teaching of

numeracy and to provide meaningful contexts and scenarios for making connections across

learning.

Page 3: Planning for Numeracy Across Learning within STEM (STEM disciplines - Science, Technologies, Engineering and Mathematics)

Embedding STEM within NAL• a clear focus on CfE numeracy experiences & outcomes

• generate and strengthen meaningful learning contexts for numeracy by which to increase pupil motivation and engagement.

• promote numeracy skills development for pupils and staff

• capitalise on opportunities offered by ICT and Glow

• considered issues relating to the development of a portfolio of students’ achievement

Page 4: Planning for Numeracy Across Learning within STEM (STEM disciplines - Science, Technologies, Engineering and Mathematics)

Exemplar

Kelso HS Bridge

Building

Curriculum focus: English, Computing, and maths

‘KHS Numeracy Committee felt we needed to pursue a cross-cutting theme Numeracy project that wasn’t

contrived. The project involved S1 classes working in student-selected groups to design a new bridge at

Nenthorn. Students researched three bridge designs; and used computer software to agree and test bridge

design.’

Page 5: Planning for Numeracy Across Learning within STEM (STEM disciplines - Science, Technologies, Engineering and Mathematics)

Exemplar Numeracy Across Learning Action Plan

Kelso HS Bridge Building

Page 6: Planning for Numeracy Across Learning within STEM (STEM disciplines - Science, Technologies, Engineering and Mathematics)

Kelso HS Bridge Building

Page 7: Planning for Numeracy Across Learning within STEM (STEM disciplines - Science, Technologies, Engineering and Mathematics)

Exemplar Numeracy Across Learning Action Plan

Page 8: Planning for Numeracy Across Learning within STEM (STEM disciplines - Science, Technologies, Engineering and Mathematics)

Kelso HS Bridge Building

Success Critieria Group Presentation

• Evidence of appropriate numeracy eg scale, money

• Evidence of ICT use e.g. software package

• Evidence of literacy e.g. Talking, listening and presenting

• Overall quality of group presentation eg structure, innovation, design justification, consideration of other issues eg environmental

Page 9: Planning for Numeracy Across Learning within STEM (STEM disciplines - Science, Technologies, Engineering and Mathematics)

Planning and processes

• identify a lead person to take responsibility

• in most cases maths teachers had a key role

• create opportunities for staff to meet and plan

• Identify and provide appropriate CPD to meet staff needs

• communicate clearly to all involved, inc. parents and other partners outside school

Page 10: Planning for Numeracy Across Learning within STEM (STEM disciplines - Science, Technologies, Engineering and Mathematics)

• assess staff expectations of their contributory role

• undertake a numeracy audit then plan for action

• identify where connections in learning are already in place

• facilitate collaborative planning, sharing of ideas & feedback.

• begin to build a straightforward & sustainable portfolio of students’ achievements

Practical Advice

Page 11: Planning for Numeracy Across Learning within STEM (STEM disciplines - Science, Technologies, Engineering and Mathematics)

Exemplar: NAL Action Planning

Subject/ Pupil Stage

Lesson Themes Big ideas, concepts, numeracy focus

Notes (including potential dates)

Page 12: Planning for Numeracy Across Learning within STEM (STEM disciplines - Science, Technologies, Engineering and Mathematics)

Exemplar:

Hermitage Academy S1 Gardening

Curriculum focus: whole school policy

Aim:The development of a consistent cross-school or cross-

departmental approach to numeracy approaches or methodologies, in particular those related to

measurement, graph and chart work and basic number processes. A common understanding and use of basic processes by teachers, pupils (and perhaps parents) is

to be developed.

Page 13: Planning for Numeracy Across Learning within STEM (STEM disciplines - Science, Technologies, Engineering and Mathematics)

Exemplar:

Hermitage Academy S1 Gardening

Initial steps towards NAL:

• establish whole school Numeracy Group• develop close links with Literacy Group• offer Numeracy and Literacy awareness raising day• focus on opportunities for interdisciplinary working• conduct school Numeracy Audit and hold Staff Quiz

• provide opportunities to explore practical applications of mathematics and numeracy

• focus on improving use of appropriate numeracy methods

Page 14: Planning for Numeracy Across Learning within STEM (STEM disciplines - Science, Technologies, Engineering and Mathematics)

14

Skills for lifeGardening

Hermitage Academy

Page 15: Planning for Numeracy Across Learning within STEM (STEM disciplines - Science, Technologies, Engineering and Mathematics)

Hermitage Academy Gardening

Page 16: Planning for Numeracy Across Learning within STEM (STEM disciplines - Science, Technologies, Engineering and Mathematics)

• staff better understand key features of CfE

• audits of numeracy leading to policy development

• better integration of numeracy concepts and skills across learning

• increased use of authentic contexts for learning and of the local environment

Evaluation and Impact

Page 17: Planning for Numeracy Across Learning within STEM (STEM disciplines - Science, Technologies, Engineering and Mathematics)

Next steps

• agree how to best to evaluate the impact of numeracy across learning

• to involve more departments at the planning stage

• planning for extension to include other foci, curriculum areas and other student cohorts

• build a sustainable portfolio of students’ achievements

Page 18: Planning for Numeracy Across Learning within STEM (STEM disciplines - Science, Technologies, Engineering and Mathematics)

Exemplar

Musselburgh Grammar School S2 HWB

“Our project concerns Health & Wellbeing and will involve students in learning across four curricular

areas. Students will learn about the issues affecting health, focusing in particular on lifestyle choices,

exercise and dietary issues. Numeracy will be picked out in all lessons and integrated across the topic. The departments involved include: Mathematics, Biology,

Home Economics and PE.”

Page 19: Planning for Numeracy Across Learning within STEM (STEM disciplines - Science, Technologies, Engineering and Mathematics)

Exemplar Numeracy Across Learning Action Plan

Musselburgh Grammar School S2 HWB

Curriculum focus: Biology

BMI = Body Mass (Kg)

(Height (m))2

BMI = Body Mass (Kg)

(Height (m))2

Page 20: Planning for Numeracy Across Learning within STEM (STEM disciplines - Science, Technologies, Engineering and Mathematics)

Reflective questions• What arrangements are currently in place for NAL?

• What more could be done?

• How do you ensure that planning and organisation is effective?

• How could you ensure that successful connections across learning can be embedded in practice?

• What are the staffing, timetabling and resource implications?

• How do you ensure that you fully involve appropriate people?

• How do you ensure that pupils are involved?