P RIMARY C URRICULUM 2014 S UMMARY OF CHANGES – M ATHEMATICS Parent Focus Group 30 th September 2014.

Slides:



Advertisements
Similar presentations
Wrightington Mossy Lea Primary The approach to teaching calculation methods.
Advertisements

Adapted from original by Michael Tidd 1. The main aims: to raise standards address the perception that children in England are falling behind some of.
Year 5 Objectives: Number
Maths Information Evening November 6 th Changes to the maths curriculum. Brief outline of core focuses in each year group. Assessment. Calculations.
Changes to the Mathematics Curriculum
End of year expectations
The New Curriculum for Mathematics. Knowing, learning, understanding are not linear... A field of knowledge, such as mathematics, is a territory, and.
Maths Curriculum 2014 What you need to know…. What has changed? – an overview Curriculum organised in ‘stages’: EYFS, KS1, Lower KS2 (Y3/4) and Upper.
Year 1: Number I can count reliably to 100. I can count on and back in 1s, 2s, 5s, and 10s from any given number to 100. I can write all numbers in words.
Parents’ Guide ‘Must do’ by the end of Year 1 Number Be able to count on in 2s, 5s and 10s to 100 Know one more and one less than any numbers to 100 Know.
ulum.co.uk/Year6.aspx ulum.co.uk/Year6.aspx.
© Michael Tidd, Primary Curriculum 2014/15 Changes to the Core Subjects & Assessment Primary.
© Michael Tidd, Primary Curriculum 2014 Summary of changes in core and other foundation subjects
National Curriculum for Mathematics. Ice Breaker  Dividing a number always makes it smaller.  Is this statement true ALWAYS, SOMETIMES or NEVER? Make.
Katie had a pack of twenty cards numbered from 1 to 20
Year 3 Block A. 3A1 I can solve number problems and practical problems involving place value and rounding. I can apply partitioning related to place value.
Maths Curriculum Aims: How is the new curriculum different?
What does this mean for Maths?
Year 5 Block A. 5A2 I can solve number problems and practical problems that involve number, place value and rounding. I can interpret negative numbers.
Year 6 Block A. 6A1 I can solve practical problems that involve number, place value and rounding. I can compare and order number to at least 10,000,000.
Year 4 Block A. 4A1 I can solve number and practical problems that involve place value and rounding with increasingly large positive numbers. I can explain.
100?. Assessment through to SATs Some of the overall changes Deep learning/Mastery Movement of content Concepts and content from year or years above.
The new maths curriculum
Mathematics Curriculum Evening. Aims of the evening 1.To look at the changes within the new National Curriculum. 2.To explain those written strategies.
Number (multiply and divide) multiply and divide numbers mentally drawing upon known facts multiply and divide whole numbers and those involving decimals.
Number (multiply and divide) perform mental calculations, including with mixed operations and large numbers multiply multi-digit numbers up to 4 digits.
Number (add and subtract) add and subtract numbers mentally, including: * a three-digit number and ones * a three-digit number and tens * a three-digit.
New Curriculum Changes in Maths Kat Portou Maths Co-ordinator.
National Curriculum New curriculum 2014 September 2014 – Years 1, 3, 4, 5 September 2015 – Years 1-6 Generally slimmed down in content Content is.
© Michael Tidd, Maths afternoon Welcome everyone. As you enjoy your refreshments, please write down any comments/questions.
© Focus Education (UK) Ltd Assessment: Meeting Year 1 Expectations Year 1 Expectations: Number Count reliably to 100 Count on and back in 1s, 2s,
Welcome to Yr 5 with Mrs Hall, Miss Moses and Mr Wells.
Woodfall Primary School Curriculum Event 2014 Changes to Mathematics.
In 2013 the government announced plans to overhaul the national curriculum. For most children, these changes took effect from September 2014, but children.
Bollinbrook Curriculum Changes to Mathematics – KS1  Rounding to nearest 10 removed from KS1  Y1: No data handling required  Y1: Counting & writing.
Introduction to the new Mathematics Primary Curriculum Parent Meeting 30/9/14.
Implications for assessment of changes in the Maths curriculum.
Parents Forum Tuesday  Mrs McCulloch  To inform you of the changes in the new Maths curriculum  Let you know what your child is being taught.
Mathematics End of Year Expectations. Year 1 Meeting Year 1 Expectations Year 1 Expectations: Number Count reliably to 100 Count on and back in 1s, 2s,
Support Materials for Maths in Year 5 Getting To Know You Evenings 2013.
New Year 6 End of year expectations Number and Place Value Read, write, order and compare numbers up to 10,000,000 and determine the value of each digit.
Year 6 Place value & calculation. 6Pv&C1 1. Read and write numbers up to and determine the value of each digit. 5. I understand the purpose of.
Maths Curriculum Evening The New National Curriculum Aims: The national curriculum for mathematics aims to ensure that all pupils: become fluent.
* Number – number and place value, addition, subtraction, multiplication and division, fractions, including decimals and percentages. * Measurement.
Welcome to our Maths Evening. Your Child’s mathematical journey in school To really highlight just how far the children progress in Mathematics in 7 years.
Year 4 Place value & calculation. 5. I can order 4 digit numbers. 4Pv&C1 4. I can recognise the place value of each digit in 4 digit numbers. I can solve.
Maths Year 2 Autumn 1: Numbers within 100; Add and subtract 2-digit and 3-digit numbers Autumn 2: Addition and subtraction problems; Multiplication and.
Year 5 Block A.
Year 6 Objectives: Number
Maths and the new curriculum
Maths Year 3 Autumn 1: Reasoning within 100; Multiplication and division word problems; 3 and 4 times tables; Time Solve practical problems and number.
Being a Mathematician at St Leonard’s
Branston Junior Academy
Year 3 Place value & calculation.
Year 4 Block A.
End of year expectations
Year 6 Block A.
Maths Information Evening
End of year expectations
Year 3 Block A.
Dalton School Maths Workshop
Place Value and Mental Calculation
Place Value and Mental Calculation
Place Value and Mental Calculation
Mathematics Information Talk
Geometry (Including properties of shapes and position and direction)
Maths.
Gomer Junior School Year 3 Mathematics.
Key Assessment Criteria: Being a mathematician
Year 3 Block A.
Presentation transcript:

P RIMARY C URRICULUM 2014 S UMMARY OF CHANGES – M ATHEMATICS Parent Focus Group 30 th September 2014

Mathematics – KS1  Rounding to nearest 10 removed from KS1  Y1: No data handling required  Y1: Counting & writing numbers to 100  Y1: Write numbers words to 20  Y1: Number bonds to 20  Y2: Finding fractions of quantities  Y2: Adding two-digit numbers  Y2: Telling the time to nearest 5 minutes  Y2: Make comparisons using = symbols  Y2: Solve simple money problems using £/p

Mathematics – LKS2  No ratio required in LKS2  Written division moved to UKS2  No calculator skills included  Carroll / Venn diagrams no longer required  Y3: Formal written methods for + & —  Y3: Compare, order & + & — easy fractions  Y3: Vocabulary of angles & lines  Y3: Time including 24h clock & Roman numerals  Y4: Recognise equivalent fractions/decimals  Y4: Solve fractions & decimals problems  Y4: Perimeter/area of compound shapes  Y4: Know multiplication tables to 12 x 12

Mathematics – UKS2  No calculator skills included  No probability included  Data handling greatly reduced content  Y5: Use decimals to 3dp, including problems  Y5: Use standard multiplication & division methods  Y5: Add/subtract fractions with same denominator  Y5: Multiply fractions by whole numbers  Y6: Long division  Y6: Calculate decimal equivalent of fractions  Y6: Use formula for area & volume of shapes  Y6: Calculate area of triangles & parallelograms  Y6: Introductory algebra & equation-solving

Changes to the Maths Curriculum: Year 1 What’s gone?  Data handling/Statistics is removed from Y1  No specific requirement to describe patterns  No specific requirements to describe ways of solving problems or explain choices What’s been added?  Counting & writing numerals to 100  Write numbers in words up to 20  Number bonds secured to 20  Use of vocabulary such as equal, more than, less than, fewer, etc.

Changes to the Maths Curriculum: Year 2 What’s gone?  Rounding two-digit numbers to the nearest 10  Halving/doubling no longer explicitly required  Using lists/tables/diagrams to sort objects

What’s been added?  Solving problems with subtraction  Finding/writing fractions of quantities (and lengths)  Adding two 2-digit numbers  Adding three 1-digit numbers  Demonstrating commutativity of addition & multiplication  Describing properties of shape (e.g. edges, vertices)  Measuring temperature in °C  Tell time to nearest 5 minutes  Make comparisons using = symbols  Recognise £ p symbols and solve simple money problems

Changes to the Maths Curriculum: Year 3 What’s gone?  Specific detail of problem-solving strategies (although the requirement to solve problems remains)  Rounding to nearest 10/100 moves to Year 4  Reflective symmetry moves to Year 4  Converting between metric units moves to Year 4  No requirement to use Carroll/Venn diagrams

What’s been added?  Adding tens or hundreds to 3-digit numbers  Formal written methods for addition/subtraction  8 times tables replaces 6 times tables (!)  Counting in tenths  Comparing, ordering, adding & subtracting fractions with common denominators  Indentifying angles larger than/smaller than right angles  Indentify horizontal, vertical, parallel and perpendicular lines  Tell time to the nearest minute, including 24-hour clock and using Roman numerals  Know the number of seconds in a minute and the number of days in each month, year and leap year

Changes to the Maths Curriculum: Year 4 What’s gone?  Specific detail on lines of enquiry, representing problems and find strategies to solve problems and explaining methods (i.e. largely from old Ma1)  Using mixed numbers (moved to Y5)  Most ratio work moved to Y6  Written division methods (moved to Y5)  All calculator skills removed from KS2 PoS  Measuring angles in degrees (moved to Y5)

What’s been added?  Solving problems with fractions and decimals to two decimal places  Rounding decimals to whole numbers  Roman numerals to 100  Recognising equivalent fractions  Knowing equivalent decimals to common fractions  Dividing by 10 and 100 (incl. with decimal answers)  Using factor pairs  Translation of shapes  Finding perimeter/area of compound shapes  Solve time conversion problems

Changes to the Maths Curriculum: Year 5 What’s gone?  Detail of problem-solving process and data handling cycle no longer required  Calculator skills moved to KS3  Probability moves to KS3

What’s been added?  Understand & use decimals to 3dp  Solve problems using up to 3dp, and fractions  Write %ages as fractions; fractions as decimals  Use vocabulary of primes, prime factors, composite numbers, etc.  Know prime numbers to 20  Understand square and cube numbers  Use standard multiplication & division methods for up to 4 digits  add and subtract fractions with the same denominator  multiply proper fractions and mixed numbers by whole numbers  deduce facts based on shape knowledge  distinguish regular and irregular polygons  calculate the mean average

Changes to the Maths Curriculum: Year 6 What’s gone?  Detail of problem-solving processes no longer explicit  Divisibility tests  Calculator skills move to KS3 PoS  Rotation moves to KS3  Probability moves to KS3  Median/Mode/Range no longer required

What’s been added?  Compare and ordering fractions greater than 1  Long division  4 operations with fractions  Calculate decimal equivalent of fractions  Understand & use order of operations  Plot points in all 4 quadrants  Convert between miles and kilometres  Name radius/diameter and know relationship  Use formulae for area/volume of shapes  Calculate area of triangles & parallelograms  Calculate volume of 3-d shapes  Use letters to represent unknowns (algebra)  Generate and describe linear sequences  Find solutions to unknowns in problems