Singapore Maths
Maths No Problem!
     Points we will cover this
             morning.
•   Why we wanted a change
•   Philosophy behind the scheme
•   Day-to-day running
•   Impact
•   Resources
•   Q&A
      Why we are changing…
• New Curriculum and Ofsted framework were
  introduced, and we wanted to provide the
  children with a ‘Mastery’ curriculum.
• The new curriculum places a high importance
  on mental maths skills and fluency of these.
• Next step to further maths teaching
• ‘Mastery’ means doing fewer things in greater
  depth to ensure skills are learned. The new
  National Curriculum is a Mastery curriculum.
       Maths-No Problem!
• In line with the National Curriculum
  2014
• Recommended by NCETM. The National
  Centre for Excellent Teaching in Maths
  and the national and local (West London
  maths hub)
• Government (DfE) preferred way of
  teaching maths. £40 million being made
  available for schools to buy resources.
  (We don’t qualify for this funding).
        Maths-No Problem!
• Emphasis is on problem solving and
  comprehension, allowing children to relate
  what they learn and to connect knowledge.
• Careful scaffolding of core skills:
 - visualisation
 - mental strategies
 - pattern recognition, to make links
between ideas.
• Emphasis is on the foundations for learning
  and not on the content itself so children
  learn to think mathematically as opposed
  to merely reciting formulas or procedures.
        Maths-No Problem!
• The focus of the scheme is on teaching
  to mastery (complete understanding), by
  allowing enough time on a topic for a
  child to comprehend it thoroughly
  before moving on.
• The programme emphasises problem-
  solving and pupils using their core skills
  to develop a relational understanding of
  mathematical concepts. It uses 3 key
  stages.
           The CPA approach
Concrete representation
• The active stage - a child is first introduced to
  an idea or a skill by acting it out with real
  objects. ‘Hands on‘
Pictorial representation
• The iconic stage - a child can now relate the
  ‘hands on’ to representations, such as a diagram,
  picture of the problem or a bar model.
Abstract representation
• The symbolic stage - a child is now capable of
  representing problems by using mathematical
  notation. E.g 6+4=10
         The CPA approach
Concrete representation
          The CPA approach
Pictorial representation
          The CPA approach
Abstract representation
          Lesson Structure
Each lesson will follow this structure:
In Focus task: hook, hands-on, practical task
to introduce concept.
Discussion: discussion of learning in In Focus
task and modelling of different methods.
Guided Practice: teacher modelling solving a
given problem step-by-step
Independent Practice: children answering
workbook questions independently.
Greater Depth Task: Involves reasoning,
applying skills in different contexts, non-
routine problems.
          Lesson Structure
Differentiation
• Children are expected to fully master a con
  cept before moving onto the next.
• Extension takes the form of greater depth
  activities rather than acceleration.
• Ideas for both support and challenge are
  provided.
• Deeper activities rather than acceleration;
  like comparing a ladder to a climbing frame.
                  Aims
• All classes will receive a practical and
  well-pitched curriculum
• Practice will be consistent across the
  school
• We will continue to foster good links
  with the NCETM through the local
  maths hub
•   Topmarks
•   National Numeracy Parent Toolkit
•   Maths Zone
•   Woodlands Resources
•   Nrich
•   Jargon Buster
• Maths: No Problem Parent videos
  http://www.mathsnoproblem.co.uk/parent-videos
• The Maths No Problem section of our website:
  http://smi.hounslow.sch.uk/helping-at-home/maths-no-
  problem.html
• Textbooks
• Workbooks