Skip over navigation
Cambridge University Faculty of Mathematics NRich logo
menu search
  • Teachers expand_more
    • Early years
    • Primary
    • Secondary
    • Post-16
    • Events
    • Professional development
  • Students expand_more
    • Primary
    • Secondary
    • Post-16
  • Parents expand_more
    • Early Years
    • Primary
    • Secondary
    • Post-16
  • Problem-Solving Schools
  • About NRICH expand_more
    • About us
    • Impact stories
    • Support us
    • Our funders
    • Contact us
  • search

Or search by topic

Number and algebra

  • The Number System and Place Value
  • Calculations and Numerical Methods
  • Fractions, Decimals, Percentages, Ratio and Proportion
  • Properties of Numbers
  • Patterns, Sequences and Structure
  • Algebraic expressions, equations and formulae
  • Coordinates, Functions and Graphs

Geometry and measure

  • Angles, Polygons, and Geometrical Proof
  • 3D Geometry, Shape and Space
  • Measuring and calculating with units
  • Transformations and constructions
  • Pythagoras and Trigonometry
  • Vectors and Matrices

Probability and statistics

  • Handling, Processing and Representing Data
  • Probability

Working mathematically

  • Thinking mathematically
  • Developing positive attitudes
  • Cross-curricular contexts

Advanced mathematics

  • Decision Mathematics and Combinatorics
  • Advanced Probability and Statistics
  • Mechanics
  • Calculus

For younger learners

  • Early Years Foundation Stage

Key Obstacles Hindering Cross-curricular Teaching

Age 11 to 16

NRICH has designed tasks which show how maths is used in other subjects and which provide authentic contexts in which students can use their maths.
 

However there are many legitimate concerns which you may have about increasing STEM in your classroom.


You may be worried about:

  • being expected to teach outside your standard subject knowledge
  • not being an 'established expert' -  feeling deskilled
  • pupil inertia and disjointed '50 minute' thinking.
  • both teachers and students feel they have to 'know' the answers or know exactly what to do before feeling safe and comfortable
  • that cross-curricular coordination is needed to provide links across departmental SoWs, eg Y9 are taught the parallax error months before maths has covered any trigonometry
  • possible differences between exam boards' specifications at KS4 as to content relevance
  • needing maths in SET (eg time, reading scales) which was supposed to be covered at primary school
  • assumptions that certain concepts and content are being covered 'elsewhere'
  • changes in exam syllabuses
  • differences in 'abilities' or interests of students in different STEM subjects - DT often taught in mixed ability groups, where maths and science are set, maths and science sets may not be the same
  • different teaching groups for maths, science and technology lessons.
  • timetabling and matching topics across subject areas
  • ease of communication between staff, especially if there are separate departmental staffrooms
  • some key teachers being resistant to change or sceptical about the value and importance of the 'other' subject(s).
  • timetabling making planning meeting difficult.
  • needing specialised equipment or technology for STEM lessons
  • funding - for resources, for time to meet, ...
  • finding time to talk to other STEM colleagues
  • physical location of necessary resources in large school
  • differences in time allocated to matching topics across subjects.
  • students complaining that they've done something before in another subject
  • students claiming 'This isn't maths!' or 'This isn't science!' or 'We don't do maths in DT!'
  • needing the backing and understanding of SLT.

Related Collections

  • STEM teachers
  • Tech help
  • Accessibility Statement
  • Sign up to our newsletter
  • Twitter X logo

The NRICH Project aims to enrich the mathematical experiences of all learners. To support this aim, members of the NRICH team work in a wide range of capacities, including providing professional development for teachers wishing to embed rich mathematical tasks into everyday classroom practice.

NRICH is part of the family of activities in the Millennium Mathematics Project.

University of Cambridge logo NRICH logo