A Curriculum for Excellence asks teachers to think about their educational aims and values and their classroom practice. It will give teachers more responsibility to use their professional judgement and creativity within broad parameters.
Although the 5-14 curriculum will be with us for the immediate future, use this short Reflection Guide to help you think about adapting your classroom practice in accordance with the principles and purposes of A Curriculum for Excellence.

Two North Lanarkshire primary schools and their associated nurseries introduced problem solving activities through play.

Primary 1 pupils follow four simple steps for problem-solving - listen, look, think and talk - as they work on making a pattern with beads.

By listening to clues, primary 2 children 'eliminate' robots on worksheet until they've selected the right one, and build a model following only their classmates' instructions.

Primary 2 pupils work on 'looking for a pattern' using Compare Bears. They make their own patterns with the bears but can they spot the gap when the teacher takes one away?

Four Primary 2 pupils use their thinking skills to arrange a collection of objects into different categories.

Working in pairs gives Primary 2 and 3 pupils confidence to tackle the problem of creating as many flags as possible from three colours.

Spotting the patterns and then making their own colour and number patterns are the problems that these Junior 2 pupils try to solve.

Today’s problem for a Primary 3 and 4 class is to create nine different football strips from red, yellow and blue shorts and T-shirts. Watch how the pupils solved it.

The teacher of a Primary 1/Primary 4 composite class sets two different challenges to develop thinking skills, including classification and working on a technology challenge.

Primary 4 pupils work in threes to solve a problem about the cost of ice creams. They take in turns to record their solutions and report back to the rest of the class.
For their Enterprise topic these primary 4 pupils organised a maths week but they now have to work out a school timetable that lets every class get to all the activities.

Primary 6 pupils work with their 'thinking partners' on a problem involving seating arrangements in class.

Junior 6 pupils working in groups follow clues to make a 2D shape from cocktail sticks. They analyse their own work to check they have the correct solution to the problem.
This Junior 4 class has to find out whose car is parked where in a car park. Using the clues, they guess, check and then use their findings to improve their choice.

In this problem-solving lesson the Primary 7 pupils work on making different shapes with the same perimeter. They discuss the task at the time and at the end of lesson.

By tackling problems Primary 7 pupils learn to think about selecting the right approach. Their confidence and self-belief spills over into other areas of the curriculum and life outside school.

This Primary 5 and 7 class works in stages to identify the problem, assesses what information is useful and decides on a strategy to solve it, all of which has helped the pupils enjoy more success in maths.
The Primary 5 pupils work in groups to plan a party with entertainment and food on a limited budget. They work out the costs using a calculator and play money.
Primary 6 pupils who co-operate in their problem-solving have learnt to respect and help each other, have improved their self-esteem and are not afraid to ask for help.
Working either as individuals or in groups, Primary 7 pupils select problems from FunMaths boxes. They record how they went about solving the problems and how hard they found them.

The primary and secondary schools in this group explored ways of encouraging pupils who needed some additional support in maths, but who were reticent to ask for help due to lack of self-confidence and high sensitivity to failure.