Core Skills Analysis
Mathematics
Ariana placed pink mini‑marshmallows on a draughts board and counted each piece as she set up the game. She learned to recognise the geometric layout of the board and to calculate the distance between pieces when planning a jump. By deciding which marshmallow to move and which could be captured, she practiced logical sequencing and basic probability of future moves. The activity also reinforced addition and subtraction as she kept track of how many pieces remained for each side.
Computing
Ariana followed a step‑by‑step set of rules to move her marshmallow pieces, which introduced her to algorithmic thinking. She identified conditions such as "if a piece can jump, then capture it" and ordered those conditions into a simple program of moves. While playing, she debugged mistakes by retracing her steps when a piece was taken incorrectly, developing early problem‑solving skills similar to coding. The edible reward system helped her see cause and effect in a loop of action and feedback.
Personal, Social, Health and Economic Education (PSHE)
Ariana experienced a clear reward for each successful capture when she ate the removed marshmallow, linking effort with immediate satisfaction. She practiced self‑control by waiting for her turn and respecting the game’s rules, building social etiquette. The fun, edible element encouraged a positive attitude toward strategic play and highlighted the value of perseverance when a move did not work out. Overall, the activity fostered confidence and enjoyment in a low‑stress competitive environment.
Tips
1. Create a larger, reusable draughts board on cardboard and let Ariana design her own colour‑coded pieces to deepen pattern recognition. 2. Introduce a “move journal” where she records each turn, the reason for the move, and the outcome, reinforcing reflective thinking. 3. Turn the game into a math challenge by assigning point values to different captures and having her calculate total scores after each round. 4. Organise a mini tournament with family members, using a simple bracket chart to teach sequencing and fair play.
Book Recommendations
- The Checkered Game: A Story of Strategy by Megan McDonald: A lively tale of two friends who learn strategy and friendship while playing checkers, perfect for readers ages 8‑10.
- Math Adventures with Marshmallows by Chris Ferrie: A picture‑book that turns everyday treats into math problems, encouraging counting, addition, and simple fractions.
- How to Be a Great Game Player by Katherine Roberts: A guide for young players that explains rules, sportsmanship, and basic tactics for board games like draughts and chess.
Learning Standards
- KS2 Mathematics – Number: Reason about the number of objects (3.1) and use addition/subtraction to track pieces (3.2).
- KS2 Mathematics – Geometry: Describe positions on a grid and measure distances between squares (4.1).
- KS2 Mathematics – Statistics: Discuss probability of capture moves (4.2).
- KS2 Computing – Algorithms: Follow and create step‑by‑step instructions for moving pieces (6.1) and debug errors (6.2).
- PSHE – Personal Development: Demonstrate self‑control, turn‑taking, and reflection on outcomes (PD5, PD6).
Try This Next
- Worksheet: Draw a 8×8 grid, label the starting positions, and map out three possible capture sequences.
- Quiz: Create five multiple‑choice questions about which moves are legal in a given board layout.
- Writing Prompt: Ask Ariana to write a short story describing a ‘marshmallow victory’ and the feelings she experienced.
- Experiment: Have her design and colour her own edible pieces using icing and compare how piece size affects movement planning.