Santa’s Sleigh Lab (Day Camp)

1. Take on a Real-World Engineering Mission — with a Christmas Twist

Santa has delivered presents for hundreds of years, but the world is changing. More homes, more presents, tighter delivery routes — and one very important Christmas Eve deadline.

Students are challenged to think like engineers: how can they design a vehicle that is fast, stable, reliable, and able to handle a busy North Pole delivery route?

This festive scenario introduces students to real-world engineering thinking in a fun and meaningful way. They will learn that engineers do not simply build things — they identify problems, test ideas, compare results, and improve solutions.

2. Explore the Physics of Motion and Vehicle Performance

Students will investigate the scientific principles that influence how vehicles move, turn, speed up, slow down, and stay balanced.

Through interactive workshops and practical demonstrations, they will explore concepts such as:

• force and motion
• friction and grip
• balance and stability
• speed and control
• energy transfer
• vehicle structure and performance

They will begin to understand why some designs travel faster, some turn more smoothly, and some perform better on different track conditions — linking classroom science to hands-on engineering challenges.

3. Follow the Engineering Design Cycle

A key educational focus of the programme is the engineering design process. Students will learn to:

• identify the challenge
• brainstorm possible solutions
• sketch and plan a design
• build a working prototype
• test performance
• analyse what happened
• make improvements
• present their final design

This structured approach helps students understand that successful engineering comes from iteration — testing, learning, adjusting, and trying again.

4. Build, Test and Optimise a Reindeer Racing Machine

Students will design and construct their own Reindeer Racing Machine, applying what they have learned about physics and engineering.

Once their vehicles are built, they will carry out guided tests to measure and improve performance. They may compare how different design choices affect speed, stability, turning ability, and obstacle handling.

By collecting observations and using evidence to make improvements, students practise data-informed decision-making — an important skill in STEM learning.

5. Solve Challenges on the North Pole Obstacle Track

The festive finale is the North Pole Reindeer Racing Challenge, where teams put their vehicles through a Christmas-themed obstacle course inspired by Santa’s delivery route.

Students will need to apply their learning to overcome track challenges, such as maintaining balance, reducing unnecessary friction, improving control, and choosing the best race strategy.

This final challenge turns STEM knowledge into action, giving students a memorable way to demonstrate what they have learned.

6. Develop Collaboration, Communication and Engineering Confidence

Engineering is a team effort. Throughout the camp, students work together to share ideas, assign roles, solve problems, test designs, and prepare a short presentation about their process.

They will practise:

• teamwork and leadership
• communication and active listening
• creative problem-solving
• resilience after setbacks
• presentation and reflection skills

By the end of the programme, students will have developed not only a working racing machine, but also the confidence to think, speak, and problem-solve like young engineers.