Explore the Science Behind Warmth, Architecture & Polar Living!

How can a house made of snow keep you warm? Let's uncover the secrets of polar architecture through hands-on science experiments!

This Christmas, let your child become a little polar explorer, scientist and architect!

Architectural Thinker by Muses Education proudly presents Polar Igloo and Insulation Experiments, a special Christmas programme designed for children aged 2.5–12.

Combining architectural thinking with exciting science experiments, this hands-on course introduces children to temperature changes, heat transfer, insulation materials and the fascinating structure of polar igloos.

Through age-appropriate activities, students will experiment with different materials, measure temperature changes, construct igloo models and discover how building design can help retain warmth.

From sensory exploration for toddlers to scientific investigations and engineering challenges for older children, every lesson encourages curiosity, creativity, logical thinking and problem-solving.

Course Highlights

01 Hands-on Science Experiments

Explore temperature changes through real experiments using warm water, thermometers and everyday materials.

Children will learn through observation, prediction and testing, discovering how different materials affect heat transfer and insulation.

02 Architecture Meets Science

Why are igloos dome-shaped? How do thick walls and trapped air help retain warmth?

Students will explore the relationship between architectural forms, building structures and insulation, connecting scientific principles with real-world architectural design.

03 Scientific Observation & Data Analysis

Develop scientific thinking through age-appropriate activities.

Younger children will practise observation, prediction and comparison, while older students will measure temperatures, conduct fair tests, record results, draw graphs and analyse experimental data.

04 Design, Build & Test Polar Homes

Put scientific knowledge into practice by building igloo models and polar research stations.

Students will explore different construction materials, test insulation performance and improve their designs through hands-on experimentation.

Limited-Time Early Bird Offer!

Learning Tools & Important Information

Students will explore a variety of age-appropriate scientific tools and materials, including:

Thermometers and timers

Warm water and insulation materials
Foam, felt, cotton and aluminium foil
Paper cups and igloo construction materials
Experiment worksheets and data-recording tools
Graph paper and calculators for older age groups

Safety & Supervision

All experiments are designed with age-appropriate safety measures.

Warm water will be prepared and temperature-checked by instructors. Boiling water will not be used, and students will not be required to carry hot water.

The programme does not require real snow or ice. Activities use safe, everyday materials to recreate polar-themed experiments.

Our Christmas programme is offered at selected centres across Hong Kong Island, Kowloon and the New Territories.

Class schedules may vary by location. Please contact your preferred centre for available dates, times and enrolment details.

Hong Kong Island

Causeway Bay
Room 504, 5/F, En Ping Centre, Causeway Bay
WhatsApp: (+852) 9886 1077

Kowloon

Lai Chi Kok
Room D8, 11/F, Hong Kong Spinners Industrial Building, Phase 5, Lai Chi Kok
WhatsApp: (+852) 5988 3909

Ho Man Tin
Shop 206, 2/F, Homantin Plaza, Kowloon City
WhatsApp: (+852) 9659 6399

New Territories

Ma On Shan
Shop A49, G/F, Ma On Shan Centre, 1 On Chun Street, Ma On Shan
WhatsApp: (+852) 6607 6225

Tsuen Wan West
Shop 3049, OP Mall, Tsuen Wan West
WhatsApp: (+852) 2885 8018

Let the Polar Adventure Begin!

This Christmas, inspire your child to explore the fascinating connection between science and architecture!

Christmas 2026 － Polar Igloo and Insulation Experiments

Name: Christmas 2026 － Polar Igloo and Insulation Experiments
Price: 1300 HKD
Availability: InStock

HK$1,300.00

Age Group 年齡組別

Student Name

0/20

Student Age

0/8

Ages 2.5–4 | Little Polar Explorers

4 Lessons × 1 Hour | 4 Hours in Total

Lesson 1 | Penguin Rescue Mission

Explore warm and cool water through sensory activities.

Rescue toy penguins from pretend snow using colourful droppers.

Observe how colours spread differently in warm and cool water.

Discover the basics of keeping things warm.

Lesson 2 | Penguin's Warm Blanket

Explore different materials, including cloth, cotton and aluminium foil.

Wrap small cups of warm water with different materials.

Compare which cups stay warmest.

Share observations through simple voting activities.

Lesson 3 | Let's Build an Igloo!

Build a large igloo using soft building blocks.

Explore shapes, spaces and simple architectural structures.

Crawl through tunnels and discover how an igloo is designed.

Develop spatial awareness and coordination through play.

Lesson 4 | Polar Snow-Day Party

Enjoy sensory exploration using pretend snow.

Decorate a personalised paper igloo.

Celebrate discoveries and creative achievements.

Take home a paper igloo and sticker certificate.

Learning Focus: Sensory Exploration, Early Science Concepts, Spatial Awareness, Independent Learning & Creativity

Ages 4–6 | Junior Polar Science Explorers

4 Lessons × 1 Hour | 4 Hours in Total

Lesson 1 | Polar Explorer Lab: The Cooling Race

Learn how to use simple thermometers and timers.

Predict which cup of warm water will cool down fastest.

Compare water temperatures under different conditions.

Record observations using stickers and simple experiment sheets.

Lesson 2 | Which Material Keeps Water Warmest?

Test foam, felt, cotton and aluminium foil.

Compare their insulation performance.

Learn the basics of conducting a fair experiment.

Record results using simple charts.

Lesson 3 | Build a Cup-Brick Igloo

Construct an igloo using paper cups or foam bricks.

Explore circular structures and dome-shaped buildings.

Build a simple entrance tunnel.

Discover how architectural shapes affect stability.

Lesson 4 | Design Your Polar Home

Create a small polar house with insulated walls.

Test and compare temperatures inside and outside the model.

Discover how insulation materials help retain warmth.

Present the completed model to classmates.

Learning Focus: Scientific Observation, Prediction, Material Comparison, Basic Structural Design, Independent Thinking & Creative Problem-Solving

Ages 7–9 | Polar Architecture & Science Lab

4 Lessons × 1.5 Hours | 6 Hours in Total

Lesson 1 | Heat Detectives: Heat Conduction Lab

Investigate how heat travels through different materials.

Compare metal, wooden and plastic spoons.

Measure and record temperature changes using digital thermometers.

Learn about scientific hypotheses and experimental variables.

Present findings using tables and line graphs.

Lesson 2 | Insulation Fair Test

Test foam, wool, aluminium foil and bubble wrap.

Measure temperature changes at regular intervals.

Record experimental results in data tables.

Draw graphs and identify effective insulation materials.

Lesson 3 | Igloo Structures & Load Testing

Explore how dome-shaped structures distribute weight.

Compare the load-bearing performance of flat and dome roofs.

Learn basic principles of arches and structural stability.

Construct an igloo model using foam bricks or paper cups.

Lesson 4 | Design a Polar Research Station

Design a small research station with insulated walls.

Construct a model using everyday building materials.

Compare insulation performance through temperature testing.

Prepare a short test report and present design findings.

Learning Focus: Scientific Method, Heat Conduction, Data Collection, Graphing, Structural Engineering & Architectural Design

Ages 10–12 | Advanced Polar Architecture & Insulation Engineering

4 Lessons × 2 Hours | 8 Hours in Total

Lesson 1 | Heat Transfer Lab & Scientific Method

Investigate conduction, convection and radiation through experiments.

Explore how different materials transfer heat.

Develop scientific hypotheses and identify variables.

Conduct repeated trials and calculate average results.

Discuss experimental accuracy and measurement errors.

Lesson 2 | Cooling Curves & Insulation Performance

Compare different insulation materials and air gaps.

Measure temperature changes over time.

Conduct repeated experiments to improve reliability.

Calculate cooling rates and average temperature changes.

Analyse results using graphs and mathematical calculations.

Lesson 3 | Architectural Form, Surface Area & Insulation

Compare the surface areas of cubes and dome-shaped structures.

Explore how architectural forms influence heat loss.

Discover insulation strategies used in real buildings.

Examine examples such as glazing and green roofs in Hong Kong.

Construct an igloo model using foam bricks.

Lesson 4 | Design & Test a Polar Research Station

Design a polar research station at a 1:20 scale.

Select materials within a given project budget.

Build a model incorporating insulation principles.

Test thermal performance using controlled experiments.

Present scientific evidence and propose design improvements.

Learning Focus: Heat Transfer, Scientific Research, Data Analysis, Architectural Geometry, Engineering Design & Problem-Solving