Art and Design · Year 2 · Form and Space · Spring Term

Exploring Natural Shapes in Buildings

Looking at how natural shapes, like leaves or waves, can inspire the design of simple structures and buildings.

• National Curriculum Attainment Targets
• KS1: Art and Design - Sculpture and Architecture

About This Topic

Architectural Shapes introduces Year 2 students to the intersection of art and engineering through the work of Antoni Gaudi. The National Curriculum asks pupils to develop their techniques in sculpture and to learn about the work of significant architects. By studying Gaudi's organic, nature-inspired buildings in Barcelona, children learn that architecture doesn't have to be made of straight lines and boring boxes.

This unit encourages students to look at the 'skeletons' of buildings and how nature (like bones, shells, and trees) can inspire strong structures. It's a fantastic way to introduce the concept of 'form follows function' in a way that is accessible to seven-year-olds. Students grasp this concept faster through structured discussion and peer explanation while building their own 'organic' models using flexible materials.

Key Questions

1. Can you find a building that looks like it was inspired by a tree, a shell, or another natural shape?
2. How does a roof with curves look different from a flat, straight roof?
3. Can you draw a house that uses shapes from nature, like round windows or a wavy roof?

Learning Objectives

• Identify natural shapes found in the local environment that could inspire architectural forms.
• Compare and contrast the visual characteristics of buildings inspired by natural shapes with those based on geometric forms.
• Design a simple architectural model using natural shapes as inspiration, demonstrating understanding of form and space.
• Explain how specific natural elements, such as a tree's branches or a shell's spiral, can be translated into building features like rooflines or window shapes.

Before You Start

Basic Shapes and Geometry

Why: Students need to be familiar with fundamental shapes like circles, squares, and triangles to recognize and manipulate them in architectural designs.

Observational Drawing Skills

Why: The ability to observe and sketch simple objects and forms is crucial for translating natural inspiration into design ideas.

Key Vocabulary

Organic Architecture	A style of building design that creates harmony between human habitation and the natural world, often inspired by natural shapes and forms.
Biomimicry	The practice of looking to nature for inspiration to solve human design challenges, such as creating structures that are strong and efficient.
Form	The shape and structure of an object or building, including its external appearance and internal arrangement.
Space	The area within or around a building, considering how it is enclosed, defined, and used.
Inspiration	The process of being mentally stimulated to do or feel something, especially to do something creative, like designing a building based on a leaf.

Watch Out for These Misconceptions

Common Misconception

Buildings have to be straight to be strong.

What to Teach Instead

Children often draw houses as squares. The 'Weight Test' activity helps them see that curves (like arches or egg shapes) can actually be incredibly strong, just like in nature.

Common Misconception

Architects only draw; they don't make art.

What to Teach Instead

Students might see architecture as 'maths'. Showing Gaudi's colorful mosaics and sculptural chimneys helps them see that an architect is an artist who works on a giant scale.

Active Learning Ideas

Simulation Game: The Nature Architect

Give students a 'nature prompt' (e.g., a honeycomb, a bird's nest, a hollow bone). They must use pipe cleaners and foil to build a structure that uses the same 'trick' for strength that the nature object uses.

30 min·Small Groups

Think-Pair-Share: Straight vs. Curvy

Show a picture of a standard modern office block and a picture of Gaudi's Casa Batlló. Students discuss with a partner which one they would rather live in and why, focusing on how the shapes make them feel.

15 min·Pairs

Inquiry Circle: The Weight Test

In groups, students build two towers: one with straight 'legs' and one with curved 'organic' legs. They carefully place a piece of card on top and see how many wooden blocks each can hold before collapsing.

35 min·Small Groups

Real-World Connections

• Architects like Antoni Gaudí designed famous buildings such as Park Güell and Sagrada Familia in Barcelona, Spain, by observing natural forms like trees, bones, and shells.
• Urban planners and landscape architects consider natural elements when designing public spaces, parks, and even housing developments to integrate them harmoniously with the environment.
• The design of modern products, from car bodies to furniture, often draws inspiration from the smooth curves and efficient structures found in nature, making them both aesthetically pleasing and functional.

Assessment Ideas

Quick Check

Show students pictures of different buildings. Ask them to point to or describe any natural shapes they can identify in the architecture. For example, 'Does this roof remind you of anything you see in a garden or at the beach?'

Discussion Prompt

Present two contrasting images: one of a building with sharp, geometric lines and another inspired by natural curves. Ask students: 'How are these buildings different? Which one looks more like it grew from the ground, and why?'

Exit Ticket

Give each student a small piece of paper. Ask them to draw one natural shape (e.g., a cloud, a flower petal) and then draw a simple building feature (like a window or a roof) that is inspired by that shape.

Frequently Asked Questions

Why is Gaudi a good architect for Year 2?

His work is incredibly visual and 'fairytale-like'. The organic shapes are very appealing to children, and his use of broken tile mosaics (trencadís) is a technique they can easily replicate with paper or clay.

How can active learning help students understand architecture?

Active learning, like the 'Weight Test', turns abstract engineering concepts into a physical challenge. When students feel the strength of a curved structure versus a straight one, they understand the 'why' behind Gaudi's designs. This hands-on experimentation makes the link between nature, art, and building much clearer than just looking at photos.

What materials are best for making Gaudi-inspired models?

Modroc (plaster bandage) over a wire or cardboard frame is excellent for creating the curvy, organic shapes Gaudi is known for. It's messy but very rewarding for KS1 students.

How does this link to the 'Global Context' of the curriculum?

Gaudi's work is a great entry point into European art history. You can also compare his 'organic' style to traditional building methods in other parts of the world, such as mud-brick structures in Mali, which also use natural shapes.