Mathematics · Year 1 · The Geometry of Our World · Term 2

Location and Direction

Giving and following directions using positional language (e.g., left, right, above, below, next to).

• ACARA Content Descriptions
• AC9M1SP02

About This Topic

In Year 1 Mathematics, students build spatial skills by giving and following directions with positional language. Key terms include left, right, above, below, next to, in front of, behind, and between. They describe object locations in the classroom or playground, justify why precise words matter, design instruction sets for hidden objects, and evaluate direction clarity. This aligns with AC9M1SP02, which requires describing position and movement of 2D shapes and 3D objects.

Positional language forms the base for geometry in the Australian Curriculum's Space strand. It connects to real-world navigation, like school routines or games, and develops communication alongside spatial reasoning. Students learn that vague directions lead to confusion, preparing them for mapping and problem-solving in later years.

Active learning benefits this topic greatly. When students act as human robots following peer commands or collaborate on treasure hunts, they experience success and errors firsthand. Physical movement links words to actions, boosts confidence in speaking precisely, and makes abstract concepts concrete through shared trial and error.

Key Questions

1. Justify the importance of precise language when giving directions.
2. Design a set of instructions to find a hidden object using only positional words.
3. Evaluate the clarity of different sets of directions.

Learning Objectives

• Demonstrate the ability to follow a sequence of at least three directional commands.
• Design a simple map of a familiar area using positional language to indicate object locations.
• Explain why precise positional language is necessary for clear communication when giving directions.
• Compare two sets of directions for the same task and identify which is clearer, justifying the choice.

Before You Start

Identifying Objects and Their Properties

Why: Students need to be able to identify common objects in their environment before they can describe their positions relative to each other.

Basic Body Awareness (Left/Right)

Why: A foundational understanding of their own left and right sides is necessary before they can apply these terms to external objects and directions.

Key Vocabulary

above	In or to a higher position than something else; over it.
below	In or to a lower position than something else; under it.
next to	Beside or adjacent to something else.
left	On, toward, or relating to the side of a human body or of a thing that is to the west when the person or thing is facing north.
right	On, toward, or relating to the side of a human body or of a thing that is to the east when the person or thing is facing north.
behind	At or to the far side of something, typically with the front facing away.

Watch Out for These Misconceptions

Common Misconception

Left and right are fixed from the speaker's view only.

What to Teach Instead

Directions must account for the listener's facing direction. Robot games where students turn and move clarify perspective shifts. Physical trials reveal errors quickly, prompting peer explanations during group debriefs.

Common Misconception

Positional words describe static spots, not paths or movement.

What to Teach Instead

They apply to sequences of actions, like 'turn left, go forward.' Treasure hunts with chained directions show this in practice. Active following reduces confusion as students adjust paths collaboratively.

Common Misconception

Longer directions with extra words are always clearer.

What to Teach Instead

Concise, precise language works best. Evaluating swapped instruction sets in groups highlights redundancy issues. Discussion after testing builds judgment skills through real outcomes.

Active Learning Ideas

Pairs: Robot Commands

One student is the robot and faces a wall; the other gives directions using positional language to guide them to a classroom object without touching it. Switch roles after success. Pairs discuss which words worked best and why.

20 min·Pairs

Small Groups: Treasure Hunt Design

Hide small objects around the room. Groups write step-by-step directions using only positional words to find one item, then exchange sets with another group to test and revise for clarity.

30 min·Small Groups

Whole Class: Direction Relay

Line up students. Teacher gives a starting position; each student adds one positional direction for the class 'path' to reach a goal, like the door. Repeat with student-led chains and vote on clearest sequences.

25 min·Whole Class

Individual: Positional Sketch

Provide a simple scene description with positional words, like 'ball next to tree, behind house.' Students draw it accurately, then swap and check peers' interpretations for matches.

15 min·Individual

Real-World Connections

• Traffic navigators use precise directional terms like 'turn left at the next intersection' or 'proceed straight for two blocks' to guide drivers safely and efficiently through complex road networks.
• Video game designers create virtual worlds where players must follow in-game directions using terms like 'go past the bridge' or 'enter the cave to the right' to complete quests and explore environments.
• Architects and construction workers rely on detailed plans and instructions that specify positions of elements using terms such as 'above the main beam' or 'next to the north wall' to ensure buildings are constructed correctly.

Assessment Ideas

Quick Check

Ask students to stand up and follow a series of three commands: 'Take one step forward, turn to your right, and then reach above your head.' Observe if students can accurately perform the sequence.

Discussion Prompt

Present two sets of directions to find a classroom object, one using vague terms ('go near the desk') and one using precise terms ('walk three steps past the whiteboard, then turn left'). Ask students: 'Which set of directions is better and why?'

Exit Ticket

Give each student a small card. Ask them to draw a simple picture of their desk and use at least two positional words (e.g., 'pencil is next to my book') to describe where two items are located on their desk.

Frequently Asked Questions

What positional language should Year 1 students master?

Focus on left, right, above, below, next to, in front of, behind, between, under, over, and beside. Start with classroom objects, progress to sequences for directions. Daily routines like lining up reinforce these naturally, building fluency for AC9M1SP02 outcomes.

How to teach giving and following directions in Year 1?

Use games like robot commands or hunts where students create and test instructions. Model precise language first, then let pairs practice and refine. Link to key questions by having them justify changes, ensuring directions lead reliably to goals.

How does active learning support location and direction skills?

Active approaches like physical robot relays or group hunts make positional language experiential. Students feel the impact of vague words through failed navigations, then succeed with refinements. This builds spatial awareness, precise speaking, and evaluation skills collaboratively, far beyond worksheets.

How does this topic link to AC9M1SP02?

AC9M1SP02 asks students to describe position and movement using terms like these. Activities target justifying precision, designing instructions, and evaluating clarity, directly matching the content description. It integrates with unit goals in The Geometry of Our World for Term 2.