Stile’s Middle School Curriculum

We aspire to make the best science lessons in the known universe.

Here’s how we do it.
THE FOUNDATION

What do students need to know and be capable of doing?

What do students need to know in order to be scientifically literate?
Eg. How does antibiotic resistance work and why is it an issue?
How is science relevant to careers other than being a scientist?
E.g. Chocolatiers use chemistry to create new textures and flavors.
How do we teach students the language of science?
E.g. Mathematical thinking: creating models, interpreting, analyzing and visualising data.
How science intersects with society, and how it likely will tomorrow?
E.g. Understanding the economic, environmental and social factors slowing the deployment of more renewable energy.
What skills and dispositions are needed to be critical thinkers?
E.g. Evaluating claims using evidence, understanding the statistical significance of that evidence.
We then fill in the rest to ensure we completely cover the standards
E.g. The NGSS, as well as State-specific standards.
DEFINING OUR APPROACH

Combine proven best-practices with what actually works in real classrooms

A Framework for K-12 Science Education

We use the Framework for K-12 Science Education as the foundation of our curriculum.
K-12

Evidence-based pedagogies

We then weave in evidence-based pedagogies, using the ones that best fit the context of the lesson and unit.
Pedagogies

High-impact teaching strategies

Finally we make the use of high-impact teaching strategies the path of least resistance.
Strategies
BRINGING IT TOGETHER

Built by our in-house experts

Our talented team of educators, scientists, artists and engineers create Stile’s curriculum in collaboration with an entourage of out-of-house practising teachers, pedagogy academics and subject-matter experts.

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The result?

A complete science curriculum that teachers love to teach—and students love to learn.

The middle school scope and sequence

A sequence of learning packed with phenomena that students actually want to discover for themselves.

6th Grade
Cells

Cells

Would you eat lab-grown meat?
Body Systems

Body Systems

What does it take to be a cold-blooded killer?
The Nervous System

The Nervous System

How can your gut influence your mood?
Plants

Plants

How can we feed an off-world colony?
Earth Systems

Earth Systems

How does our planet recycle?
The Survival of Species

The Survival of Species

How do reproductive strategies help a species survive?
Climate Change

Climate Change

Climate change – how should we respond?
Energy

Energy

How can we learn from nature to improve energy technology?
Heat

Heat

How do you make the best pizza?
7th Grade
Food Chains and Food Webs

Food Chains and Food Webs

Why do cats have slit-shaped pupils?
The Importance of Biodiversity

The Importance of Biodiversity

Do we need to save the bees?
Active Earth

Active Earth

How do we build future-ready cities?
States of Matter

States of Matter

Why is liquid water so important for humans to live on Mars?
Physical and Chemical Change

Physical and Chemical Change

What does chemistry have to do with chocolate making?
Ecosystems

Ecosystems

How can we prevent plastic from harming marine life?
Elements and Compounds

Elements and Compounds

If we need to mine lithium, how do we minimize the impact?
8th Grade
Our Place in Space

Our Place in Space

Can we travel to the Sun?
Energy Conservation

Energy Conservation

Should we rely on hydropower for our energy needs?
Non-contact Forces and Electricity

Non-contact Forces and Electricity

Are we on track for sustainable transport?
Waves

Waves

How does someone on the other side of the world hear you?
Newton's Laws of Motion

Newton's Laws of Motion

How can we use Newton's Laws in car crash investigations?
Human Impacts on Ecosystems

Human Impacts on Ecosystems

Are corals going extinct...again?
Genetics

Genetics

Can genes increase the risk of cancer?
Evolution

Evolution

Are we responsible for the rise of superbugs?

Developmental progression

Under the hood you’ll find logical, scaffolded developmental progression through each grade.

Of course, you can modify our scope to make it your own. Add units, move them around. With Stile, you’re in control.

Unit 2

Body Systems

Body Systems

What does it take to be a cold-blooded killer?
Students build on their knowledge of cells, tissues, and organs as they explore how they function within the body’s systems.

Unit 4

Plants

Plants

How can we feed an off-world colony?
Students use their knowledge of cells and body systems to consider the specialized cells and structures that keep plants alive.

Unit 5

Earth Systems

Earth Systems

How does our planet recycle?
Students extend their understanding of systems in a new context as they consider the movement of energy and matter between Earth’s systems.

Units built on proven practices

Stile’s middle school units are grounded in the 5 E instructional model and scaffold students to “extended abstract” thinking as defined in SOLO taxonomy, where they can generalize their understanding and apply it in a new domain.

Stile’s instructional framework was reviewed by Alan J. Reid (PhD) and Steve Ross (PhD) from Johns Hopkins University’s Centre for Research and Reform in Education. They determined that Stile’s curriculum is grounded in rigorous research and had a meticulously designed logic model.

5E model and SOLO taxonomy

Varied units keep teaching and learning fresh

Our units fall into one of the six following categories, each describing what drives student learning throughout the unit.

Model
Science in society
anchoring phenomenon
Scientific
anchoring phenomenon
Project-driven learning
Students are exposed to the culminating activity at the start of the unit.
The activity drives learning throughout the unit.
Classification and Biodiversity
Classification and Biodiversity
Phenomenon

Do we need to save the bees?

Activity

Engineering challenge to solve declining bee population.

Waves
Classification and Biodiversity
Phenomenon

How do video calls work?

Activity

Create a model for global communication.

Wonder to workshop
Students learn in the context of investigative phenomena.
There's a culminating activity at the end of the unit whereby students apply their skills and knowledge in an "extended abstract" transfer task.
Energy Conservation
Classification and Biodiversity
Phenomenon

Should we rely on hydropower for our energy needs?

Activity

Socratic seminar on the proposed Congo Dam.

Human Impacts on Ecosystems
Classification and Biodiversity
Phenomenon

Are corals going extinct again?

Activity

Awareness campaign about coral extinction.

Phenomini
Students learn in the context of investigative phenomena.
There's no significant culminating activity.
These units are typically shorter than the other categories and provide a lighter teaching and learning experience between heavier and lengthier units.
Genetics
Classification and Biodiversity
Phenomenon

How can genes increase the risk of cancer?

Activity

No culminating activity.

Food Chains and Food Webs
Classification and Biodiversity
Phenomenon

Why do cats have slit-shaped pupils?

Activity

No culminating activity.

See Stile’s pedagogical model in situ

Download the Teaching Plan for Stile’s Waves unit to see what our unit structure looks like in practice. The Teaching Plan outlines the phenomena, storyline and career profile, as well as the list of lessons, labs and assessments.

Download the Waves unit Teaching Plan
Make Stile your own

Your core curriculum, ready to go

62

topics

1,144

lessons

73

labs

215

assessments

1,317

videos

10,918

questions

58

career profiles

52

simulations

Explore our core science curriculum

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