Stage

Content

9

A

Asteroids

B

Mining asteroids

C

Mars

D

Mining Mars

E

Moon – mining and infrastructure

10

A

Building a spaceship – basic structure

B

Building a spaceship – engines, acceleration and travel

C

Building a spaceship – storing DNA

D

Building a spaceship – messages to send to Earth

E

Building a space tug – structure, engines and function

11

A

Calculating travel times to Maxwell 01 to 10

B

Arrival at planet and exploration

C

Sequence of activities after best location determined

D

Terraforming a planet – the types of robots

E

Robots maintaining and building more, sourcing materials

12

A

Robots working – building Space elevator

B

Robots working - building airships and dispersing spores and seeds

C

Robots working – building domes and infrastructure

D

Robots working – producing plants, growing and maintaining

E

Robots working – producing animals, growing and maintaining

   9   

A

Cell structure and technologies
Cell function
Organisation of cells

B

Nutrient and gas requirements
Transport

C

Excursion to an animal processing factory
Effects of the environment on organisms

D

Adaptations and classification
The theory of evolution

E

Evidence to support the theory of evolution by natural selection

 10

A

Population dynamics

B

Out of control populations. Benefits of the China 2091 strike.

C

Past ecosystems
Future management of ecosystems

D

Working scientifically
Sexual and asexual reproduction

E

Cell replication
DNA and polypeptide synthesis

11

A

Genetic variation

B

Inheritance patterns in a population

Mutations

C

Biotechnology

D

Genetic technologies

Excursion to The Albury Genetic Engineering Laboratory at the Albury Terraforming Research Centre

E

How stored DNA is used to bring back into existence animals and plants made extinct by too many humans.

Experiment using stored DNA to reproduce a life

12

A

Sending Earth life to other planets

B

Cause and transmission of infectious disease
Responses to pathogens: Immunity

C

Prevention, treatment and control of disease

D

Homeostasis
Non-infectious diseases: causes and responses

E

Epidemiology
Prevention
Technologies and disorders

Education Stage 13  

1

Earth and Maxwell 01

2

Introductory Geospatial Analysis

3

Human Geography: Life in a Globalising World

4

Human Geography: Living in a Material World

5

Urban Geographies: Just and Sustainable Cities?

6

Geochemistry

7

Geochronology

8

Geophysics

Education Stage 14 

1

Earth Biogeography, Environmental Change and Maxwell 01

2

Population Geography: People, Place, Inequality

3

Shaping Earth's Surface and Maxwell 01

4

Society and Environment: Resources, Challenges, Futures

5

The Future of Food: Resilience, Communities and Policy

6

Maps and Apps for Social Scientists

7

Advanced Geospatial Analysis

8

Disaster Geographies: Risk, Policy, Management

Education Stage 15 

1

Changing Global Environments

2

Fluvial Geomorphology and Sedimentology

3

Sedimentology and Stratigraphy

4

Earth and Environmental Sciences and Maxwell 01

5

Coastal Environments: Process and Management

6

Qualitative Research Design for Social Scientists

7

Planning Urban Futures

8

Policy for Environmental and Heritage Management