STEM for Endangered Animals
Use the power of your STEM curriculum to engage Year 5-6 students in finding solutions for endangered possums and parrots.
The Leadbeater’s Possum lives in forests close to Melbourne. Each year, the Swift Parrot flies from Tasmania to Victoria. Innovation is key to the survival of these unique and endangered animals.
In this program, your students will choose one of these big STEM challenges to solve:
Scientists need new nest box designs to help Leadbeater’s Possums
Scientists need new nest box designs to help Swift Parrots
Students will learn:
- How scientist uses STEM to help endangered animals thrive in the wild
- To develop STEM skills, such as scientific observation and Design Thinking
- To express their ideas through Project-based Learning
- To enhance their creative thinking skills
You don’t need a STEM lab or special materials to teach this fun and innovative challenge. Some teachers use this program to teach a whole-term unit while others use it as a special 2-3 week program – the choice is yours!
After completing their prototypes, your students can share their designs with Zoos Victoria.
Use the activities in the Teaching Guide (below) to spark students’ curiosity of the STEM Design challenge before their zoo visit.
Connect and Understand
Students will conduct research and use their scientific observation skills to deepen their understanding of the STEM Design challenge whilst at Healesville Sanctuary. They may also start to brainstorm ideas.
Your zoo visit will include: Introduction, Healesville Sanctuary Teacher workshop (40 minutes), Spirits of the Sky presentation and keeper talks. Check out your Teaching Guide for other ideas of what to do at the zoo.
Back at school, students will work in teams of up to six people and choose an idea to work on. The Teaching Guide will help you use an engineering framework called Design Thinking, which helps teams quickly translate their ideas into prototypes.
Use the Teaching Guide to enable students to master their knowledge and skills in real-world contexts.
Healesville Sanctuary Map *coming soon*
STEM for Endangered Animals Teaching Guide *coming soon*
Victorian Curriculum 5-6
Living things have structural features and adaptations that help them to survive in their environment (VCSSU074)
- Students will learn about how the features and adaptations of endangered animals
The growth and survival of living things are affected by the physical conditions of their environment (VCSSU075)
- Students will learn about what environmental conditions help animals thrive in the wild
Generate, develop, and communicate design ideas and decisions using appropriate technical terms and graphical representation techniques (VCDSCD039)
- Students will use Design Thinking to generate, grow and test their ideas for animal conservation
Connect three-dimensional objects with their nets and other two-dimensional representations (VCMMG198)
- Back in classroom, students will demonstrate their solutions through 3D prototypes and shapes
Investigate how ideas and problems can be disaggregated into smaller elements or ideas, how criteria can be used to identify gaps in existing knowledge, and assess and test ideas and proposals (VCCCTM031)
- Students will learn how to use each stage of Design Thinking to develop their own creative solutions
Plan your excursion
STEM for Endangered Animals is an outdoor all-weather program; the students will need appropriate clothing for weather conditions. This could include a raincoat, hat and sun protection.
Bring what students need to record their research e.g. notes, drawings, photographs, videos, voice memos, diagrams.
School groups will enter Healesville Sanctuary via the Main Entrance. Organising teachers please check in with our Admissions team upon arrival. More information.
All onsite excursion bookings are subject to coronavirus (COVID-19) restrictions and as such are subject to change in line with the Victorian Chief Health Officer’s advice. We will be in contact with all teachers prior to their booked date if we need to clarify any new requirements.