Through this workshop, students will:
- Strengthen their design thinking skills through the application of an unfamiliar design process model.
- Develop familiarity with satellite design and function, and with Earth observation technologies.
- Understand the usefulness of Earth observation from space.
- Identify the three main orbital zones around the Earth and understand that the different zones are more suited to different purposes.
- Recognize the scope of current space utilization in Earth’s orbit and identify some of the challenges associated with this.
- This experience is designed as a first-pass mission planning workshop, using information about real technologies and infrastructure. This creates the potential for broad connections to Australian curriculum and lead-in to various tasks and units.
Notes:
- Curriculum Links cover Science, Technologies, Humanities and Social Sciences
- Subjects under Social Sciences include: Geography, Civic and Citizenship, and Economics and Business, and General Capabilities.
- Detail on specific curriculum links from Years 5 -12 are found in our pre-mission materials.
The workshop follows a three-part structure:
- Introduction and presentation, where students are given their mission brief and introduced to the design process model used in this workshop.
- Learner- led design exploration, where students plan their mission in three timed blocks, focusing on design and satellite assembly, IR imaging capability testing, then detailed launch and operation planning.
- Whole-class close-out, review and reflection.
Learning objectives
- Have commenced a mission planning process and developed sufficient understanding of the requirements of this process to continue building their plan, if desired.
- Have practiced techniques for generating ideas, possibilities and actions, and understand that similar techniques can be used in other creative thinking contexts.
- Be able to define earth observation and provide an example of how it might be used.
- Be able to explain what a satellite is and identify some key systems of an earth observation satellite.