1 full day program or 3x90 minute classes
These work well as integrations into current STEM programs.
Students get the chance to learn the basics of rocket science. The program involves students building and launching there own model rockets.
Age Range: 12-18
Learning Outcomes:
-Newtonian Mechanics
-Kinematics
-Aerodynamics
-Energy's roles in physics
-Chemistry
Students get the chance to get hands on experience with electronics. They'll get the chance to work with Arduinos to build there own electronics project!
Age Range: 12-18
Learning Outcomes:
-Electronics
-Basic Programing
-Greater understanding of how computers work
Students will get the chance to learn the basics of programming to set them up for future studies.
Age Range: 12-18
Learning Outcomes:
-Python
-Basics Programming concepts
-Functional programming
-Basic computer science
Students will get an introduction to high level physics before working in teams to design, build and race there own C02 Dragsters.
Age Range: 12-18
Learning Outcomes:
-Newtonian Mechanics
-Kinematics
-Aerodynamics
-Energy's roles in physics
-Thermodynamics
Students will get the chance to learn programming through making there own game.
Age Range: 10-15
Learning Outcomes:
-Scratch
-Basics Programming concepts
-Functional programming
-Basic computer science
5-8 90 minute classes
These work well as integrations into current STEM programs or as term elective subjects.
Students get will receive a crash course in rocket science before getting the chance to design, build and launch their own rockets.
Age Range: 12-18
Duration: 5x90minute sessions
Learning Outcomes:
-Newtonian Mechanics
-Rocket Science
-Aerospace engineering
-Kinematics
-Aerodynamics
-Energy's roles in physics
-Chemistry
Students will spend the first few weeks getting an introductory to electronics and engineering before being tasked to work in groups to solve a problem related to a given prompt. For example, a prompt could be to find a way to make peoples homes more sustainable. The program concludes with a presentation night where students get a booth and parents are invited to see students projects.
Age Range: 12-18
Duration: 8x90minute sessions
Learning Outcomes:
-Newtonian Mechanics
-Electronics
-Kinematics
-CAD
-Working in teams
Students will get the chance to learn physics and apply it to build an RC Car. The program culminates with the students getting to race their RC car around a track.
Age Range: 12-18
Duration: 6x90minute sessions
Learning Outcomes:
-Newtonian Mechanics
-Kinematics
-Aerodynamics
-Energy's roles in physics
-Chemistry
Students get the chance to get hands on experience with electronics by building there drones. They will get the chance to learn all about the physics they make them fly!
Age Range: 12-18
Learning Outcomes:
-Electronics
-Basic Programing
-Physics
-Chemistry
-Design thinking
Students get the chance to get hands on experience with electronics by building there own robots. They'll get the chance to work with Arduinos to build there own electronics project!
Age Range: 12-18
Learning Outcomes:
-Electronics
-Basic Programing
-Greater understanding of how computers work
-Design thinking
Students will get the chance to learn programming and design through making there own game.
Age Range: 12-15
Learning Outcomes:
-Scratch
-Python
-Functional programming
-Basic computer science
12-20 90 minute classes
These work well as full standalone STEM programs or as after school STEM clubs.
Students get will receive a deep dive into rocket science and astrophysics before getting the chance to design, build and launch their own rockets. They will also get the chance to launch a weather balloon into space.
Age Range: 12-18
Duration: 16x90minute sessions
Learning Outcomes:
-Newtonian Mechanics
-Rocket Science
-Astrophysics
-Aerospace engineering
-Kinematics
-Aerodynamics
-Energy's roles in physics
-Chemistry
Taught by the 2021 Australian RoboCup Simulation Champion, This program yields a highly immersive engineering experience for students by taking them from an introductory understanding of programming to the design and programming of real physical robots to play soccer.
Age Range: 12-18
Duration: 16x90minute sessions
Learning Outcomes:
-Physics
-Computer Science
-Robotics
-Artificial Intelligence
Students will spend the first term getting a deep understanding of electronics and engineering before being tasked to work in groups to solve a problem related to a given prompt. The program concludes with a presentation night where students get a booth and parents are invited to see students projects. The longer time period allows for much larger scope projects for the students.
Age Range: 12-18
Duration: 16x90minute sessions
Learning Outcomes:
-Newtonian Mechanics
-Electronics
-Kinematics
-CAD
-Working in teams
Students will get the chance to learn physics and apply it to build an RC Car and a C02 dragster. The program culminates with the students getting to race their RC car around a track.
Age Range: 12-18
Duration: 12x90minute sessions
Learning Outcomes:
-Newtonian Mechanics
-Kinematics
-Aerodynamics
-Energy's roles in physics
-Chemistry
-Thermodynamics
-Electronics