Our Projects
Our Projects
Our Projects
Technical projects focus on developing the relevant hardware and software for the various CubeSat subsystems.
These projects involve literature review, PCB manufacturing, CAD modelling, programming, and so much more.
Technical projects focus on developing the relevant hardware and software for the various CubeSat subsystems.
These projects involve literature review, PCB manufacturing, CAD modelling, programming, and so much more.
Technical projects focus on developing the relevant hardware and software for the various CubeSat subsystems.
These projects involve literature review, PCB manufacturing, CAD modelling, programming, and so much more.
Avionics
Avionics are the electronic systems that control aerospace vehicles. At PAST, our team designs custom hardware and software for CubeSats, rockets, and high-altitude platforms to ensure reliable performance and mission success.
Battery Management System
We need to be able to monitor our batteries and ensure that they’re charged by our panels.
FISH
FISH integrates all of our components together, turning our projects into a CubeSat.
Functional Flight Storage
Similar to how a computer requires a storage drive, our CubeSat needs storage.
GLoBe
It’s important to keep track of where our CubeSat is in orbit.
SOLIS
SOLIS is the CubeSat’s solar panel system that converts sunlight into electrical power to sustain all onboard operations.
STARCOMM
STARCOMM allows us to communicate with our CubeSat.
Avionics
Avionics are the electronic systems that control aerospace vehicles. At PAST, our team designs custom hardware and software for CubeSats, rockets, and high-altitude platforms to ensure reliable performance and mission success.
Battery Management System
We need to be able to monitor our batteries and ensure that they’re charged by our panels.
FISH
FISH integrates all of our components together, turning our projects into a CubeSat.
Functional Flight Storage
Similar to how a computer requires a storage drive, our CubeSat needs storage.
GLoBe
It’s important to keep track of where our CubeSat is in orbit.
SOLIS
SOLIS is the CubeSat’s solar panel system that converts sunlight into electrical power to sustain all onboard operations.
STARCOMM
STARCOMM allows us to communicate with our CubeSat.
Avionics
Avionics are the electronic systems that control aerospace vehicles. At PAST, our team designs custom hardware and software for CubeSats, rockets, and high-altitude platforms to ensure reliable performance and mission success.
Battery Management System
We need to be able to monitor our batteries and ensure that they’re charged by our panels.
FISH
FISH integrates all of our components together, turning our projects into a CubeSat.
Functional Flight Storage
Similar to how a computer requires a storage drive, our CubeSat needs storage.
GLoBe
It’s important to keep track of where our CubeSat is in orbit.
SOLIS
SOLIS is the CubeSat’s solar panel system that converts sunlight into electrical power to sustain all onboard operations.
STARCOMM
STARCOMM allows us to communicate with our CubeSat.
ADCS
ADCS is what keeps our satellite facing the right direction in space. The team uses devices like magnetorquers and sun sensors to figure out where the satellite is pointing, then gently adjusts its orientation to make sure it stays on track.
Magnetorquer
This allows us to remotely orient the CubeSat in space using magnetic fields.
OSIRIS
To make the most of our solar panels, we need to know where the sun is.
ADCS
ADCS is what keeps our satellite facing the right direction in space. The team uses devices like magnetorquers and sun sensors to figure out where the satellite is pointing, then gently adjusts its orientation to make sure it stays on track.
Magnetorquer
This allows us to remotely orient the CubeSat in space using magnetic fields.
OSIRIS
To make the most of our solar panels, we need to know where the sun is.
ADCS
ADCS is what keeps our satellite facing the right direction in space. The team uses devices like magnetorquers and sun sensors to figure out where the satellite is pointing, then gently adjusts its orientation to make sure it stays on track.
Magnetorquer
This allows us to remotely orient the CubeSat in space using magnetic fields.
OSIRIS
To make the most of our solar panels, we need to know where the sun is.
Mechanical
The Mechanical team designs, builds, and tests the satellite’s structure, ensuring components are securely housed and protected from launch stresses and space conditions. Their work makes the satellite compact, durable, and mission-ready.
CubeSat Chassis
It’s important the chassis is designed so that it remains in tact during a powerful rocket launch.
DANY
This system uses a nichrome wire and molded plastic to securely hold and release deployables.
Deployable Solar Panels
These deployable panels will extend out to point five faces of solar panels towards the sun.
HAB Chassis
To test all of our subsystems, we require a frame to be sent up into space.
Mechanical
The Mechanical team designs, builds, and tests the satellite’s structure, ensuring components are securely housed and protected from launch stresses and space conditions. Their work makes the satellite compact, durable, and mission-ready.
CubeSat Chassis
It’s important the chassis is designed so that it remains in tact during a powerful rocket launch.
DANY
This system uses a nichrome wire and molded plastic to securely hold and release deployables.
Deployable Solar Panels
These deployable panels will extend out to point five faces of solar panels towards the sun.
HAB Chassis
To test all of our subsystems, we require a frame to be sent up into space.
Mechanical
The Mechanical team designs, builds, and tests the satellite’s structure, ensuring components are securely housed and protected from launch stresses and space conditions. Their work makes the satellite compact, durable, and mission-ready.
CubeSat Chassis
It’s important the chassis is designed so that it remains in tact during a powerful rocket launch.
DANY
This system uses a nichrome wire and molded plastic to securely hold and release deployables.
Deployable Solar Panels
These deployable panels will extend out to point five faces of solar panels towards the sun.
HAB Chassis
To test all of our subsystems, we require a frame to be sent up into space.
Software
The Software team creates the code that controls the satellite, handling communication, system operations, data collection, and responses to space conditions. Their work ensures autonomous and reliable mission performance.
Ground Station
A ground station is crucial for a CubeSat because it provides the necessary communication link between the CubeSat in orbit and the operators on Earth.
Job Scheduler
A job scheduler on a CubeSat optimises resources, prioritises tasks, and ensures efficient operation in a resource-limited environment.
Software
The Software team creates the code that controls the satellite, handling communication, system operations, data collection, and responses to space conditions. Their work ensures autonomous and reliable mission performance.
Ground Station
A ground station is crucial for a CubeSat because it provides the necessary communication link between the CubeSat in orbit and the operators on Earth.
Job Scheduler
A job scheduler on a CubeSat optimises resources, prioritises tasks, and ensures efficient operation in a resource-limited environment.
Software
The Software team creates the code that controls the satellite, handling communication, system operations, data collection, and responses to space conditions. Their work ensures autonomous and reliable mission performance.
Ground Station
A ground station is crucial for a CubeSat because it provides the necessary communication link between the CubeSat in orbit and the operators on Earth.
Job Scheduler
A job scheduler on a CubeSat optimises resources, prioritises tasks, and ensures efficient operation in a resource-limited environment.