Adobri Solutions
Workshop.
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Main goal for a Astronautics Workshop is to give participants on-hand experience with today's existing technologies in software, electronics, engineering, marketing, space law, by building and launching Canadian Cubesat to a Low Earth Orbit.
Let bussines to profit from improving skils of their workforce in technology
next gen workshop.
Workshop tasks database
Astronautics Workshop includes:
1. Ground station software (Java, C#, C)
Introduction
Software repository
a) Trajectory claculation main
engine
1. Orbit
calculation
2.
optimization of the impulses for the orbit
3.
Simulation for the GPS signals
4. Orbit
detrmination based on distnace calculated in communicatiin session
5.
Simulation of the pulsars signals
6. Orbit
determination based on pulasers observatin data
b) Visualization of the data
1. Satelite
position visualisation
2. Earth
and moon visualization
c) Distributed calculation engine
1. formal
of the XML initial
d) DB communication data
1. Format
of the stored data
e) Communication system for Ground
station
f)
Ground station design
1. Central
mission control
2. Antenna
orientation system
3.
Communication system for ground station
4. Time
syncronization btw Mission control and ground station
2. Communication system (hardware)
Introduction
Hardware repository
a) 2.4 GHz core module
b) claculations for requared
signals to be transmitted
c) Amplifiers LNA
d) Scematics design
e) PCB design
f) Manifacturing PCB
g) Manufacturing hardware
3. Communication system (C#, C)
Introduction
Software repository
a) Core microcontroller module
b) Serial interunit protocol
c) Packets
1. Control
messaages
2. data
messages
3. Error
protection
4. Error
recovery 2 from 3
5. Error
recovery 1 from 2
d) Encryption
e) Distance measuring PING messages
f) FLASH sync
g) control commands
4. Attitude control, orientation system (C)
Introduction
Software repository
a) core microcontroller modules
b) Quternions math for calulation
c) speed up calculation for core
module
d) Gyro-platform core module
e) Acselerometer core module
f) magnetometer core module
g) presision of the gyro-platform
h) control commands
55.
Sensors (C)
Introduction
a) Pulsar navigation hardware
(phase 1)
b) pulsar navigartion system
(phase 2)
c) laser range finder
d) Optical sensors as a earth
sensor
e) sun sensor
5. Cubesat engineering
Introduction
Software repository
a) cobesat frame design requarments
b) pico-sats design
c) launch container for cubesats
d) launch container for picosats
1. Atomatic
system for fitting cube and pico sats into launch container.
2. code
module for optimization of the different shapes of the containers
3.
Manufacturing launch container
4.
6. Orientation system
== lectures only (from ....)
Introduction
a) Types of stabilization
b) Gyroscopes
c) Motion reference units
d) Horizon sensors
e) Orbital gyrocompass
f) Sun sensor
g) Earth sensor
h) Star tracker
i) Magnetometer
j) Actuators - Thrusters
k) Actuators - Spin stabilization
l) Actuators - Momentum wheels
m) Actuators - Control moment gyros
n) Actuators - Gravity-gradient stabilization
o) Actuators - Magnetic torquers
7. Manufacturing of a space hardware with 3D printing technology
Introduction
Hardware repository
a) design of part made from carbon fibre
b) Epoxy molding design
c) Solidworks use for 3D printing of the
molds
d) 3D printing of the titanium parts
e) Laser cutting
8. Marketing and application in space technologies.
Introduction
a) Astronautics workshop as a base for
industry companies to improve skils of their workforce
b) bussines network creation
c) Cross bussines creation based on Astronautics workshop
9. Space Law
Introduction
a) Current "space" law status.
b) Outer Space Treaty framework
10. Navigation System (Java, C, C++, C#)
Introduction
11. Launch of Cubesat.
Introduction
12. Mission control and experiments on the orbit.
introduction
Software repository
Design and
Development by Team Plan
B is licensed under a
Creative
Commons Attribution-ShareAlike 3.0 Unported License.
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