An interactive project to demonstrate engineering-centred space mission design on a 1U NanoSat that allows users to change satellite parameters, and observe the results on theoretical budgets and real-life Arduino communication. You don't need any programming or electronics experience to work with this project. Just change all the values and let your imagination roam free! Learners can try to program with each parameter to see how it affects their mission constraints. The goal of the project is to produce the best design possible, which covers all engineering requirements, and comes with the lowest cost and best budget utilization.

Mounting. Programming. And executing a created choreography dance with humanoid robots

Nano Satellite projects aims at designing, production, installation, launching, tracking and using the data of working nano satellite. The two basic structures used for nano satellites are cubical and hexagonal. We begin presenting an overview on nano satellites, their advantages over conventional satellites. We include the structural layout and design of a hexagonal shaped nano satellite, the thermal conditions that it has to bear at the LEO and the different kinds of materials suitable for its construction.

Mounting. Programming. And execute a created choreography dance with humanoid robots