Student place is at Space !

Ideia Space is an extracurricular program that connects classroom content to space and its technologies solving real-world problems.

Who we are?

We believe that Space is one of the main sources of inspiration for the human imagination, and with it, Ideia Space helps students to consolidate themselves as professionals of the future.

What we do?

We bring space and its technologies into the classroom.

How we do?

Through a methodology based on the development of a space mission.

Why do we?

To inspire the new generations to innovate and solve the problems of the future.

SERVICES

To concept

To conceptualize the space mission students will be considered analysts and scientists, where they will discuss problems to be solved based on the knowledge of the technology to be built by them. This stage aims to engage the student in several areas of teaching.

To project

Mission planning is one of the most important steps in building a space mission. With this, physicists, mathematicians and engineers will carry out the calculations for the satellite designs, while scientists define how to work with the data collected by the satellite during the mission.

To build

This phase is when the engineers do the assembly, integration and testing of the satellite, the last phase before launching the satellite by the students. In this phase, there will be an integration between the different areas of knowledge to ensure that the parameters of the mission are in accordance with the concept and calculation.

To launch

In this phase, young professionals watch the launch of the satellite by drone and begin to collect data from the missions that will support the applications and improvements that will be proposed by young professionals.

To apply

With the data collected, young professionals can act on different solutions based on the problem initially identified in the mission concept. The Ideia kit provides solutions to environmental, climatic, collective health, social, geographic and other problems.

Technology

Our technology is a 2P model, with a volume of 5x5x10cm, with the same functionality as an orbital satellite adapted for testing a satellite with PocketQube standard. This model is internationally recognized and is being developed in several countries as an alternative for higher education. In this small space the students will integrate all the systems of a real satellite to carry out the mission. As a result, students will receive one of the following modules:

Payload

Humidity, temperature, pressure, air quality and sunlight sensors.

On-board Data Handling

Controlled board with interface

with all subsystems.

What will you learn?

• Introduction to the Environment

• Space and Its Laws

• Understanding the Scientific Method

• History and Geopolitics Involving Space

• Mission Concept and Analysis Methodology

• Problem solving

What will you learn?

• Requirements Gathering Method

• What is a Satellite and what are its Systems

• Understanding the Electronics Behind a Satellite

What will you learn?

• Satellite Construction

• Integration and Tests

• Programming behind the Systems

• Risk Analysis and Mitigation Methodology

What will you learn?

• How a Space Launch works

• Physical and Chemical Principles Involved

• Satellite Launch Simulation

What will you learn?

• How Data Collection and Analysis works

• Mission Data Collection and Analysis

• Report and Presentation of Results

Metodologia

Nossa metodologia é focada no desenvolvimento de competências da Base Nacional Comum Curricular utilizando elementos do aprendizagem baseada em projetos (PBL) e também Ciência, Tecnologia, Engenharia, Artes e Matemática (STEAM), de forma a incentivar o protagonismo ativo dos estudantes em seu próprio processo de aprendizagem, cada um deles assumirá uma função durante cada etapa da missão, como verdadeiros profissionais.

Telemetry and Comunication

board and antenna with

range of 100 meters.

Energy Power System

Solar panels and battery

for 20-minute missions.

Attitude Determination System

GPS sensors and gyroscope for information

of the satellite flight.