Competition, research and extension: the three approaches to the popularization of small satellites in the Alto Paraopeba region in Brazil

André Teixeira, João Pedro Polito, Júlio Santos, Marcos Kakitani
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Abstract

There are several approaches to the diffusion of the space technologies, three of them are in this work: competition, research, and extension. Thus, the objective of this work is to focus on presenting the results of the Brazilian nanosatellite team called NoizOrbita, and also to qualify quantitatively the impact of using these approaches in popularizing the topic of small satellites for space educational purposes. The team was founded on September 29, 2020, by three people: an alumni of Telecommunications Engineering at Federal University of São João del- Rei (UFSJ), Alto Paraopeba Campus (CAP), currently pursuing his Ph.D. in CubeSat Antennas at UFSC; a student currently in the 6th period of the Telecommunications Engineering undergraduate course (class of 2019); and a professor in the Department of Telecommunications and Mechatronics Engineering (DETEM). This initiative is intended to be a gateway to the space/satellite technologies in the institution and is based on three main pillars: Competitions, Research, and Extension in Nanosatellites. The team aims to obtain and develop small satellite technologies involving CAP undergraduate and graduate students, which enables them to learn the concepts of Space Engineering with the methodology of "learning by doing", covering the entire lifecycle of a spacecraft, even in a less complex way, through Systems Engineering approach. It also encourages the students to carry out scientific studies, prepare and publish papers, participate in conferences, and through extension, spread all the knowledge acquired in the various layers of society in the Alto Paraopeba region. Team members are all undergraduate and graduate students. Considering that one of the main characteristics of the team is its multidisciplinary nature, it leads to the advantage that students from all courses offered at CAP can join the group. This is reflected a lot by the concept of satellite engineering, since professionals from various areas of knowledge are sought for working with satellites and small satellites. Thus, in this work the main numbers related to the team were gathered, collected and presented in order to assess the impact and/or reach of the activities in its first year of existence. Data were extracted from databases, histories, and records on the various knowledge and information dissemination platforms. Regarding the research approach, the team obtained a significant number of scientific productions; regarding extension, presentations with satellite subjects were performed; and a great achievement with the competition aspect was obtained, which shows the effectiveness of these three approaches.
竞争、研究和推广:巴西上帕拉奥佩巴地区小卫星普及的三种途径
空间技术的传播有几种方法,其中有三种正在进行:竞争、研究和推广。因此,这项工作的目标是着重介绍巴西名为NoizOrbita的纳米卫星小组的成果,并从数量上确定使用这些方法在普及用于空间教育目的的小卫星专题方面的影响。该团队成立于2020年9月29日,由三个人组成:一位是奥若奥多雷伊联邦大学(UFSJ) Alto Paraopeba校区(CAP)电信工程专业的校友,目前正在UFSC攻读立方体卫星天线专业的博士学位;电信工程本科第六期(2019级)在校生;电信与机电工程系教授。该计划旨在成为该机构空间/卫星技术的门户,并基于三个主要支柱:纳米卫星的竞争、研究和推广。该团队的目标是获取和开发小型卫星技术,让CAP的本科生和研究生能够通过系统工程的方法,以“边做边学”的方法学习空间工程的概念,涵盖航天器的整个生命周期,甚至以不太复杂的方式。它还鼓励学生进行科学研究,准备和发表论文,参加会议,并通过推广,传播在上帕拉奥佩巴地区社会各阶层获得的所有知识。团队成员均为本科生和研究生。考虑到这个团队的主要特点之一是它的多学科性质,这就导致了CAP提供的所有课程的学生都可以加入这个团队的优势。卫星工程的概念在很大程度上反映了这一点,因为需要来自不同知识领域的专业人员来处理卫星和小卫星。因此,在这项工作中收集、收集和提出了与该队有关的主要数字,以便在该队成立的第一年评估其活动的影响和/或范围。数据提取自数据库、历史以及各种知识和信息传播平台的记录。在研究方法上,团队取得了相当数量的科学成果;关于扩展,对卫星主题进行了介绍;在竞争方面取得了很大的成绩,说明了这三种方法的有效性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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