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2024北航全球科创大赛学生组，邀您参加！

北京航空航天大学 · 公众号 · · 2024-08-13 11:46

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为进一步提升学生科创育人深度和广度

增强学生科技创新影响力

深化学生科技创新国际交流合作

北京航空航天大学 将于2024年举办

首届北航全球科创大赛学生组竞赛

To further enhance the depth and breadth of student cultivation in science and innovation

Increase the impact of student technological innovations

Deepen international exchanges and cooperation in student scientific and technological innovation

Beihang University is set to host the inaugural

Beihang Global Science and Innovation Competition for student teams in 2024

大赛围绕 “逐梦空天、智领未来” 主题

聚焦空天信融合的学生科技创新竞赛

旨在赋能、孵化更多科技创新力量

培养发掘面向未来的

高素质拔尖创新人才

The theme of the competition is

"Pursuing Dreams of Aerospace, Leading the Future with Intelligence"

Focuses on student technological innovation at the intersection of aerospace and information technology

It aims to empower and incubate more technological innovation forces while cultivating top-tier innovative talents for the future

赛道设置

Competition Track Setup

未来飞行器数字化设计

Future Aircraft Digital Design

面向飞行器总体的多学科综合设计，基于现有飞行设计及虚拟仿真相关软件平台，开展先进飞行器总体方案的运用场景及概念设计，面向 未来客机 的任务要求， 填补现有窄体客机与宽体客机之间座级、航程的市场空白 ，开展总体方案设计，综合形成一个需求与方案自洽的解决方案。

This track involves multidisciplinary integrated design focused on the overall concept of aircraft. Utilizing existing aircraft design and virtual simulation software platforms, it involves the development of advanced overall design scenarios and conceptual designs for future aircraft . The aim is to bridge the current market gap in seating capacity and flight range between narrow-body and wide-body aircraft , creating a cohesive solution that aligns with both requirements and design proposals.

无人驾驶挑战赛

Unmanned Vehicle Challenge

围绕 未来月球生存环境中无人车应用场景 ，以“月球生存”为主题，综合利用智能车技术、深度学习技术、计算机视觉技术和大语言模型技术，自主设计组装智能车模型参赛，在规定时间内顺利完成月球表面无人车自动巡视、物资搬运、电力塔维修、应急避险等多个行动任务。

Centered around the theme of "Lunar Survival" , this track integrates intelligent vehicle technology, deep learning, computer vision, and large language models. Participants will autonomously design and assemble intelligent vehicle models to compete in tasks such as autonomous patrolling, cargo transport, power tower repair, and emergency avoidance on the lunar surface, all within a set timeframe.

仿生足式机器人挑战赛

Bionic Legged Robot Challenge

聚焦基于 仿生足式机器人 的“月球救援”任务场景，组委会将在室内模拟搭建 月球环境 ，包含软质沙壤、硬质结构土、环形凸起凹坑等。参赛队伍自行开发设计仿生足式机器人，穿越软质月壤区、斜坡、台阶、双木桥、翻山等场地障碍，将救援包护送至航天员滞留区，并抵达终点，以机器人完成各项任务的完成度进行积分排名。

Focused on a "Lunar Rescue" mission scenario, the committee will simulate a lunar environment indoors, including soft sandy soil, hard structured soil, and circular raised depressions. Teams will independently develop and design bionic legged robots to navigate through various terrains such as soft lunar soil, slopes, steps, double log bridges, and hills. The robots will deliver a rescue package to an astronaut's stranded area and reach the endpoint, with scoring based on the completion of these tasks.

参赛人员

Participants

国内外全日制非成人教育的高等院校在校学生，大赛鼓励以团队形式参赛。

未来飞行器数字化设计赛与仿生足式机器人挑战赛 各参赛队成员最多不超过15人(含指导教师)、每所学校最多可有3支队伍参赛。 无人驾驶挑战赛 各参赛队成员最多不超过5人，指导教师不超过2位，每所学校最多可有2支队伍参赛。

The competition is open to full-time students from both domestic and international higher education institutions excluding adult education programs.

Each participating team in the Future Aircraft Digital Design Competition and the Bionic Legged Robot Challenge has a maximum of 15 members (including instructors), and each school can have up to 3 teams participating. Each participating team in the Unmanned Vehicle Challenge may consist of up to 5 students and no more than 2 instructors. Each school can have at most 2 team participating.

奖项奖励

Awards and Prizes

大赛面向各赛道参赛作品设置金奖、银奖、铜奖 ，由各赛道专家委员会基于比赛成绩，综合考虑作品的前瞻性、可行性、创新性等因素，对参赛作品进行综合评奖。 大赛另设最佳创意奖，与其他奖项获奖不冲突。 对于国际参赛队伍，奖金以公布奖项当日人民币与参赛队所在国货币汇率为准进行兑换。

The competition will award Gold, Silver, and Bronze awards across all tracks. The expert committees of each track will comprehensively evaluate the entries based on the competition results and comprehensively considering the forward-looking, feasibility, innovation and other factors of the works. Additionally, a Best Innovation Award will be granted, which can be awarded alongside other prizes. For international teams, prize money will be converted based on the exchange rate between the Renminbi and the currency of the team’s home country on the day the awards are announced.

🏆 金奖奖励

Gold Prize

50,000人民币

CNY 50,000

荣誉证书一份、奖杯一座

a certificate of honor and a trophy

🏆 银奖奖励

Silver Prize

20,000人民币

CNY 20,000

荣誉证书一份、奖杯一座

a certificate of honor and a trophy

🏆 铜奖奖励

Bronze Prize

荣誉证书一份、奖杯一座

a certificate of honor and a trophy

🏆 最佳创意奖奖励

Best Innovation Award

10,000人民币

CNY 10,000

荣誉证书一份

a certificate of honor

大赛将遴选出具有潜力的设计项目，并进行重点培育。对于金奖、银奖获奖学生，欢迎攻读北航研究生学位。

The competition will also identify and prioritize the development of projects with potential. Gold and Silver award winners are encouraged to apply for graduate degrees at Beihang University.

赛程安排

Competition Schedule

2024年

8月

August

2024

报名开始时间

Registration opens

2024年

9月30日

September 30

2024

报名截止时间

Registration closes

2024年

10月初

Early October

2024

初赛网络评审

Online

preliminary review

2024年

10月底

Late October

2024

复赛线上评审

Online

semifinal review

2024年

12月中下旬

Mid to late

December

2024

线下决赛、颁奖

On-site

final competition and awards ceremony

大赛配套活动

Competition Supporting Activities

中外学生科创交流活动

Scientific and technological exchange activities between Chinese and foreign students

项目制育人高峰论坛

Summit Forum on Educating Students through Project-Based Approach

邀请境内外高校知名学者专家搭建 人才培养交流高端峰会 ，促进航空、交通、机器人领域学术及人才培养交流。

Invite well-known scholars and experts from domestic and foreign universities to build a high-end summit for talent training and exchange , and promote academic and talent training exchanges in the fields of aviation, transportation, and robotics.

2024北航全球科创大赛学生组，邀您参加！

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