Admission to the Beijing Aerospace University as a physically intelligent micro-professional

A: Micro-professional introduction

The Fifteenth Five-Year Plan will focus on developing industries with physical intelligence, accelerating the expansion of the entire industrial chain of robots, accelerating the scale of landings, and ushering in an explosive development window, but the supply of interdisciplinary complex talent lags significantly behind the industry's growth rate, both understanding large model algorithms, perceptual cognition, and mastery of robotic movements, controlling high-level hardware integration and scenographic engineering landings, and the continuous expansion of application talent shortages, becoming a key bottleneck for the development of intelligent robotics technology, product couplings and scenery.

Beijing Aerospace University's Institute of Physical and Intelligent Robotics and the School of Mechanical Engineering and Automatic Chemistry joined forces to create micro-specialties in focused physical intelligence by leading companies such as Bloomberg Intelligent, the Center for Innovation in the Robotics Industry in China, the Center for Innovation in the Robotics Industry in China, Intelligent Robotics, Intelligent Robotics, Intelligent Robotics, Intelligent Robotics, Intelligent Robotics, Intelligent Robotics, Intelligent Robotics, Intelligent Robotics, Intelligent Robotics, and Intelligent Robotics.Core components of silicon - software algorithms - integrated systems - limited application of siliconThe main line, facingIt's about smart manufacturing, smart robots, human robots, and so on.In the field of development, there is a shortage of complex talent.

Mastery of robotic control, intelligent perception, task decision-making, simulation verification and system integration, cross-disciplinary knowledge integration and project engineering practice capabilities.

In the fields of aerospace, automotive manufacturing and orbital transportation, he works on the design, development, testing and application of intelligent robot systems.

The project-based teaching has been used as a catalyst to build a complete catalytic capacity building system that integrates catalytic components-algorithms-systems-applications.The Real SceneDeveloping innovative capabilities in the robotic integrated practice.

The curriculum requires:Mathematics, software engineering, Python programming techniques and practices.

Students need to completeAll the lessons:12Scores)You can apply for a job.

Understand the principles - make prototypes - engineered landings, online lessons combined with simulation experiments, physical robot development.

Enterprise real-world tasks such as smart production line transformation, robot control optimization)

It is based on the use of mathematical hardcore techniques, real-machine engineering, large-scale model cross-fertilization, human-robot attraction, and the cultivation of the characteristics of enhanced silicon.

Based on Norwegian resources, students can access related research platforms and subject-matter research projects, and participate in free events such as academic forums, front-end topic lectures, and technical salons.

Out-of-school tutors come from experts or engineers from leading companies in the robotics industry to provide enterprise training, project joint venture opportunities, match real industrial engineering scenarios, and open up classroom learning and barriers to industrial application.

Encourage student teams to participate in the National College Robots Competition, the Human Robot Innovation Competition, the RoboMaster related subject competition, the Race Practice and the Race Practice.

Fifth, the Norwegian Institute of Intelligent Robotics

The Norwegian Institute of Equipment and Intelligent Robotics (hereinafter referred to as the Institute) is a Norwegian research institute.Transformation of key technologies and outcomes for smart robotsIt was founded.Deep integration of production and researchSchool-based scientific research platforms focused on the cutting-edge areas of large-scale models with physical intelligence, agile operating skills learning, intelligent perception and smooth control, conducting basic research on the application of robots to industrial manufacturing and other scenarios, and exploring new platforms for talent development in production research and development projects, building talent development and institutional reforms.

The institute was officially established on April 1, 2025, jointly established by the Beijing Municipal Research Commission, the Beijing Maritime District Government and Beijing Aerospace University. Since its establishment, the institute has always focused on the development strategy of open bodies, autonomous brains, integrated training, limited application of artificial turf, adhering to the development strategy of scientific research organizations with major engineering tasks, bringing scientific research into line with the needs of the industry, promoting collaboration in scientific innovation and industrial development. In September 2025, the institute co-founded the North American Institute of Mechanical Engineering and Automatic Chemistry.

Beijing Intelligent Technology Shares Limited is a state-owned enterprise that specializes in lithium-ion technology and lithium-ion manufacturing. The company has developed autonomous robotics operating system ARCS and core algorithm library ARAL, and has achieved national production of core components such as servo motors, decelerators, drivers and controllers. The main product collaboration robots and mobile operating robots have been widely used by leading companies in the new energy and automotive industries such as BYD, Nintendo Entertainment, and BMW.

Six, the strength of teachers

Hong Kong and China

Chairman of Intelligent Technology Shares Limited, elected to the prestigious Engineering Hall of Fame in Beijing, and was named Best China Feature Socialist Project Builder in Beijing and Beijing. He served as a member of the National Committee for Robot Standardization Technology, Chairman of the National Robot Modularity Standards Working Group, Chairman of the Cooperative Robot Standards Working Group, International Standards (Robotics modularity) expert.

The tide of the sea

Deputy Director, Professor, Ph.D. student advisor at the Institute of Artificial Intelligence and Robotics of Northeast China. He is the first cargo expert on the Chinese space station, a canoe 16 crew astronaut. He has published more than 70 academic papers, including more than 40 SCI index papers, received two national invention patents, and has led more than a dozen scientific research projects.

Cows and cattle

Several scientific achievements have been translated into technology. More than 300 academic papers have been published in national and international journals and conferences (including more than 30 CCF Class A papers).

Xue Dong

Deputy Director of the Norwegian Institute of Intelligent Robotics, Professor. He has worked for many years in the field of motor servo drive, collaborative robotics, and intelligent robotics, receiving several awards.

What is it?

Professor, PhD student advisor at Beijing Aerospace University, focusing on research on industrial robotics technology and applications, special robots and biobots, conducting eight longitudinal subjects, 11 horizontal subjects, and more than 80 papers.

Bear-friendly army

The co-founder, CEO and co-founder of the Center for Intelligent Robotics Innovation in Beijing, Yubei will elect the co-founder and vice-chairman of the Standardization Technology Committee of Human Robotics, Ministry of Industry and Information Technology.

Li Hongbo

He is the founder of the mobile robot unicorn company, CTO, Beijing Youth Scholar, Vice-Chairman of the Intelligent Manufacturing Branch of the Chinese Federation of Mechanical Industry.

Oh, my God.

He is the founder, chairman, and CEO of Robotics. He was awarded the title of China's top 40 business elites under the age of 40 by Fortune in 2025, and was chosen as China's pioneer entrepreneur in 2025.

The Hawaiian Wave

Co-founder, President and CEO of Light Wheel Intelligent, who has worked extensively in the field of artificial intelligence, industrial ecology, robotics simulation, industrial standards development, AI simulation and data infrastructure construction.

The earthquake

He is the founder and CEO of Intelligent, a senior engineer at the rank of professor, the executive member of the China Computer Society's Professional Committee on Human-Computer Interaction, a senior researcher at the Shanghai Institute of Innovation (NIAI), a member of the Chinese Entrepreneurs Association, and the founder and CEO of Snapdragon Technology.

Scroll down and see

Multiple reviews of coursework + project responses and more.

Completion of all curriculum learning and integrated practice projects, accredited by the Teaching Council.

Beijing Aerospace UniversityOfficial micro-professional certificate of completion。

Full-time high school students are not limited to professional interviews.

Social workers with full-time undergraduate degrees are required to be interviewed.

90 people a year.

In grades 1-2, students can study their progress independently according to their own schedule.

50 thousand dollars a person.

Number nine, the registration process

It's been a long day.8The Moon30The dayClick below.Subscription linksor scanningTwo-dimensional codeSign up.

The following is a link to the list:

After staff verified the information, it was sentNotice of admission, curriculum and payment requiredIf the number of people verifying the correctness of the information exceeds the carrying capacity,The drawThe way.

As requested by the notificationTransfers and returns of ordersTo the mailbox.

It's all right.Admission notice and transfer formAccording to reports, enrollment is expected to be around 9th October 2026.

10 Consulting contacts

Teacher Lee: 

lizeyubuaa@buaa.edu.cn

Teacher:   

15010287559