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Company Profile
Shanghai China Nuclear Eighth Institute Technology Co., Ltd. (hereinafter referred to as China Nuclear Eighth Institute) was established in September 2020 with the approval of the Ministry of Finance. ) wholly-owned company, implements the governance system of "two brands, one team". Its predecessor, the No. 8 Nuclear Research Institute, was established in May 1963 under the personal order of Premier Zhou Enlai. It solved the key technical problems in the production and manufacture of "two bombs and one boat", and made important contributions to China's establishment of a complete nuclear industry system.
The No. 8 Institute of China Nuclear Power Plant started from an ordinary brick and tile factory in Yuepu Town, Baoshan, but it has written a very extraordinary history. A variety of special equipment and components have been developed successively to provide technical support for the update of my country's enriched uranium production technology and large-scale operation. After the reform and opening up, he actively participated in the great wave of the socialist market economy, developed a series of products such as filters, metal powder, electronic paste, and composite materials, and successively established Kennametalite Co., Ltd. and Shanghai Baoyin Electronic Materials Co., Ltd. , Shanghai Yiming Filtration Technology Co., Ltd., etc., the related product technologies lead the country, forming a diversified business industrial layout, and realizing the preservation and appreciation of state-owned assets.
The Eighth Institute of China Nuclear Power is located in Jiading District, Shanghai, which is known as the "Science and Technology Satellite City", covering an area of about 120 mu. Relying on technological innovation and continuous development, it has cultivated batches of cutting-edge talents, and has won nearly 100 important scientific and technological awards such as the National First Prize for Technological Invention and the National Science and Technology Progress Award. Professional skill worker. It has passed the quality, environment, occupational health and safety management system certification, and has successively won honors such as the National Model Workers' Home, Shanghai Garden Unit, Shanghai Advanced Unit of Open and Democratic Management of Factory Affairs, and has been rated as Shanghai Civilized Unit for 18 consecutive years.
In the new era, the clarion call for institute reform has already sounded. The No. 8 Institute of China Nuclear Power will give full play to the geographical advantages of Shanghai's scientific and technological innovation. Guided by market demand, it will focus on composite materials, purification and filtration, electronic materials, equipment manufacturing and other advantageous technologies, and continue to create diversified industries. , forming a "1+3+N" development pattern, keeping in mind the original intention and mission of building a strong nuclear power and benefiting mankind, helping to launch the "Made in Shanghai" brand, committing to building a world-class enterprise, and continuing to write a better future.
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The Artificial Intelligence Center of the Eighth Institute of CNNC (hereinafter referred to as the Eighth Institute AI Center) is a research and development institution under the Eighth Research Institute of China Nuclear Industry (the Eighth Institute of China Nuclear Industry), focusing on the research and application of artificial intelligence technology. The eight AI centers have an efficient and professional R&D team dedicated to promoting the application and development of artificial intelligence technology in the nuclear industry and other related fields.
Undertake the heavy responsibility of the Yangtze River Delta nuclear innovation space incubation platform, and become the next explosive point to detonate science and technology innovation.
The departments of the eight AI centers cover research and applications in various fields, including machine learning, deep learning, natural language processing, image recognition, etc. Through joint laboratories with external partners and cooperation with related companies, the center jointly promotes the landing and development of artificial intelligence technology in the nuclear industry and other fields.
Enterprise's goal
The goal of the eight AI centers is to improve the intelligence level of the nuclear industry through the research and application of artificial intelligence technology, promote the improvement of the operating efficiency of nuclear power plants, optimize the nuclear safety monitoring and early warning system, and develop in other fields such as intelligent manufacturing, smart city, etc. Innovate in terms of. The center is committed to becoming a leading artificial intelligence technology research and development institution in China, providing support for the digital transformation and intelligent upgrading of the nuclear industry and other fields.
Business layout
The eight AI centers have recently established joint laboratories or reached important cooperative relationships with many companies and research institutions, including but not limited to Huawei Shanghai Shengteng AI Architecture & Innovation Center, Real Intelligence, Dipu Technology, Boundless (Beijing) Technology Co., Ltd., etc.
It has joined forces with Xi'an Jiaotong University, Shanghai Jiaotong University, Zhejiang University, Harbin Engineering, Shanghai University, East China University of Science and Technology, etc. to create trends.
In the professional fields of LLM large model, AIGC digital human, collaborative robot, machine vision, RPA process automation, AR+VR mixed reality, etc., there are advance layout and business planning. Select some of the content below:
The artificial intelligence research and development center appeared at WAIC2023, sharing the progress of the industrial "Dragon Yin" model.
Recruitment Internship Job Description (Urgent Recruitment)
JD1: 3d vision algorithm engineer (internship)
Job Responsibilities:
Participate in the research and development of machine vision algorithms related to traditional image recognition and deep learning in high-precision 3D camera-guided robot tasks, including but not limited to image-based 2D/3D image segmentation detection segmentation and content understanding, point cloud information processing, 6dof pose estimate, etc.;
Participate in model lightweighting and assist in the deployment of algorithm applications;
job requirements:
Master's degree in computer and related majors; undergraduates with relevant 3D vision internship experience and outstanding ability will be considered;
Master computer-related basic knowledge, have excellent mathematical ability, and be familiar with commonly used machine vision algorithms and theories;
Familiar with python, pytorch, and basically master c++; familiar with the use of mmlab series, and those who have some competition experience or related papers are the best;
Proactive in work, able to discover and solve problems; have the personality to challenge oneself and pursue excellence; have the ability to learn quickly for new knowledge and new fields; have teamwork and good communication skills;
Work practice time of 3 months or more, those with outstanding ability and long-term practice will be considered;
JD2: Collaborative robot algorithm engineer (internship position)
Job Responsibilities:
Assist in the completion of collaborative robot control, and algorithm research such as trajectory planning and collision detection;
Assist in the development of hand-eye calibration, high-precision 3D vision and collaborative robot fusion, and coordinate transformation;
Assist in building a collaborative robot simulation platform and related processes;
Assist in the completion of research and development related to object pose recognition and estimation
job requirements:
Proficiency in the basic framework and knowledge of industrial robots, such as DH parameters, inverse calculations, quaternions, etc.;
Familiar with common industrial robot trajectory planning algorithms, it is best to master more than one motion planning algorithm;
Solid basic skills in programming and algorithms, proficiency in python, ROS, good understanding of basic c++, excellent learning ability, good communication and expression, and strong initiative;
Those who have relevant collaborative robotic arm internship or work experience, or have strong scientific research capabilities and have published multiple papers are preferred;
Those who have relevant mechanical design or space modeling ability and are familiar with structural design software such as solidwork are preferred;
Master's students and above, majors are not limited, undergraduates with relevant project experience can be considered. Be able to get to work as soon as possible, with an internship of 3 months (and above) at least 4 days a week
treatment:
100-200/day;
Free accommodation is available for those who are far away;
Internship certificates can be provided, and other reasonable needs can be discussed together;
Excellent performance, there is a regularization;
Contact information:
【Working place】Jiading, Shanghai
【Delivery mailbox】[email protected]
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【Phone】15100051560
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