Salary: 20-50K
Experience requirements: 5-10 years
Educational requirements: Doctor and above
Job Description:
I. Post responsibilities
1. Be responsible for the joint development of rubber material modification and new material suppliers, and plan development path of rubber material technology;
2. Be responsible for rubber material selection, application and development, and build product competitiveness from the rubber material dimension;
3. Be responsible for leading the analysis and improvement of major technical problems related to rubber;

4. Be responsible for the construction and update of rubber material database.


II. Job Requirements
1. Be familiar with the selection and development of rubber materials for new energy electric drive system, have a deep understanding of the formulation and performance of rubber materials, and be familiar with the analysis and characterization methods of various rubber materials;
2. Familiar with the application of new energy electric drive rubber materials, such as water channel seal ring, cover plate box rubber, oil seal, CIPG rubber, FIPG rubber, etc.;
3. Master the principle of rubber sealing and damping, and have a certain understanding of the compatibility of rubber with coolant and lubricating oil;
4. Have a deep understanding of rubber materials for oil seals, be familiar with the development direction of high-speed and high-efficiency oil seal rubber, and have a certain understanding of integrated oil seals;
5, open and team spirit, a strong sense of purpose and enthusiasm for work;
6. Doctor or above, rubber material direction, relevant work experience of 5 years or above or excellent rubber material doctoral student.

Salary: 0-0K
Experience requirements: Experience is not limited
Educational requirements: Doctor and above
Job Description:
I. Introduction_x000D_
Tutor/Research Team of Chu Jun, Center for Biomedical Optics, Shenzhen Institute of Advanced Technology, Chinese Academy of Sciences_x000D_
See the official website of Shenzhen Institute of Advanced Technology, Chinese Academy of Sciences_x000D_
Chu Jun, Researcher, Chinese Academy of Sciences Hundred Talents Program Category A (2015). The main research directions of the team are fluorescent probes encoded by genes and imaging of signaling pathways. He has been invited to review manuscripts for journals such as Nature Methods and Nature Communications for many times. He presided over the key R & D plan of the Ministry of Science and Technology and the general fund of the Fund Committee, with a total funding of more than 12 million yuan. The team has published more than 20 high-level SCI papers, including one work and the corresponding author published in high-level journals such as Nature Biotechnology, Nature Methods and Nature Communications. More than 10 invention patents have been applied for and 5 patents have been authorized._x000D_
II. Research direction/job responsibilities_x000D_
Research direction:_x000D_
Development of gene-encoded optical probes and optical imaging of signaling pathways;_x000D_
Job Responsibilities:_x000D_
Develop fluorescent probes encoded by genes with international advanced level, and then track the spatiotemporal dynamics of key molecular activities under different stimuli in vivo tumors or brain neurons in real time. The team has accumulated more than ten years of experience in gene coding probes and optics, has rich scientific research experience, and can guide and train new employees. Under the guidance of PI, new employees will work for 3-6 months, then independently carry out scientific research work, and grow into the backbone of scientific research who can lead the team;_x000D_
III. Conditions of Service_x000D_
1． Having obtained or about to obtain a doctor's degree; no more than 35 years old (including 35 years old), no more than three years after graduation, and no postdoctoral work in Guangdong Province;_x000D_
2． Love scientific research, hard work, good team spirit and communication and coordination skills;_x000D_
3． Cell biology, protein engineering, biochemistry, neuroscience, microbiology and other related professional fields; scientific research experience and achievements in molecular cloning and cell biology and other related directions;_x000D_
4． Good English reading, writing and communication skills, and at least one SCI paper published in JCR Zone I or above journals in the field._x000D_
IV. Salary and treatment_x000D_
1. Salary: The term of employment is two years, with an average annual salary of 300,000-450,000/year (including provincial and municipal subsidies), and the details are negotiable;_x000D_
2. Five insurances and one housing fund: enjoy medical insurance, endowment insurance, industrial injury insurance and other basic social insurance and housing accumulation fund for full-time employees;_x000D_
3. Reward: enjoy the same annual assessment bonus and year-end bonus as regular employees._x000D_
V. Welfare Care_x000D_
1. Special benefits: enjoy trade union benefits, food allowance, transportation allowance, holiday allowance, bus parking, paid annual leave, holiday condolences and other benefits. According to employees' marriage, birth, birthday, statutory holidays and other condolences, special activities (birthday party, afternoon tea, interest groups, etc.) And other benefits;_x000D_
2. Housing welfare: You can choose to apply for transitional housing in the hospital, post-doctoral apartment in the city (Hezheng Land) and talent housing in Shenzhen;_x000D_
3. High-quality medical care: provide high-level medical security and annual physical examination for employees;_x000D_
4. Scientific research environment: provide international leading scientific research conditions, including good working environment, sufficient research funds, cutting-edge experimental instruments and pleasant working atmosphere;_x000D_
VI. Personal Development_x000D_
1. Opportunities for promotion and stay in the hospital: The length of service during the period of working in the station is included in the length of service of our hospital, providing opportunities to participate in international cooperation and exchange and subject cooperation, and encouraging postdoctoral students who meet the requirements to apply for various projects._x000D_
2. During the period of the station, they can apply for the support of China Postdoctoral Science Foundation (the general support standard is 80000 yuan and 50000 yuan, and the special support standard is 180000 yuan and 150000 yuan);_x000D_
3. Those who meet the requirements can competitively apply for the National "Post-doctoral Innovative Talents Support Plan" (A total of 640,000 yuan per person for two years, of which 560,000 yuan is the post-doctoral living allowance and 80,000 yuan is the scientific research subsidy; B is the post-doctoral living allowance of 360,000 yuan per person for two years; C is the post-doctoral living allowance of 240,000 yuan per person for two years). This project does not have both provincial and municipal subsidies;_x000D_
4. Guangdong Overseas Postdoctoral Talents Support Project (TOP Top 200 Overseas Universities, 600000/2 years in the station, 400000/3 years in Guangdong housing subsidy after leaving the station, totaling 1 million), this project does not have both provincial and municipal subsidies;_x000D_
5. During the period of the station, you can apply for the "Dean's Post-doctoral Selection Special Plan", which will be subsidized for the third year according to the standard of 200000 yuan per candidate. You can apply for the city's post-doctoral apartment, the city's talent housing or the one-time housing subsidy of 20000 yuan, and issue the "Dean's Post-doctoral Selection Special Subsidy Certificate"._x000D_
6.6. After leaving the station, you can apply for Shenzhen postdoctoral research funding for staying (coming) in Shenzhen, which will be granted 100000 yuan per year for a total of 3 years._x000D_
Relevant policies are mainly based on the documents of Guangdong Province and Shenzhen City._x000D_
_x000D_
VII. Application Materials_x000D_
1. Resume in Chinese and English (with a list of published academic achievements); _x000D_
2. Scanned copies of relevant materials of degree certificates;_x000D_
3. Copies of representative achievements reflecting my academic level in the past five years;_x000D_
4. Expert recommendation letters are preferred.

Salary: 0-0K
Experience requirements: Experience is not limited
Educational requirements: Doctor and above
Job Description:
I. Introduction to the Center_x000D_
The Lauterberg Center for Biomedical Imaging, named after PaulC. Lauterbur, the Nobel Prize winner and father of magnetic resonance imaging technology, was established in 2007 to establish an international first-class research unit and promote the innovation of biomedical imaging technology, the development of systems and equipment, and biomedical applications. Adhering to its mission, the center adheres to the principle of "academic leadership and industry drive", and strives to build an international advanced level of medical imaging equipment by gathering high-level talents, promoting the development of medical imaging and biomedical engineering disciplines, breaking through new methods, technologies, components and systems of medical devices such as MRI, CT, PET, ultrasound and multi-modal molecular imaging. To serve the development of the medical device industry and the medical and health needs of the people. The center has one of the medical imaging research teams with large scale and strong strength in China, and has established several experimental platforms such as the Key Laboratory of Medical Imaging Science and Technology System. The existing scientific research and experimental site covers an area of more than 3000 square meters, with 45 sets of scientific research equipment of more than 300000 yuan and total equipment assets of nearly 100 million yuan._x000D_
II. Brief Introduction of the Tutor_x000D_
Zhang Na, Ph. D., Associate Researcher of Shenzhen Institute of Advanced Technology, Chinese Academy of Sciences, Doctoral Tutor, Winner of Guangdong Outstanding Youth Fund, Project Leader of National Key R & D Program, Overseas High-level Talents of Shenzhen Peacock Program, and High-level Professionals of Shenzhen. He has studied in the International Cardiovascular Super Laboratory of the University of California, USA. His research interests are multi-modal medical imaging and medical image processing, and their applications in cerebrovascular diseases and tumors. It has established close scientific research cooperation with many third-class hospitals and leading domestic high-end medical device enterprises to solve practical problems in domestic high-end medical industry and clinical medicine. It has achieved a breakthrough in the frontier science of three-dimensional magnetic resonance imaging technology for stroke plaques, developed the world's first intelligent early warning and analysis software for stroke, and applied it to the first 3T high-end magnetic resonance equipment in China to achieve a large-scale industrial landing, which has now become the standard of its high-end clinical application and the highlight of market competition, in more than 100 large hospitals throughout the country. It has played an important role in the early and accurate diagnosis and large-scale screening of cerebrovascular diseases. His research achievements have won many awards such as the first prize of Beijing Science and Technology Progress Award, published more than 100 SCI authoritative journals and conference papers in this field, and been invited to report on the latest research achievements at the International Annual Conference on Medical Magnetic Resonance for many times. And won the "Summa Cum Laude", "Magna Cum Laude" and other outstanding awards awarded by the General Assembly. It has authorized more than 10 invention patents in the United States/China, and realized the transfer and transformation. He has successively presided over a number of scientific research projects at all levels, such as national key research and development projects, national natural youth, Guangdong outstanding youth/general, Shenzhen basic research, etc. At the same time, as a core backbone, he has successively participated in a number of national major scientific research instrument development projects, digital diagnosis and treatment equipment research and development projects of the Ministry of Science and Technology, and key projects and industrialization projects of the National Natural Science Foundation of China._x000D_
三、III. Research direction/job responsibilities_x000D_
Research direction:_x000D_
1. Magnetic resonance imaging, PET/MR imaging and other multi-modality imaging and image reconstruction_x000D_
2. Medical Image Processing, Artificial Intelligence and Medical Image Big Data Analysis_x000D_
3. Application research of multi-modality imaging fusion in cerebrovascular disease and tumor_x000D_
Job Responsibilities:_x000D_
1． He is engaged in the research and experimental verification of multi-modal medical image processing such as magnetic resonance imaging, PET/MR and intelligent diagnosis and treatment for cerebrovascular diseases and tumors, and has published high-level journal and conference papers in related fields;_x000D_
2． Relying on the unit to apply for postdoctoral science funds, youth projects of the National Natural Science Foundation of China and other national, provincial and municipal projects;_x000D_
3． Be able to independently carry out research work on related topics, assist in guiding graduate students, and assist in completing project declaration._x000D_
IV. Conditions of Service_x000D_
1． Having obtained or about to obtain a doctor's degree; no more than 35 years old (including 35 years old), no more than three years after graduation, and no postdoctoral work in Guangdong Province;_x000D_
2． Love scientific research, hard work, good team spirit and communication and coordination skills;_x000D_
3． Including but not limited to biomedical engineering, computer application, electronic information and other related professional fields; scientific research experience and achievements in medical imaging, medical image processing, artificial intelligence and other related directions;_x000D_
4． Good English reading, writing and communication skills, preferably with a paper published in an authoritative SCI journal in the field._x000D_
V. Salary and treatment_x000D_
1. Salary: The term of employment is two years, with an average annual salary of 300,000-450,000/year (including provincial and municipal subsidies), and the details are negotiable;_x000D_
2. Five insurances and one housing fund: enjoy medical insurance, endowment insurance, industrial injury insurance and other basic social insurance and housing accumulation fund for full-time employees;_x000D_
3. Reward: enjoy the same annual assessment bonus and year-end bonus as regular employees._x000D_
VI. Welfare Care_x000D_
1. Special benefits: enjoy trade union benefits, food allowance, transportation allowance, holiday allowance, bus parking, paid annual leave, holiday condolences and other benefits. According to employees' marriage, birth, birthday, statutory holidays and other condolences, special activities (birthday party, afternoon tea, interest groups, etc.) And other benefits;_x000D_
2. Housing welfare: You can choose to apply for transitional housing in the hospital, post-doctoral apartment in the city (Hezheng Land) and talent housing in Shenzhen;_x000D_
3. High-quality medical care: provide high-level medical security and annual physical examination for employees;_x000D_
4. Scientific research environment: provide international leading scientific research conditions, including good working environment, sufficient research funds, cutting-edge experimental instruments and pleasant working atmosphere;_x000D_
VII. Personal Development_x000D_
1. Opportunities for promotion and stay in the hospital: The length of service during the period of working in the station is included in the length of service of our hospital, providing opportunities to participate in international cooperation and exchange and subject cooperation, and encouraging postdoctoral students who meet the requirements to apply for various projects._x000D_
2. During the period of the station, they can apply for the support of China Postdoctoral Science Foundation (the general support standard is 80000 yuan and 50000 yuan, and the special support standard is 180000 yuan and 150000 yuan);_x000D_
3. Those who meet the requirements can competitively apply for the National "Post-doctoral Innovative Talents Support Plan" (A total of 640,000 yuan per person for two years, of which 560,000 yuan is the post-doctoral living allowance and 80,000 yuan is the scientific research subsidy; B is the post-doctoral living allowance of 360,000 yuan per person for two years; C is the post-doctoral living allowance of 240,000 yuan per person for two years). This project does not have both provincial and municipal subsidies;_x000D_
4. Guangdong Overseas Postdoctoral Talents Support Project (TOP Top 200 Overseas Universities, 600000/2 years in the station, 400000/3 years in Guangdong housing subsidy after leaving the station, totaling 1 million), this project does not have both provincial and municipal subsidies;_x000D_
5. During the period of the station, you can apply for the "Dean's Post-doctoral Selection Special Plan", which will be subsidized for the third year according to the standard of 200000 yuan per candidate. You can apply for the city's post-doctoral apartment, the city's talent housing or the one-time housing subsidy of 20000 yuan, and issue the "Dean's Post-doctoral Selection Special Subsidy Certificate"._x000D_
6.6. After leaving the station, you can apply for Shenzhen postdoctoral research funding for staying (coming) in Shenzhen, which will be granted 100000 yuan per year for a total of 3 years._x000D_
Relevant policies are mainly based on the documents of Guangdong Province and Shenzhen City._x000D_
VIII. Application Materials_x000D_
1. Resume in Chinese and English (with a list of published academic achievements); _x000D_
2. Scanned copies of relevant materials of degree certificates;_x000D_
3. Copies of representative achievements reflecting my academic level in the past five years;_x000D_
4. Expert recommendation letters are preferred.

Salary: 0-0K
Experience requirements: Experience is not limited
Educational requirements: Doctor and above
Job Description:
I. Introduction to the Center_x000D_
The Lauterberg Center for Biomedical Imaging, named after PaulC. Lauterbur, the Nobel Prize winner and father of magnetic resonance imaging technology, was established in 2007 to establish an international first-class research unit and promote the innovation of biomedical imaging technology, the development of systems and equipment, and biomedical applications. Adhering to its mission, the center adheres to the principle of "academic leadership and industry drive", and strives to build an international advanced level of medical imaging equipment by gathering high-level talents, promoting the development of medical imaging and biomedical engineering disciplines, breaking through new methods, technologies, components and systems of medical devices such as MRI, CT, PET, ultrasound and multi-modal molecular imaging. To serve the development of the medical device industry and the medical and health needs of the people. The center has one of the medical imaging research teams with large scale and strong strength in China, and has established several experimental platforms such as the Key Laboratory of Medical Imaging Science and Technology System. The existing scientific research and experimental site covers an area of more than 3000 square meters, with 45 sets of scientific research equipment of more than 300000 yuan and total equipment assets of nearly 100 million yuan._x000D_
II. Brief Introduction of the Tutor_x000D_
Zhang Na, Ph. D., Associate Researcher of Shenzhen Institute of Advanced Technology, Chinese Academy of Sciences, Doctoral Tutor, Winner of Guangdong Outstanding Youth Fund, Project Leader of National Key R & D Program, Overseas High-level Talents of Shenzhen Peacock Program, and High-level Professionals of Shenzhen. He has studied in the International Cardiovascular Super Laboratory of the University of California, USA. His research interests are multi-modal medical imaging and medical image processing, and their applications in cerebrovascular diseases and tumors. It has established close scientific research cooperation with many third-class hospitals and leading domestic high-end medical device enterprises to solve practical problems in domestic high-end medical industry and clinical medicine. It has achieved a breakthrough in the frontier science of three-dimensional magnetic resonance imaging technology for stroke plaques, developed the world's first intelligent early warning and analysis software for stroke, and applied it to the first 3T high-end magnetic resonance equipment in China to achieve a large-scale industrial landing, which has now become the standard of its high-end clinical application and the highlight of market competition, in more than 100 large hospitals throughout the country. It has played an important role in the early and accurate diagnosis and large-scale screening of cerebrovascular diseases. His research achievements have won many awards such as the first prize of Beijing Science and Technology Progress Award, published more than 100 SCI authoritative journals and conference papers in this field, and been invited to report on the latest research achievements at the International Annual Conference on Medical Magnetic Resonance for many times. And won the "Summa Cum Laude", "Magna Cum Laude" and other outstanding awards awarded by the General Assembly. It has authorized more than 10 invention patents in the United States/China, and realized the transfer and transformation. He has successively presided over a number of scientific research projects at all levels, such as national key research and development projects, national natural youth, Guangdong outstanding youth/general, Shenzhen basic research, etc. At the same time, as a core backbone, he has successively participated in a number of national major scientific research instrument development projects, digital diagnosis and treatment equipment research and development projects of the Ministry of Science and Technology, and key projects and industrialization projects of the National Natural Science Foundation of China._x000D_
三、III. Research direction/job responsibilities_x000D_
Research direction:_x000D_
1. Magnetic resonance imaging, PET/MR imaging and other multi-modality imaging and image reconstruction_x000D_
2. Medical Image Processing, Artificial Intelligence and Medical Image Big Data Analysis_x000D_
3. Application research of multi-modality imaging fusion in cerebrovascular disease and tumor_x000D_
Job Responsibilities:_x000D_
1． He is engaged in the research and experimental verification of multi-modal medical image processing such as magnetic resonance imaging, PET/MR and intelligent diagnosis and treatment for cerebrovascular diseases and tumors, and has published high-level journal and conference papers in related fields;_x000D_
2． Relying on the unit to apply for postdoctoral science funds, youth projects of the National Natural Science Foundation of China and other national, provincial and municipal projects;_x000D_
3． Be able to independently carry out research work on related topics, assist in guiding graduate students, and assist in completing project declaration._x000D_
IV. Conditions of Service_x000D_
1． Having obtained or about to obtain a doctor's degree; no more than 35 years old (including 35 years old), no more than three years after graduation, and no postdoctoral work in Guangdong Province;_x000D_
2． Love scientific research, hard work, good team spirit and communication and coordination skills;_x000D_
3． Including but not limited to biomedical engineering, computer application, electronic information and other related professional fields; scientific research experience and achievements in medical imaging, medical image processing, artificial intelligence and other related directions;_x000D_
4． Good English reading, writing and communication skills, preferably with a paper published in an authoritative SCI journal in the field._x000D_
V. Salary and treatment_x000D_
1. Salary: The term of employment is two years, with an average annual salary of 300,000-450,000/year (including provincial and municipal subsidies), and the details are negotiable;_x000D_
2. Five insurances and one housing fund: enjoy medical insurance, endowment insurance, industrial injury insurance and other basic social insurance and housing accumulation fund for full-time employees;_x000D_
3. Reward: enjoy the same annual assessment bonus and year-end bonus as regular employees._x000D_
VI. Welfare Care_x000D_
1. Special benefits: enjoy trade union benefits, food allowance, transportation allowance, holiday allowance, bus parking, paid annual leave, holiday condolences and other benefits. According to employees' marriage, birth, birthday, statutory holidays and other condolences, special activities (birthday party, afternoon tea, interest groups, etc.) And other benefits;_x000D_
2. Housing welfare: You can choose to apply for transitional housing in the hospital, post-doctoral apartment in the city (Hezheng Land) and talent housing in Shenzhen;_x000D_
3. High-quality medical care: provide high-level medical security and annual physical examination for employees;_x000D_
4. Scientific research environment: provide international leading scientific research conditions, including good working environment, sufficient research funds, cutting-edge experimental instruments and pleasant working atmosphere;_x000D_
VII. Personal Development_x000D_
1. Opportunities for promotion and stay in the hospital: The length of service during the period of working in the station is included in the length of service of our hospital, providing opportunities to participate in international cooperation and exchange and subject cooperation, and encouraging postdoctoral students who meet the requirements to apply for various projects._x000D_
2. During the period of the station, they can apply for the support of China Postdoctoral Science Foundation (the general support standard is 80000 yuan and 50000 yuan, and the special support standard is 180000 yuan and 150000 yuan);_x000D_
3. Those who meet the requirements can competitively apply for the National "Post-doctoral Innovative Talents Support Plan" (A total of 640,000 yuan per person for two years, of which 560,000 yuan is the post-doctoral living allowance and 80,000 yuan is the scientific research subsidy; B is the post-doctoral living allowance of 360,000 yuan per person for two years; C is the post-doctoral living allowance of 240,000 yuan per person for two years). This project does not have both provincial and municipal subsidies;_x000D_
4. Guangdong Overseas Postdoctoral Talents Support Project (TOP Top 200 Overseas Universities, 600000/2 years in the station, 400000/3 years in Guangdong housing subsidy after leaving the station, totaling 1 million), this project does not have both provincial and municipal subsidies;_x000D_
5. During the period of the station, you can apply for the "Dean's Post-doctoral Selection Special Plan", which will be subsidized for the third year according to the standard of 200000 yuan per candidate. You can apply for the city's post-doctoral apartment, the city's talent housing or the one-time housing subsidy of 20000 yuan, and issue the "Dean's Post-doctoral Selection Special Subsidy Certificate"._x000D_
6.6. After leaving the station, you can apply for Shenzhen postdoctoral research funding for staying (coming) in Shenzhen, which will be granted 100000 yuan per year for a total of 3 years._x000D_
Relevant policies are mainly based on the documents of Guangdong Province and Shenzhen City._x000D_
VIII. Application Materials_x000D_
1. Resume in Chinese and English (with a list of published academic achievements); _x000D_
2. Scanned copies of relevant materials of degree certificates;_x000D_
3. Copies of representative achievements reflecting my academic level in the past five years;_x000D_
4. Expert recommendation letters are preferred.

Salary: 0-0K
Experience requirements: Experience is not limited
Educational requirements: Doctor and above
Job Description:
Job Responsibilities:
1. Be responsible for the technical route planning and implementation of metal materials;
2. Be responsible for the application and development of new metal materials, the solution of application problems, and the docking of supplier resources;
3. Be responsible for the construction of metal material standard system and database;
4. Be responsible for solving the problems related to materials (including material performance, molding process, surface treatment process, etc.) after the research and development of metal materials and mass production, and ensure that the project cycle requirements and product quality requirements are met;
5. Be responsible for the failure analysis of metal materials and the promotion of improvement programs.
Qualifications:
1. Major in metal materials or materials science and engineering;
2. Be familiar with the key points of metal materials, forming process and surface treatment process, such as alloy composition design, heat treatment, electroplating, PVD and other related knowledge principles; be familiar with the detection and evaluation methods of metal product related properties (mechanical properties, metal structure).
3. Good communication and coordination skills
4. Experience in enterprise cooperation and scientific research projects is preferred.

Salary: 0-0K
Experience requirements: Experience is not limited
Educational requirements: Doctor and above
Job Description:
Job Responsibilities:_x000D_
The research direction of Zhao Guoping's research group:_x000D_
1． Multi-omics data integration and development of automated bioinformatics analysis processes and machine learning systems;_x000D_
2． Biomarker Mining of Population Microbiome Data and Development of Resolvability Models for Disease Prediction;_x000D_
3． Pan-Genome Study of Pathogenic Microorganisms, Clinical Phenotype Correlation, Antibiotic Resistance Phenotype Prediction and Mechanism Analysis;_x000D_
4． Mining and database development of microbial genome elements and their functional modules based on deep learning technology._x000D_
Job highlights:_x000D_
85 first-class scientific research platform_x000D_
85 Adequate funding guarantee_x000D_
85 Interdisciplinary Guidance_x000D_
85 Open Industrial Environment_x000D_
85 Multidimensional Development Path_x000D_
853H all-round guarantee_x000D_
(I) Job description_x000D_
Mining functional elements and modules of microbial genomes using deep learning techniques, including_x000D_
1． Participate in the design of semantic representation model of microbial genome and the development of deep learning algorithm;_x000D_
2． Participate in the research of cutting-edge algorithms in the research field, and test, evaluate, optimize and improve them;_x000D_
3． Participate in the development of automated machine learning systems that integrate existing open source data and software modules._x000D_
(II) Application requirements_x000D_
1. Have obtained or will obtain a doctoral degree in computer, electronic information, mathematics, physics and other related majors, and have one or more years of in-depth learning related projects or internship experience;_x000D_
2. Age ≤ 35 years old, doctoral degree ≤ 3 years, no postdoctoral work in Guangdong Province._x000D_
3. Priority is given to those with the following experience background:_x000D_
A) Be familiar with Python programming language and Linux development environment, and skillfully use frameworks and technical platforms such as TensorFlow, PyTorch or Keras;_x000D_
B) Understand the principle of mainstream deep learning model structure (CNN/RNN/Attention/Transformer) or have NLP deep learning experience is preferred;_x000D_
C) Good English literature reading ability, strong ability to learn open source projects in depth, and ability to write various technical development documents, technical disclosure, etc._x000D_
(III) Salary and welfare_x000D_
1. The comprehensive annual income during the postdoctoral period includes full government subsidies, competitive salaries and bonuses;_x000D_
2. Assist in applying for the following items during the station:_x000D_
-Postdoctoral Science Fund (the standard of natural science funding is 80,000 yuan, and the standard of social science funding is generally 50,000 yuan)_x000D_
-National Natural Science Foundation of China Youth Program_x000D_
-National "Boxin Plan" (not less than 600,000 yuan/2 years)_x000D_
-Postdoctoral International Exchange Program (400,000/2 years)_x000D_
-Special Research Assistant Program of the Chinese Academy of Sciences (800,000/2 years)_x000D_
-Outstanding Youth Innovation Fund of Advanced Academy (100,000/2 years)_x000D_
-International Training Program for Outstanding Young Scientific Research Talents of Guangdong Province (400,000/2 years)_x000D_
-Guangdong Overseas Postdoctoral Talents Support Program (living allowance of 600,000/2 years; housing allowance of 400,000/3 years)_x000D_
3. In addition, there is abundant support for overseas Bohou;_x000D_
4. When leaving the station, priority should be given to providing job opportunities to stay in the hospital or school; those with outstanding performance can apply for the post of sub-senior title when leaving the station;_x000D_
5. If you sign a three-year labor contract after leaving the station, you can apply for a research grant of 300000 yuan for post-doctoral students in Shenzhen, totaling 100000 yuan per year for three years, to fully guarantee and assist in applying for various subsidies and benefits after leaving the station;_x000D_
6. Talent housing + high-end physical examination + VIP service of designated hospital + children's enrollment;_x000D_
7. Full payment of five insurance and one fund + working meal allowance + "5 + 5" paid annual leave;_x000D_
8. One-to-one guidance from scientific research predecessors, professional teams to assist you in striving for national and local projects;_x000D_
9. Open topics, academic exchanges, skills training and opportunities for further study abroad are put in irregularly._x000D_
Note: The relevant policy changes are subject to the documents of Guangdong Province and Shenzhen City._x000D_
(IV) Workplace_x000D_
No.108, Yongchuang Road, Guangming District, Shenzhen City._x000D_
Introduction to PI:_x000D_
Zhao Guoping, Academician of Chinese Academy of Sciences, Chief Scientist of Synthetic Biology, Shenzhen Institute of Advanced Technology, Chinese Academy of Sciences. The academic leader of the microbiome research program of the Chinese Academy of Sciences and the active promoter of the construction of the microbiome big data platform are committed to the technical standardization of microbiome research and the mining and platformization of the big data resources of the microbiome.

Salary: 0-0K
Experience requirements: Experience is not limited
Educational requirements: Doctor and above
Job Description:
The research direction of Zhao Guoping's research group:_x000D_
1． Multi-omics data integration and development of automated bioinformatics analysis processes and machine learning systems;_x000D_
2． Biomarker Mining of Population Microbiome Data and Development of Resolvability Models for Disease Prediction;_x000D_
3． Pan-Genome Study of Pathogenic Microorganisms, Clinical Phenotype Correlation, Antibiotic Resistance Phenotype Prediction and Mechanism Analysis;_x000D_
4． Mining and database development of microbial genome elements and their functional modules based on deep learning technology._x000D_
Job highlights:_x000D_
85 first-class scientific research platform_x000D_
85 Adequate funding guarantee_x000D_
85 Interdisciplinary Guidance_x000D_
85 Open Industrial Environment_x000D_
85 Multidimensional Development Path_x000D_
853H all-round guarantee_x000D_
(I) Job description_x000D_
Automated analysis process development and database construction for microbiome big data, including_x000D_
1． Design bioinformatics analysis steps and modules based on the mainstream data flow development technology to realize the integration and automatic analysis of multi-omics data;_x000D_
2． Participate in the development of distributed and parallelized machine learning systems for genomic data and their iterative optimization;_x000D_
3． Participate in the design and implementation of microbiome data specification formats, data models, and database structures._x000D_
(II) Application requirements_x000D_
1. Has obtained or is about to obtain bioinformatics, biology, computer and other related majors; 1 year or more experience in genome data analysis projects or internship;_x000D_
2. Age ≤ 35 years old, doctoral degree ≤ 3 years, no postdoctoral work in Guangdong Province._x000D_
3. Priority is given to those with the following experience background:_x000D_
A) Be familiar with Linux operation and Python programming language; be familiar with the basic technology, core software and routine process of NGS and genome data analysis;_x000D_
B) * * * Microbial metagenomic data analysis process building, or experience in genome database design and development is preferred;_x000D_
C) Have good English literature reading ability, have strong learning ability of bioinformatics frontier technology, and be able to write various technical development documents, technical disclosure, etc._x000D_
(III) Salary and welfare_x000D_
1. The comprehensive annual income during the postdoctoral period includes full government subsidies, competitive salaries and bonuses;_x000D_
2. Assist in applying for the following items during the station:_x000D_
-Postdoctoral Science Fund (the standard of natural science funding is 80,000 yuan, and the standard of social science funding is generally 50,000 yuan)_x000D_
-National Natural Science Foundation of China Youth Program_x000D_
-National "Boxin Plan" (not less than 600,000 yuan/2 years)_x000D_
-Postdoctoral International Exchange Program (400,000/2 years)_x000D_
-Special Research Assistant Program of the Chinese Academy of Sciences (800,000/2 years)_x000D_
-Outstanding Youth Innovation Fund of Advanced Academy (100,000/2 years)_x000D_
-International Training Program for Outstanding Young Scientific Research Talents of Guangdong Province (400,000/2 years)_x000D_
-Guangdong Overseas Postdoctoral Talents Support Program (living allowance of 600,000/2 years; housing allowance of 400,000/3 years)_x000D_
3. In addition, there is abundant support for overseas Bohou;_x000D_
4. When leaving the station, priority should be given to providing job opportunities to stay in the hospital or school; those with outstanding performance can apply for the post of sub-senior title when leaving the station;_x000D_
5. If you sign a three-year labor contract after leaving the station, you can apply for a research grant of 300000 yuan for post-doctoral students in Shenzhen, totaling 100000 yuan per year for three years, to fully guarantee and assist in applying for various subsidies and benefits after leaving the station;_x000D_
6. Talent housing + high-end physical examination + VIP service of designated hospital + children's enrollment;_x000D_
7. Full payment of five insurance and one fund + working meal allowance + "5 + 5" paid annual leave;_x000D_
8. * * * One-to-one guidance from scientific research predecessors, professional teams to assist you in striving for various national and local projects;_x000D_
9. Open topics, academic exchanges, skills training and opportunities for further study abroad are put in irregularly._x000D_
Note: The relevant policy changes are subject to the documents of Guangdong Province and Shenzhen City._x000D_
(IV) Workplace_x000D_
No.108, Yongchuang Road, Guangming District, Shenzhen City._x000D_
Introduction to PI:_x000D_
Zhao Guoping, Academician of Chinese Academy of Sciences, Chief Scientist of Synthetic Biology, Shenzhen Institute of Advanced Technology, Chinese Academy of Sciences. The academic leader of the microbiome research program of the Chinese Academy of Sciences and the active promoter of the construction of the microbiome big data platform are committed to the technical standardization of microbiome research and the mining and platformization of the big data resources of the microbiome.

Salary: 0-0K
Experience requirements: Experience is not limited
Educational requirements: Doctor and above
Job Description:
2022-2025, key universities, lithium battery core research and development direction (materials, systems, products), hydrogen energy direction (system, hydrogen production, plate coating, electrolytic cell, sealing, electronic control, titanium plate)
Salary 35-50W, subsidy 72-210W

Salary: 0-0K
Experience requirements: Experience is not limited
Educational requirements: Doctor and above
Job Description:
Job Responsibilities:
1. Research includes but not limited to image processing, target detection, image segmentation, 3D point cloud and other computer vision algorithms;
2. Apply computer vision to solve the problem of robot industry scene;
3. Cooperate with algorithm engineers, software engineers and test engineers to realize the engineering of machine vision algorithms.
Job requirements:
1. Doctoral degree, image processing, computer vision, pattern recognition, robotics related professional research direction;
2. Proficient in common traditional machine vision algorithm principles, with the ability to deduce visual algorithm formulas;
3, familiar with C + +/Python programming language, good programming style and habits;
4. Be able to read English literature skillfully and quickly reproduce the algorithm in the paper;
5. Familiar with embedded Linux development environment and experience in GPU acceleration is preferred;
6. Papers published in * * * academic conferences/journals are preferred.

Salary: 0-0K
Experience requirements: Experience is not limited
Educational requirements: Doctor and above
Job Description:
Job Responsibilities:
1. Responsible for the development of robot + vision core function algorithm;
2. Cooperate with algorithm engineers, software engineers and test engineers to realize the engineering of machine vision algorithms;
3. Product problem investigation, failure analysis and formulation of solutions to problems, and writing standard programming manuals, commissioning reports and other documents according to requirements.
Job requirements:
1. Doctoral degree, image processing, computer vision, pattern recognition, robotics related professional research direction;
2. Proficient in common traditional machine vision algorithm principles, with the ability to deduce visual algorithm formulas;
3. Be familiar with C + +/Python programming language, have good programming style and habits, and be able to use OpenCV skillfully;
4. Have rich experience in practical application of machine vision related projects;
5. Be able to read English literature skillfully and quickly reproduce the algorithm in the paper;
6. Familiar with embedded Linux development environment and experience in GPU acceleration is preferred;
7. Those who have published papers/patents in relevant conferences and journals are preferred.

Salary: 0-0K
Experience requirements: Experience is not limited
Educational requirements: Doctor and above
Job Description:
Job Responsibilities:
1. Responsible for the development, debugging and deployment of collaborative robot machine learning algorithms (deep learning, reinforcement learning, imitation learning, multimodal learning, etc.);
2. Responsible for tracking and investigating the frontier algorithms and technologies in the field of artificial intelligence, and exploring the possibility of applying them to cooperative robots;
3. Cooperate with software engineers to implement machine learning algorithms.
Job requirements:
1. Doctoral degree, robotics, computer, artificial intelligence and other related majors or research directions; with good mathematical and computer foundation, with machine learning algorithm formula derivation ability, familiar with common data structures and algorithms;
2. Familiar with Python, C + + and other major programming languages in the field of machine learning, with good programming style and habits;
3. Familiar with PyTorch, Tensorflow and other mainstream deep learning frameworks;
4. Have good English literature retrieval and reading ability, can quickly reproduce the algorithm in the paper;
5. Familiar with Linux development environment, algorithm GPU acceleration experience is preferred;
6. Relevant project experience or publication of papers in domestic and foreign conferences/journals is preferred.

Salary: 0-0K
Experience requirements: Experience is not limited
Educational requirements: Doctor and above
Job Description:
Job responsibilities
1. Be responsible for decomposing the development objectives of cathode materials according to the development needs of batteries and achieving the objectives;
2. Be responsible for the evaluation, introduction and optimization of cathode materials, and complete relevant evaluation reports;
3. Be responsible for the development of new methods for physical and chemical testing of cathode materials, characterization of cathode sheets and failure of cathode, and constantly improve the evaluation system of raw materials;
4. Be responsible for excavating the internal structure-activity relationship between material parameters and battery core performance, and establishing a rapid material evaluation platform;
5. Be responsible for failure analysis and failure model establishment related to cathode materials;
6. Be responsible for technical communication and on-site audit with suppliers, and put forward reasonable suggestions on the design or improvement of cathode materials from the aspects of raw material process mechanism;
7. Be responsible for supporting the battery development, process, quality and other departments to solve the technical problems of cathode material application;
8. Grasp the development trend of cathode material technology and assist in formulating the development plan of cathode material;
9. Temporary tasks assigned by the leader.
Qualifications
1. Doctor's degree, major in materials, chemistry and chemical engineering;
2. Be familiar with the structure, composition, physical and chemical characterization methods of materials, and be able to use appropriate characterization methods according to the actual situation;
3. Familiar with national and industrial standards related to battery materials and lithium batteries.
4. Familiar with the upstream raw materials, precursors, processing and preparation processes and key equipment of iron phosphate and lithium iron phosphate;
5. Familiar with the design and process of lithium-ion batteries;
6. Be familiar with the behavior principles of battery charge and discharge, polarization and other factors affecting kinetics, skillfully use various electrochemical testing methods, and have a profound understanding of the interface interaction and reaction mechanism between positive and negative materials and electrolytes;
7, familiar with the basic process of lithium-ion battery failure analysis, can independently carry out related failure analysis work;
8. Have strong data analysis, collation and induction ability, be good at discovery and summary, and be able to think independently;
9. Strong literature, patent retrieval and reading skills;
10. Have strong logical analysis ability and written report ability, and be able to output professional evaluation reports;

Salary: 0-0K
Experience requirements: Experience is not limited
Educational requirements: Doctor and above
Job Description:
Job responsibilities
1. Be responsible for decomposing the development target of the anode material according to the development requirements of the battery core and achieving the target;
2. Be responsible for the evaluation, introduction and optimization of anode materials, and complete relevant evaluation reports;
3. Be responsible for the development of new methods for physical and chemical testing of anode materials, characterization of anode sheets and failure of anode, and constantly improve the evaluation system of raw materials;
4. Be responsible for excavating the internal structure-activity relationship between material parameters and battery core performance, and establishing a rapid material evaluation platform;
5. Be responsible for failure analysis and failure model establishment related to anode materials;
6. Be responsible for technical communication and on-site audit with suppliers, and put forward reasonable suggestions on the design or improvement of anode materials from the aspects of raw material process mechanism;
7. Be responsible for supporting the battery development, process, quality and other departments to solve the technical problems of anode material application;
8. Grasp the development trend of anode material technology and assist in formulating the development plan of anode material;
9. Temporary tasks assigned by the leader.
Qualifications
1. Doctoral candidate, majoring in materials, chemistry and chemical engineering;
2. Be familiar with the structure, composition, physical and chemical characterization methods of materials, and be able to use appropriate characterization methods according to the actual situation;
3. Familiar with national and industrial standards related to battery materials and lithium batteries.
4. Familiar with various upstream raw materials such as petroleum coke, pitch coke and needle coke for graphite anode, and familiar with the process of granulation, graphitization and carbonization and its key equipment;
5. Familiar with the design and process of lithium-ion batteries;
6. Be familiar with the behavior principles of battery charge and discharge, polarization and other factors affecting kinetics, skillfully use various electrochemical testing methods, and have a profound understanding of the interface interaction and reaction mechanism between positive and negative materials and electrolytes;
7, familiar with the basic process of lithium-ion battery failure analysis, can independently carry out related failure analysis work;
8. Have strong data analysis, collation and induction ability, be good at discovery and summary, and be able to think independently;
9. Strong literature, patent retrieval and reading skills;
10. Have strong logical analysis ability and written report ability, and be able to output professional evaluation reports;

Salary: 0-0K
Experience requirements: Experience is not limited
Educational requirements: Doctor and above
Job Description:
Job responsibilities
1. Be responsible for decomposing the development target of the electrolyte according to the development requirements of the battery core and achieving the target;
2. Be responsible for the evaluation, introduction and optimization of electrolyte materials, and complete relevant evaluation reports;
3. Be responsible for the development of new methods for physical and chemical testing of electrolyte materials, characterization of electrolyte tablets and failure of electrolyte, and constantly improve the evaluation system of raw materials;
4. Be responsible for excavating the internal structure-activity relationship between material parameters and battery core performance, and establishing a rapid material evaluation platform;
5. Be responsible for failure analysis and failure model establishment related to electrolyte materials;
6. Be responsible for technical communication and on-site audit with suppliers, and put forward reasonable suggestions on electrolyte material design or improvement from the aspects of raw material process mechanism;
7. Be responsible for supporting the battery development, process, quality and other departments to solve the technical problems of electrolyte material application;
8. Grasp the development trend of electrolyte material technology and assist in formulating the development plan of electrolyte materials;
9. Temporary tasks assigned by the leader.
Qualifications
1. Doctoral candidate, majoring in materials, chemistry and chemical engineering;
2. Be familiar with the structure, composition, physical and chemical characterization methods of materials, and be able to use appropriate characterization methods according to the actual situation;
3. Familiar with national and industrial standards related to battery materials and lithium batteries.
4. Be familiar with the molecular structure and function of various lithium salts, solvents and additives of electrolyte;
5. Familiar with the design and process of lithium-ion batteries;
6. Be familiar with the behavior principles of battery charge and discharge, polarization and other factors affecting kinetics, skillfully use various electrochemical testing methods, and have a profound understanding of the interface interaction and reaction mechanism between positive and electrolyte materials and electrolytes;
7, familiar with the basic process of lithium-ion battery failure analysis, can independently carry out related failure analysis work;
8. Have strong data analysis, collation and induction ability, be good at discovery and summary, and be able to think independently;
9. Strong literature, patent retrieval and reading skills;
10. Have strong logical analysis ability and written report ability, and be able to output professional evaluation reports;

Salary: 0-0K
Experience requirements: Experience is not limited
Educational requirements: Doctor and above
Job Description:
I. Job responsibilities:
1. Be responsible for the research and development of auxiliary materials (binders, conductive agents and additives), and undertake the responsibilities of preliminary research, plan output, progress control and resource coordination;
2. According to the energy storage market demand, assist the advanced chemical system development manager to design the structure and working principle of the energy storage chemical system, optimize the chemical formula and preparation process of key components such as electrode materials, electrolytes and diaphragms, so as to improve the energy storage efficiency and system stability;
3. Be responsible for the formulation and implementation of the experimental scheme in the research and development process, the collation and analysis of the experimental data, the formation of the report, and the research and solution of the process and mechanism problems in the development process of the positive and negative electrode formula and chemical system;
4. Prepare detailed technical reports, patent application materials and research reports, clearly elaborate experimental design, result analysis, technological innovation points and follow-up research and development suggestions;
5. Assist the advanced chemical system development manager to participate in the planning, execution and monitoring of chemical system development projects, including project budget control, schedule arrangement, risk management, etc.;
6. Be responsible for the safety and maintenance of relevant laboratories.
Job requirements:
1. Doctor degree or above;
2. Major in materials science, electrochemistry, physical chemistry, etc. Background in polymer physics and polymer synthesis is preferred;
3. Master the professional knowledge related to material structure, such as crystal materials, solid-state physics/chemistry, electrochemical principles, etc;
4. Master the relevant structure and performance characterization methods of materials (XRD/TEM/XPS/FTIR/Raman, etc.), DOE design ability and mathematical statistics analysis ability;
5. Understand the effectiveness of common binders and the processing and characterization methods of binders and electrodes;
6. Basic quality: sincerity, self-drive, introspection and tenacity.

Salary: 0-0K
Experience requirements: Experience is not limited
Educational requirements: Doctor and above
Job Description:
I. Job responsibilities:
1. Responsible for formulation development and mechanism research of polymer in the formulation;
2. Be responsible for the synthesis of the adhesive;
3. Management of anode synthesis laboratory;
4. Be responsible for the reverse analysis of the adhesive.
II. Job requirements:
1. Master degree or above;
2. Major in polymer chemistry, organic chemistry, materials science, etc;
3. Familiar with the basic principle and production process of lithium batteries, familiar with the performance requirements and test methods of lithium batteries, with certain basic knowledge of materials, thermodynamics, dynamics, fluid mechanics, etc;
4. English CET-6, fluent oral English is preferred.

Salary: 0-0K
Experience requirements: Experience is not limited
Educational requirements: Doctor and above
Job Description:
I. Job responsibilities:
1. Responsible for structure-activity research and application development of energy storage carbon materials, including material design, synthesis, characterization and performance evaluation;
2. Carry out battery performance tests, such as charge-discharge cycle, safety, thermal stability, etc., and conduct in-depth analysis of the test results to guide material design and improvement;
3. Be responsible for the analysis and confirmation of electrochemical mechanism and failure mode related to carbon materials;
4. Continuously track the latest research results of carbon materials, propose innovative solutions, participate in writing technical documents and patent applications, and be responsible for completing technical precipitation, outputting technical data and Haichen secret books;
5. Analyze competitors' products, conduct technical benchmarking, and provide technical support for the company's product strategic planning;
6. Cooperate with raw material suppliers and participate in the material certification process to ensure that the material quality meets the R & D requirements;
7. Work closely with battery design, manufacturing, testing and other departments to jointly promote the R & D and production of battery products;
8. Be responsible for the safety and maintenance of relevant laboratories.
II. Job requirements:
1. Doctor degree or above;
2. Major in materials science, chemistry, electrochemistry, physical chemistry, etc;
3. Master the basic knowledge of inorganic materials, organic, physical chemistry, electrochemistry and other specialties, and understand the professional knowledge of batteries;
4. Understand the knowledge of experimental design and data analysis and material characterization technology;
5. Basic quality: sincerity, self-drive, introspection and tenacity.

Salary: 0-0K
Experience requirements: Experience is not limited
Educational requirements: Doctor and above
Job Description:
I. Job responsibilities:
1. Responsible for formulation development and mechanism research of polymer in the formulation;
2. Be responsible for the synthesis of the adhesive;
3. Management of anode synthesis laboratory;
4. Be responsible for the reverse analysis of the adhesive.
II. Job requirements:
1. Master degree or above;
2. Major in polymer chemistry, organic chemistry, materials science, etc;
3. Familiar with the basic principle and production process of lithium batteries, familiar with the performance requirements and test methods of lithium batteries, with certain basic knowledge of materials, thermodynamics, dynamics, fluid mechanics, etc;
4. English CET-6, fluent oral English is preferred.

Salary: 0-0K
Experience requirements: Experience is not limited
Educational requirements: Doctor and above
Job Description:
I. Job responsibilities:
1. Assist the R & D manager of advanced electrolyte to design and optimize new electrolytes, including selecting appropriate solvents, main salts and other additives, and solid electrolytes to improve battery performance;
2. Carry out the physical and chemical property test of electrolyte, such as viscosity, conductivity, stability, etc., and the electrochemical performance evaluation, such as cycle stability, charge and discharge efficiency and safety characteristics;
3. Evaluate the quality and reliability of electrolyte suppliers, maintain the supply chain relationship, and ensure the consistency and quality of raw materials;
4. Design the experimental scheme, prepare and test the electrolyte, record the experimental data, analyze the results, and write the experimental report;
5. Continuously track the latest research results in the field of electrolytes, propose innovative solutions, participate in the writing of technical documents and patent applications, and be responsible for the completion of technical precipitation and the output of TOOLBOX.
6. Be responsible for the safety and maintenance of relevant laboratories.
II. Job requirements:
1. Doctor degree or above;
2. Major in electrochemistry, material science, chemical engineering or related;
3, understand the electrolyte and cell chemistry system and other professional knowledge;
4. Understand electrochemical testing technology, be familiar with electrolyte formulation design and performance evaluation, and have the ability of data analysis;
5. Basic quality: sincerity, self-drive, introspection and tenacity.

Salary: 0-0K
Experience requirements: Experience is not limited
Educational requirements: Doctor and above
Job Description:
Job Responsibilities:
1. Grasp the system architecture and optimization direction of the product, analyze and deal with the system-related problems in the product R & D process, lead the relevant engineering team to solve the R & D technical problems, and continuously improve and optimize the system;
2. Be responsible for industry technology research, including vehicle technology status and parts technology status research, and promote the R & D direction and optimization and improvement of our products based on the research conclusions;
3. Responsible for building and optimizing the platform framework of binocular camera AI algorithm, including but not limited to adaptive algorithm, machine learning, model training, etc.;
4. Analyze the computing performance of NPU/GPU/DLA/DSP/ARM and determine the bottleneck of computing power, optimize the model structure, operator implementation and task scheduling optimization;
5. Responsible for the research and development of AI model and algorithm optimization technology (quantification, distillation, pruning, operator optimization, preprocessing GPU acceleration, etc.).
Job requirements:
1. Doctoral degree in computer science, pattern recognition, mathematics, robotics, electronic engineering or related fields;
2. At least 2 years of practical experience in at least one of visual perception algorithm transplantation, radar or lidar perception, BEV perception, sensor fusion and model deployment;
3. Familiar with basic computer vision library and deep learning library, such as ACL/Cutlass/Cublas/CuDNN/TensorRT; 4. Experience in model optimization and compression, CUDA programming, NPU/DSP/GPU and other heterogeneous computing platform development and tuning is preferred;
5. Publishing articles in conferences/journals in related fields or equivalent experience is preferred.