Salary: 20-40K
Experience requirements:3-5 years
Educational requirements:PhD
Job Description:
Job Responsibilities:
1. Responsible for the research and development of the underlying algorithm of image processing to ensure the progressiveness of the underlying technology of image processing in the industrial detection scene
2. Responsible for the research and development of 3D processing algorithms related to 3D point cloud processing, 3D calibration, 3D reconstruction, etc
3. Lead the tackling of key and difficult underlying algorithm problems encountered in the project

Job requirements:
1. PhD degree in image processing, pattern recognition, computer graphics, computer science, applied mathematics and related majors
2. Proficient in the theory and algorithms of 3D point cloud processing and digital image processing; Have a solid foundation in mathematics, familiar with data structures, matrix analysis, numerical optimization and other theories
3. Having rich experience in implementing point cloud processing or image processing algorithms from the bottom, able to innovatively solve complex image problems
4. Proficient in C/C++language, with excellent programming foundation
5. Strong analytical ability and innovative consciousness, with priority given to those who have published core papers in related fields

Here, you will receive:
1. Wind industry: the automation field with unlimited potential in the future, a national high-tech enterprise
2. Basic guarantees: Five insurances and one housing fund, free work meals, holiday gifts, birthday parties, group buying housing discounts
3. Holiday benefits: annual leave, marriage leave, maternity leave, paternity leave, paid leave for business trips, etc 4. Hardcore Growth: Establish a leading university, equip a team of talented mentors, and have a comprehensive training system for fresh graduates, new employees, high potential talents, and cadres to help employees grow rapidly 5. Salary adjustment and promotion: Twice a year salary adjustment and promotion (including exceptional opportunities) window, dual channel career development path of management and technical channels, creating a stage without ceiling, allowing you to grow into a core backbone in 2-3 years
6. Rich activities: various interest and cultural clubs such as basketball, badminton, cycling, live CS, and parties
7. Quality life: freshly ground coffee, various tea drinks and snacks, comfortable and open office environment, always replenishing your work energy

Company Profile:
Jiangsu Lidao Technology Co., Ltd. (a wholly-owned subsidiary of Wuxi Pioneer Intelligent Equipment Co., Ltd.), with 3D machine vision and artificial intelligence as its technological features, has established cooperation with enterprises such as Apple, Huawei, OPPO, BOE, Tianma, Tesla, Lansi, Foxconn, and Luxshare in eight major fields including 3D full-size measurement, AI defect detection, precision fluid, 3D bonding, whole line assembly, 3D transfer printing and screen printing, functional testing, and precision molding

Salary:25-50K · 13 Salary
Experience requirements: Unlimited experience
Educational requirements:PhD
Job Description:

Salary:25-50K · 13 Salary
Experience requirements: Unlimited experience
Educational requirements:PhD
Job Description:
Job Responsibilities:
Responsible for focusing on the research and development of acoustic modeling and simulation technology based on business needs and company product planning, in order to promote innovative applications of acoustic technology in the company's business products 1. Conduct research on acoustic modeling and simulation techniques, including but not limited to sound wave propagation, noise control, etc
2. Design and develop acoustic simulation software and tools to support the simulation and analysis of complex acoustic problems
3. Applying computational acoustic methods to solve engineering problems, such as air acoustics, scene acoustic signal analysis and processing, etc
4. Collaborate with other departments of the company to apply acoustic research results to product development, design, and optimization
5. Publish academic papers, participate in international conferences, and showcase research results
Job requirements:
1. Doctoral degree in acoustics, physics, engineering or related fields
2. Having practical experience in acoustic modeling and simulation, familiar with acoustic testing and analysis methods
3. Proficient in at least one programming language, such as MATLAB, Python, or C++
4. Experience in using acoustic simulation software such as LMS Virtual. Lab, COMSOL Multiphysics, etc
5. Good written and oral communication skills in English, able to write technical documents and academic papers

Salary:25-50K · 13 Salary
Experience requirements: Unlimited experience
Educational requirements:PhD
Job Description:
1、 Job Overview
We are currently seeking an excellent postdoctoral researcher in optics to join our research team and jointly promote cutting-edge research in the field of security scene optics. This position requires candidates to have a strong foundation in optical theory and the ability to independently conduct research projects
2、 Main Responsibilities
1. Conduct independent optical research projects, including experimental design, data analysis, and paper writing
2. Work closely with team members to jointly solve technical problems encountered during the scientific research process
3. Track the latest developments in the field of optics and provide suggestions for the team's research direction
4. Assist in guiding graduate and undergraduate students in conducting optical experiments and research work
3、 Job requirements
1. PhD graduates in optical engineering, optical information, optoelectronics, physics and other related majors, with solid theoretical foundations and experimental skills
2. Have at least two years of doctoral research experience in the field of optics and publish high-level research papers
3. Proficient in the use and maintenance of optical experimental equipment, with strong abilities in experimental design and data analysis
4. Possess good teamwork spirit and communication skills, able to independently carry out scientific research work
5. Have a deep understanding of cutting-edge technologies and development trends in the field of optics, possess innovative thinking and problem-solving abilities
6. Excellent English reading and writing skills, able to read and understand English professional literature, and write English research papers
4、 Priority condition
1. Research experience in optical imaging, laser technology, quantum optics, and other fields is preferred
2. Experience in optical system design and optical instrument development is preferred
3. Experience in interdisciplinary research, such as collaboration with fields such as electronics and computer science, is preferred
4. Priority will be given to publishing high impact papers in internationally renowned academic journals

Salary:20-40K · 13 Salary
Experience requirements: Unlimited experience
Educational requirements:PhD
Job Description:
1. Research and development of basic technology for permanent magnet motors
2. Complete electromagnetic calculations and research and development for new products, and continuously improve and optimize the electromagnetic solutions for old products
3. Conduct motor performance simulation analysis and technical feasibility study
4. Cooperate with structural designers to complete motor design, and cooperate with motor testers to complete motor testing work
5. Summarize the experience of motor electromagnetic research and development, and continuously improve product performance

Welfare: 2-bedroom dormitory, company cafeteria (card payment), six insurances and two funds: five insurances and one fund to be paid upon joining the company, enterprise annuity to be paid after the probation period, and gift shopping cards to be distributed during the Chinese New Year and holidays by the labor union Probationary period: Six months, assessment will be conducted at the end of the probationary period, and salary will be adjusted based on performance

Salary: 29-35K
Experience requirements: Unlimited experience
Educational requirements:PhD
Job Description:

Salary: 29-40K
Experience requirements: Unlimited experience
Educational requirements:PhD
Job Description:
Job Responsibilities:
1. Research on simulation technology for high-frequency characteristics of high-frequency relays, providing data reference for the design of high-frequency relays
2. Research on real-time online testing technology for high-frequency characteristics of high-frequency relays
3. Study the impact of high-frequency loads on high-frequency relays, clarify the failure modes and mechanisms of high-frequency load electrical durability
4. Establish a high-frequency relay high-frequency characteristic simulation scheme to provide data reference for the development and design of high-frequency relays
5. Establish a set of high-frequency relay high-frequency characteristic online detection equipment
6. Establish a knowledge base for the failure mechanism of high-frequency load electrical durability of high-frequency relays, providing design basis for the development of high-frequency relays

Job requirements:
Majors related to communication engineering, microwave technology, and radio frequency technology

Salary: 18-25K
Experience requirements: Unlimited experience
Educational requirements:PhD
Job Description:

Salary: 30-40K
Experience requirements: Unlimited experience
Educational requirements:PhD
Job Description:

Salary: 18-22K
Experience requirements: Unlimited experience
Educational requirements:PhD
Job Description:

Salary: 18-22K
Experience requirements: Unlimited experience
Educational requirements:PhD
Job Description:

Salary: 18-25K
Experience requirements: Unlimited experience
Educational requirements:PhD
Job Description:
1、 Job requirements:
Professional requirements: Chemistry, Materials Science, or Medicine related majors
Research experience: medical piezoelectric hydrogel or film materials
Scope of work: 1. Develop piezoelectric hydrogel or film materials for the medical field according to the needs of the subject or project; 2. According to the jointly developed research plan, independently conduct experiments and characterizations, and complete the corresponding experimental data collection and analysis. 3. Conduct literature research or data collection, and complete project reports, papers, or patent writing
Job requirements: 1. Doctoral degree in chemistry, materials science, chemical engineering, medicine, or related fields; 2. Familiar with the preparation and characterization methods of piezoelectric polymer materials, as well as the experimental methods of coating and electrospinning. 3. Solid knowledge in piezoelectric materials and biocompatibility/animal experiments, familiar with the characterization of piezoelectric materials; Familiar with biocompatibility testing, such as CCK-8, live dead staining, cytoskeleton staining, fibroblast migration, and data analysis methods for characterizing and analyzing tube forming ability; Familiar with SD rat modeling methods, such as characterization and data analysis of newly formed epithelium (HE staining), collagen deposition (Masson staining and immunohistochemistry), degree of vascularization (immunohistochemistry), growth factor expression (ELISA), etc. 4. Strong communication skills, execution ability, team spirit, objectivity, diligence; 5. Strong English writing skills are preferred, and those who have published two or more SCI papers in Zone 2 are preferred
Supporting projects: Medical Engineering Integration Project, Military Science and Technology Commission Innovation Exploration Project
Application materials: 1. Personal resume; 2. Proof of representative papers or patents and other achievements
2、 Introduction to the supporting unit and team:
University of Electronic Science and Technology of China and Chengdu High tech Zone jointly built Tianfu Jiangxi Laboratory. In addition, the university also has State Key Laboratory of Electronic Film and Integrated Devices, Sichuan Flexible Display Materials Genome Engineering Center and other * * * and provincial and ministerial scientific research platforms
The Advanced Energy Technology Research Institute of the University of Electronic Science and Technology of China was established in 2019, relying on the school's advantageous disciplinary resources and platforms in electronics, information, materials, and energy to create a multidisciplinary and interdisciplinary advanced energy technology innovation platform. The research institute has a faculty of more than 50 people, including several young and middle-aged scientific and technological leaders. In the past three years, it has undertaken more than 80 * * *, provincial and ministerial level, and industry university research projects, with a cumulative research funding of over 150 million yuan. It has also led the construction of the Tianfu Jiangxi Laboratory Distributed Energy Integration Frontier Research Center and the Sichuan Province Flexible Display Material Genome Engineering Center
The Tianfu Jiangxi Laboratory Distributed Energy Integration Frontier Research Center aims to meet the needs of future intelligent society development, create an efficient research and development platform for advanced energy materials, devices, and systems driven by big data and artificial intelligence algorithms, promote fundamental theoretical innovation in the deep integration of energy, matter, and information, break through the integration technology of high specific characteristic electric energy and its integration with information, structure, network, power, and other equipment as well as life systems, and develop a series of safe, efficient, intelligent, and distributed electric energy integration system technology products, providing abundant and reliable power and computing energy guarantee for intelligent equipment that is ubiquitous and interconnected in electromagnetic space. The research center has an independent research building with a total office and experimental area of 23000 square meters (including 4000 square meters of Class 1000 ultra clean rooms and -50 ℃ drying rooms), dedicated to building an internationally leading research and development base for distributed electric energy and system integration technology
The Sichuan Province Flexible Display Materials Genome Engineering Center has been approved by the Sichuan Provincial Development and Reform Commission, and is jointly established by the University of Electronic Science and Technology of China and Chengdu BOE Optoelectronics Technology Co., Ltd. It focuses on the key materials and flexible sensor devices of the new generation of flexible displays, and builds a core technology independent research and engineering platform. The engineering center is operated by Chengdu Xinhao Technology Co., Ltd. and has a research and development site of 4000 square meters (including 600 square meters of Class 1000 ultra clean room), as well as advanced instruments and equipment such as high vacuum coating machines, precision extrusion coating machines, high-pressure in-situ polarization systems, and high-throughput D33 scanners. At present, close industry university research cooperation relationships have been established with leading units in the industry such as BOE, Huawei, Huiding Technology, Crystal Optoelectronics, Zhongjing Electronics, Changhong Power, Okhwa Hui, and West China Hospital
Introduction to Collaborative Mentors: Professor Xiang Yong, Ph.D. from Harvard University, Dean of the Institute of Advanced Energy Technology at the University of Electronic Science and Technology of China, Director of the Sichuan Province Flexible Display Materials Genome Engineering Research Center, Director of the Tianfu Jiangxi Laboratory Distributed Energy Integration Frontier Research Center, Member of the Energy and Transportation Department of the Ministry of Education's Science and Technology Commission, Member of the National Materials Gene Engineering Program Expert Group, and Member of the Energy Direction Expert Group in the National Defense Field. The team is mainly engaged in research in the fields of material genetic engineering, high specific safety lithium batteries, structured and information-based batteries, intelligent battery management systems, reconfigurable modular power supplies, flexible sensing materials and devices, etc. It has undertaken more than 100 projects including the National Natural Science Foundation, the Ministry of Science and Technology's 863 Program, 973 Program, National Key R&D Program, the Military Commission's Science and Technology Commission, the Equipment Development Department, the Ministry of Industry and Information Technology's Industrial Strong Foundation Program, and industry university research cooperation projects. It has published more than 300 papers in journals such as Adv Energy Mater, J Power Sources, Nano Lett, Nano Energy, and applied for more than 230 domestic and foreign patents
3、 Job Benefits Introduction:
Postdoctoral students who enter the University of Electronic Science and Technology of China can choose to engage in technical research and product development in the direction of material genetic engineering, flexible sensing materials and devices, safety energy storage systems, lightweight high-strength structural batteries, flexible wearable batteries, battery management systems, etc., participate in * * * major key projects and industry university research cooperation with industry leading units, jointly apply for scientific research projects, publish academic articles, develop technical products, and transform scientific and technological achievements, relying on the Advanced Energy Technology Research Institute, Tianfu Jiangxi Laboratory, State Key Laboratory, and Sichuan Material Genetic Engineering Center. After obtaining outstanding research results, postdoctoral fellows can be given priority in recommending applications for teaching positions at the University of Electronic Science and Technology of China, researchers at the Tianfu Jiangxi Laboratory, and research and development management positions at the Materials Genetic Engineering Center and its collaborating units. The team provides competitive compensation packages in the market, including postdoctoral salary from the University of Electronic Science and Technology of China, team postdoctoral allowances, research project performance, etc
4、 Other matters:
Postdoctoral fellows in the field of medical engineering are jointly trained by West China Hospital and University of Electronic Science and Technology of China, and can choose relevant professors from West China Hospital as mentors

Job benefits: paid annual leave, five insurances and one fund, leading a team of talented individuals, achievement rewards, technical position evaluation

Salary: 18-22K
Experience requirements:1-3 years
Educational requirements:PhD
Job Description:
1、 Job requirements:
Professional requirements: Chemistry, Materials Science, or Medicine related majors
Research experience: medical piezoelectric hydrogel or film materials
Scope of work: 1. Develop piezoelectric hydrogel or film materials for the medical field according to the needs of the subject or project; 2. According to the jointly developed research plan, independently conduct experiments and characterizations, and complete the corresponding experimental data collection and analysis. 3. Conduct literature research or data collection, and complete project reports, papers, or patent writing
Job requirements: 1. Doctoral degree in chemistry, materials science, chemical engineering, medicine, or related fields; 2. Familiar with the preparation and characterization methods of piezoelectric polymer materials, as well as the experimental methods of coating and electrospinning. 3. Solid knowledge in piezoelectric materials and biocompatibility/animal experiments, familiar with the characterization of piezoelectric materials; Familiar with biocompatibility testing, such as CCK-8, live dead staining, cytoskeleton staining, fibroblast migration, and data analysis methods for characterizing and analyzing tube forming ability; Familiar with SD rat modeling methods, such as characterization and data analysis of newly formed epithelium (HE staining), collagen deposition (Masson staining and immunohistochemistry), degree of vascularization (immunohistochemistry), growth factor expression (ELISA), etc. 4. Strong communication skills, execution ability, team spirit, objectivity, diligence; 5. Strong English writing skills are preferred, and those who have published two or more SCI papers in Zone 2 are preferred
Supporting projects: Medical Engineering Integration Project, Military Science and Technology Commission Innovation Exploration Project
Application materials: 1. Personal resume; 2. Proof of representative papers or patents and other achievements
2、 Introduction to the supporting unit and team:
University of Electronic Science and Technology of China (UESTC) is a national key university directly under the Ministry of Education. It has the electromagnetic space and ubiquitous Internet Tianfu Jiangxi Laboratory (Sichuan Provincial Laboratory/National Laboratory to be built), the State Key Laboratory of Electronic Thin Film and Integrated Devices, Sichuan Flexible Display Material Genome Engineering Center and other * * * and provincial and ministerial scientific research platforms
The Advanced Energy Technology Research Institute of the University of Electronic Science and Technology of China was established in 2019, relying on the school's advantageous disciplinary resources and platforms in electronics, information, materials, and energy to create a multidisciplinary and interdisciplinary advanced energy technology innovation platform. The research institute has a faculty of more than 50 people, including several young and middle-aged scientific and technological leaders. In the past three years, it has undertaken more than 80 * * *, provincial and ministerial level, and industry university research projects, with a cumulative research funding of over 150 million yuan. It has also led the construction of the Tianfu Jiangxi Laboratory Distributed Energy Integration Frontier Research Center and the Sichuan Province Flexible Display Material Genome Engineering Center
The Tianfu Jiangxi Laboratory Distributed Energy Integration Frontier Research Center aims to meet the needs of future intelligent society development, create an efficient research and development platform for advanced energy materials, devices, and systems driven by big data and artificial intelligence algorithms, promote fundamental theoretical innovation in the deep integration of energy, matter, and information, break through the integration technology of high specific characteristic electric energy and its integration with information, structure, network, power, and other equipment as well as life systems, and develop a series of safe, efficient, intelligent, and distributed electric energy integration system technology products, providing abundant and reliable power and computing energy guarantee for intelligent equipment that is ubiquitous and interconnected in electromagnetic space. The research center has an independent research building with a total office and experimental area of 23000 square meters (including 4000 square meters of Class 1000 ultra clean rooms and -50 ℃ drying rooms), dedicated to building an internationally leading research and development base for distributed electric energy and system integration technology
The Sichuan Province Flexible Display Materials Genome Engineering Center has been approved by the Sichuan Provincial Development and Reform Commission, and is jointly established by the University of Electronic Science and Technology of China and Chengdu BOE Optoelectronics Technology Co., Ltd. It focuses on the key materials and flexible sensor devices of the new generation of flexible displays, and builds a core technology independent research and engineering platform. The engineering center is operated by Chengdu Xinhao Technology Co., Ltd. and has a research and development site of 4000 square meters (including 600 square meters of Class 1000 ultra clean room), as well as advanced instruments and equipment such as high vacuum coating machines, precision extrusion coating machines, high-pressure in-situ polarization systems, and high-throughput D33 scanners. At present, close industry university research cooperation relationships have been established with leading units in the industry such as BOE, Huawei, Huiding Technology, Crystal Optoelectronics, Zhongjing Electronics, Changhong Power, Okhwa Hui, and West China Hospital
Introduction to Collaborative Mentors: Professor Xiang Yong, Ph.D. from Harvard University, Dean of the Institute of Advanced Energy Technology at the University of Electronic Science and Technology of China, Director of the Sichuan Province Flexible Display Materials Genome Engineering Research Center, Director of the Tianfu Jiangxi Laboratory Distributed Energy Integration Frontier Research Center, Member of the Energy and Transportation Department of the Ministry of Education's Science and Technology Commission, Member of the National Materials Gene Engineering Program Expert Group, and Member of the Energy Direction Expert Group in the National Defense Field. The team is mainly engaged in research in the fields of material genetic engineering, high specific safety lithium batteries, structured and information-based batteries, intelligent battery management systems, reconfigurable modular power supplies, flexible sensing materials and devices, etc. It has undertaken more than 100 projects including the National Natural Science Foundation, the Ministry of Science and Technology's 863 Program, 973 Program, National Key R&D Program, the Military Commission's Science and Technology Commission, the Equipment Development Department, the Ministry of Industry and Information Technology's Industrial Strong Foundation Program, and industry university research cooperation projects. It has published more than 300 papers in journals such as Adv Energy Mater, J Power Sources, Nano Lett, Nano Energy, and applied for more than 230 domestic and foreign patents
3、 Job Benefits Introduction:
Postdoctoral students who enter the University of Electronic Science and Technology of China can choose to engage in technical research and product development in the direction of material genetic engineering, flexible sensing materials and devices, safety energy storage systems, lightweight high-strength structural batteries, flexible wearable batteries, battery management systems, etc., participate in * * * major key projects and industry university research cooperation with industry leading units, jointly apply for scientific research projects, publish academic articles, develop technical products, and transform scientific and technological achievements, relying on the Advanced Energy Technology Research Institute, Tianfu Jiangxi Laboratory, State Key Laboratory, and Sichuan Material Genetic Engineering Center. After obtaining outstanding research results, postdoctoral fellows can be given priority in recommending applications for teaching positions at the University of Electronic Science and Technology of China, researchers at the Tianfu Jiangxi Laboratory, and research and development management positions at the Materials Genetic Engineering Center and its collaborating units. The team provides competitive compensation packages in the market, including postdoctoral salary from the University of Electronic Science and Technology of China, team postdoctoral allowances, research project performance, etc
4、 Other matters:
Postdoctoral fellows in the field of medical engineering are jointly trained by West China Hospital and University of Electronic Science and Technology of China, and can choose relevant professors from West China Hospital as mentors

Salary: 25-50K
Experience requirements:3-5 years
Educational requirements:PhD
Job Description:
Job Responsibilities:
1. Responsible for the research and development of the company's RFID core technology and IoT platform technology, including but not limited to key technology research, chip development, system architecture, advanced technology tracking, technology development direction planning, and solution design
2. Responsible for promoting the transformation of research results related to RFID core technology and IoT platform technology undertaken at the postdoctoral research workstation, including but not limited to paper writing, patent application, achievement promotion, project application, technology verification, and product development
Job requirements:
1. Having a good level of moral cultivation, abiding by laws and regulations, and having no negative experiences
2. PhD graduates who have graduated within 3 years or are about to obtain a doctoral degree
3. Has strong research and innovation abilities
Professional requirements:
1. Majors related to the Internet of Things, computer science, microelectronics, communication engineering, electromagnetic fields, and microwave technology
2. Solid theoretical foundation, with certain knowledge and experience related to the Internet of Things industry, familiar with the technical principles related to the Internet of Things, and familiar with embedded systems, wireless sensor networks, RFID technology, big data, cloud computing or edge computing and other related technologies

Salary:30-35K · 13 Salary
Experience requirements: Unlimited experience
Educational requirements:PhD
Job Description:
Job Responsibilities
About Us:
Guangzhou Tianci High tech Materials Co., Ltd. (Tianci Materials 002709) was established in 2000 and listed on the Shenzhen Stock Exchange in 2014. Headquartered in Huangpu District, Guangzhou, it is a leading enterprise in the domestic lithium-ion battery materials industry and personal care products industry. It has 10 research and development centers including national postdoctoral research workstations, national enterprise technology centers, and academician workstations, with a research and development laboratory area of over 13000 square meters. It has a strong technical research and development team and undertakes multiple national scientific research projects. As of December 2022, the company has exceeded a market value of 100 billion yuan, with a staff size of over 6000 people, 460 accepted patents, and 318 authorized patents. Thanks to technological innovation and excellent product quality, Tianci Materials' products are currently sold in over 20 countries worldwide

Tianci Materials is increasing its research and development investment, comprehensively laying out the upstream and downstream industrial chains of daily chemical and special materials, and lithium battery industries. We welcome the submission and joining of domestic and foreign doctoral talents

You will receive:
1. Comprehensive salary and benefits: customized high salary, talent subsidy, housing subsidy, talent cultivation
2. A sound talent cultivation system: With recognition and attention, integration and transformation, growth and empowerment as the main stage goals, relying on course training, project practice, and executive coaching, combined with sand table exercises, doctoral salons, doctoral training camps, theme sharing, and special event organization, fully tap into the talents and initiative of PhDs, and achieve better and faster comprehensive development of fresh PhDs

Job Responsibilities:
1. Based on the company's basic research direction (daily chemical materials, polymer materials, electrolyte research and development, optimization of lithium battery material production process, lithium battery recycling, etc.), carry out new projects, conduct market technology research on new projects, and demonstrate and analyze the feasibility of the projects
2. Coordinate and solve various difficult problems that arise during project implementation, and complete the industrialization of scientific and technological achievements
3. Grasp the progress of ongoing projects, as well as the organizational design, institutional design, and assessment design of the R&D system

Job requirements
1. PhD or above, with priority given to majors in Analytical Chemistry, Organic Chemistry, Physical Chemistry, Polymer Chemistry and Physics, Biochemistry and Molecular Biology, Materials Physics and Chemistry, Nonferrous Metals Metallurgy, Chemical Process Machinery, Chemical Engineering and Technology, Applied Chemistry, and other related fields
2. Intending to develop and apply in the fields of fine chemicals, lithium-ion battery materials, polymer materials, and other related areas
3. Having a solid professional foundation and strong professional thinking
4. Strong independent thinking and practical ability to carry out scientific research work, able to efficiently organize team division of labor and collaboration
5. Has good communication skills, learning ability, and teamwork skills, with a strong sense of responsibility
6. Can enter the postdoctoral workstation for work
(Note: Entering the postdoctoral research workstation can enjoy talent introduction subsidies and settling in allowance subsidies from Guangzhou city and district)

Salary:40-70K · 14 Salary
Experience requirements:Within 1 year
Educational requirements:PhD
Job Description:
PhD or above, independently developed sensors - in the field of sensors (mainly conducting research on sensor replacement on our equipment - optical sensors, etc.)
1. There are successful cases of independently developed sensors and their mass application 2. Proficient in sensor mechanism and related controller principles
3. Experience with photoelectric sensors and force sensors

Belonging to the field of intelligence

Salary:25-50K · 14 Salary
Experience requirements: Unlimited experience
Educational requirements:PhD
Job Description:

Salary:50-55K · 15 Salary
Experience requirements:5-10 years
Educational requirements:PhD
Job Description:
1. Product line strategic planning
2. Robot product and technology planning
3. Strategic planning for the robot market 4. Robot organization construction

Salary: 40-70K
Experience requirements:5-10 years
Educational requirements:PhD
Job Description:
1. * * Job Description:** As our senior algorithm engineer, you will be responsible for the following tasks: -Design, develop, and implement adaptive learning algorithms for machine equipment to optimize equipment performance and improve production efficiency. -Apply machine learning and data mining techniques to analyze and process large amounts of device data, and construct predictive maintenance models. -Collaborate with cross departmental teams to integrate algorithm solutions into product development and business processes. -Track the latest research progress in machine learning and adaptive algorithms, and apply innovative technologies to solve practical problems. -Guide and train junior engineers to enhance the overall technical level of the team. — **Basic requirements:** -Hold a doctoral degree in computer science, electronic engineering, automation, or related fields. -At least 5 years of work experience in machine learning, data mining, or related fields. -Proficient in at least one deep learning framework (such as TensorFlow Keras、PyTorch）。 -Proficient in programming languages such as Python, R, Java, or C++. -Experience in applying machine learning algorithms to practical engineering projects. -Strong analytical skills and problem-solving abilities. -Good teamwork spirit and leadership skills. — **Priority consideration:** -Have practical project experience in the field of adaptive learning algorithms for machine equipment. -Published research papers or holds patents in related fields

Salary:70-100K · 14 Salary
Experience requirements:5-10 years
Educational requirements:PhD
Job Description:
Job Responsibilities:
1. Design, develop, and implement adaptive learning algorithms for machine equipment to optimize equipment performance and improve production efficiency
2. Apply machine learning and data mining techniques to analyze and process large amounts of device data, and construct predictive maintenance models
3. Collaborate with cross departmental teams to integrate algorithm solutions into product development and business processes
4. Track the latest research progress in machine learning and adaptive algorithms, and apply innovative technologies to solve practical problems
5. Guide and train junior engineers to enhance the overall technical level of the team

Job requirements:
1. Hold a doctoral degree in computer science, electronic engineering, automation, or related fields
2. At least 5 years of work experience in machine learning, data mining, or related fields
3. Proficient in at least one deep learning framework (such as TensorFlow Keras、PyTorch）。
4. Proficient in programming languages such as Python, R, Java, or C++
5. Experience in applying machine learning algorithms to practical engineering projects
6. Strong analytical skills and problem-solving abilities

Priority consideration:
-Have practical project experience in the field of adaptive learning algorithms for machine equipment
-Published research papers or holds patents in related fields