Professional Requirements Artificial intelligence, control engineering, electronic communication, automation, mechanical engineering, computer science, software engineering, and related majors. Research Content Utilizing industrial robot technology, artificial intelligence, and image processing technology to carry out the design and development of intelligent and unmanned laboratories: (1) Design and development of an intelligent automatic analysis and detection system; (2) Integrated application development of robot technology and AGV vehicle intelligent laboratory; (3) Design and development of IoT laboratory based on 5G communication technology; (4) Design and development of an Intelligent Unmanned Laboratory Information Management System (LIMS); (5) The application of VR/AR technology in intelligent laboratories; (6) The digital twin technology of intelligent laboratories.

Professional Requirements Instruments and Meters, Automatic Control, Electronic Communication, Computer Technology, Measurement and Control Technology and Instruments and related majors. Research Content Research and development of environmental monitoring and detection analysis instruments: (1) Research and development of emission detection equipment and instruments for carbon dioxide, methane, VOC, and other emissions; (2) Development of online water quality monitoring instruments for heavy metals, algae classification, and biological toxicity; (3) Development of gas phase, liquid phase, atomic absorption, and mass spectrometry analysis instruments and equipment.

Professional Requirements Industrial robots, intelligent science and technology, automation, electronic information, mechanical equipment Majors in Computer Science and Technology and related fields. Research Content (1) Design and development of the laboratory axis series machine arm body and controller; (2) Design and development of laboratory robot body; (3) Design and development of AGV car system.

Professional Requirements Environmental Science and Engineering, Resources and Environment, New Energy Science and Engineering, and related majors. Research Content (1) Research on wastewater (gas) treatment technology; (2) Research on VOC and O3 governance technologies; (3) Research on soil remediation technology.

Professional Requirements Environmental Science and Engineering, Resources and Environment, New Energy Science and Engineering, and related majors. Research Content Combining key technological innovation needs such as zero carbon energy, zero carbon raw materials/fuel and process substitution, carbon dioxide capture/utilization/storage, integrated coupling and optimization technologies, we will conduct research on the principles of new technologies for carbon emission reduction, carbon zero emissions, and carbon negative emissions.

Professional Requirements Majors in Electronic Information Engineering, Computer Science, Microelectronics, Materials Science, Chemistry, Physics, and related fields. Research Content Design and development of environmental monitoring and detection sensors: (1) Atmospheric detection sensors (NO2, CO, O3, SO2, etc.); (2) Water quality parameter detection sensors (pH/ORP, conductivity, TDS, etc.); (3) Odor detection PID sensor array.

The concentration of pollutants in coal chemical wastewater is extremely high, the composition is complex, and it is difficult to degrade. After pre-treatment, the concentration of pollutants such as COD and ammonia nitrogen in coal chemical wastewater has been degraded to a certain extent, while difficult to degrade organic compounds are almost not released in biochemical treatment engineering. Therefore, it is necessary to undergo advanced treatment for biochemical effluent to meet the discharge standards of the effluent. At present, the most widely used advanced treatment technology in coal chemical wastewater treatment is Advanced oxidation process, mainly including ozone oxidation technology, heterogeneous catalysis ozone oxidation technology, supercritical water oxidation technology, photocatalytic oxidation technology, etc. Supercritical oxidation has been applied in European and American countries such as the United States, Germany, Sweden, and Japan, but research in China started relatively late and is still in the laboratory research stage. Our company plans to introduce supercritical oxidation method for coal chemical wastewater and further research innovative technologies. Supercritical water oxidation (SCWO) technology is the homogeneous oxidation and decomposition of organic matter using supercritical water as the medium. Organic pollutants can be decomposed into small inorganic molecules such as CO2 and H2O in a short time, while sulfur, phosphorus and nitrogen atoms can be converted into sulfate, phosphate, nitrate and nitrite ion ions or nitrogen respectively. The United States lists the SCWO method as the most promising waste treatment technology in the energy and environmental fields. SCWO has a fast reaction rate, short residence time, and high oxidation efficiency. Most organic matter treatment rates can reach over 99%. The reactor structure is simple, the equipment volume is small, and the treatment range is wide. It can not only be used for the treatment of various toxic substances, wastewater, and waste, but also for the decomposition of organic compounds without external heating. The treatment cost is low, and the selectivity is good. By adjusting temperature and pressure, the density, viscosity, and The diffusion coefficient and other physicochemical properties can alter its solubility in organic matter, achieving the goal of selectively controlling the reaction products.

Assist in applying for a visa to come to China, insurance for the permit to come to China: Depending on the signing situation, there may be some commercial insurance benefits: academic leading talents: 300000 to 1 million yuan per year (rigid), 100000 to 200000 yuan per year (flexible), subject leaders: 200000 to 600000 yuan per year (rigid), 50000 to 100000 yuan per year (flexible). Related policies: "Implementation Opinions on Building a High Standard Talent Ecology at Xingtai University", and the benefits can also be discussed on a case by case basis.

Discipline requirements: High level talents such as Ph.D. and professors from developed countries in related disciplines such as electronic information, Internet of Things, big data, instruments and meters, measurement and control technology and instruments, environment, etc. Scope and content of work: Development of environmental monitoring and detection analysis instruments and systems (including but not limited to the following projects): (1) Development of online water quality monitoring instruments for heavy metals, algae classification, biological toxicity, etc. (2) Development of online water environment monitoring instruments (3) Development and application of environmental monitoring big data platforms.

Unit Introduction: Hebei Industrial Vocational and Technical College is a vocational college characterized by steel and metallurgy. It has always adhered to the educational positioning of "based on equipment manufacturing, highlighting metallurgical characteristics, serving regions, facing the country, and connecting with the international". In 2019, it was confirmed as a high-level school construction unit of the "China Characteristic High Level Vocational School and Professional Construction Plan". The school adheres to the principle of "industry, academia, research and application", creates a highland for technical services, conducts applied technology research and development, and provides technical consulting. We have established 5 provincial-level technology research and development platforms, including the Hebei Provincial Innovation Center for Materials Fine Crystal Preparation Technology, and 2 innovative development action plan application technology collaborative innovation centers, including the Internet of Things Application Technology Collaborative Innovation Center. We are committed to basic innovation and application technology research, serving the development of emerging industries, regional economy, and small and medium-sized enterprises in the country. Received 1 first prize and 4 third prizes for scientific and technological progress in Hebei Province. The school has always adhered to an international perspective and global awareness. Since conducting international educational exchanges in 1990, it has successively carried out joint training, scientific research, teacher-student exchange, credit exchange, and overseas internships with universities in countries such as Canada, the United Kingdom, Singapore, Australia, the United States, Germany, New Zealand, and Taiwan. The school is a vice chairman unit of the Vocational Education Branch of the China Education International Exchange Association, a vice chairman unit of the Hebei Education Culture International Exchange and Cooperation Association, and a chairman unit of the Vocational Education Branch. It is a project school under the "Joint Training of High end Skilled and Applied Talents Ten Million Exchange Plan" of the Ministry of Education, a pilot institution of the "Ten Thousand" International Cooperation Skilled Talent Training Project of the Hebei Provincial Department of Human Resources and Social Security, and a demonstration base for talent introduction and talent introduction in Hebei Province. Intended countries or institutions: universities and research institutes in Russia, Belarus, Ukraine, South Korea, etc