Salary:70000 to 100000 yuan, 15 yuan salary
Experience requirements:8 years or more
Educational requirements:PhD
Job Description:
Job Responsibilities:
Key Responsibilities:
1. Global Strategy Oversight: Oversee the bioanalysis strategy from global development and regulatory perspectives. Design and implement operational frameworks to ensure effective collaboration and delivery of robust bioanalytical strategies. This includes, but is not limited to, endpoints such as pharmacokinetics (PK), pharmacodynamics (PD) biomarkers, and immunogenicity to support the Innovent pipeline.
2. Partnership Building: Foster effective partnerships across therapeutic areas and key stakeholders both internally and externally at Innovent. Drive the scientific strategic interface with CRO partners, establish standards (industry best practices), ensure their implementation, and drive continuous improvements.
3. Stakeholder Engagement: Drive interactions with key stakeholders across the organization, including but not limited to project leaders, clinical project leaders, finance, procurement, data management, HGRAC, clinical operations, clinical pharmacology, biomarker, BD, quality assurance, and regulatory affairs. Ensure smooth communication and alignment of goals.
4. Mentorship and Development: Provide significant mentorship and development opportunities for team members. Address complex challenges and offer solutions to facilitate personal and professional growth.
5. Regulatory and Technological Leadership: Lead regulatory interactions related to bioanalysis and evaluate/set strategies for new technologies. Stay abreast of industry trends and innovations to ensure Innovent remains at the forefront of bioanalysis.
6. Visionary Leadership: Contribute significantly to the department's vision, direction, and future investments. Work closely with the translational leadership team to shape the future of bioanalysis at Innovent.

Qualifications:
Qualifications
61 Education: PhD in Biochemistry, Immunology, Molecular Biology, Bioengineering, Bioanalysis, or a closely related field.
61 Industry Experience:
o 8+ years of relevant industry experience, preferably in pharmaceutical development.
o Proven track record as a Subject Matter Expert in preclinical and clinical bioanalysis, with the ability to design, develop, and execute bioanalytical strategies for PK, PD biomarkers, and immunogenicity assessments.
61 Project and Program Management:
o Ability to manage change in a fast-paced environment.
o Proven experience in developing assets through all stages of drug development, including understanding of the regulatory landscape and expectations.
61 Leadership and Management:
o Demonstrated ability to develop, coach, and mentor team members.
o Proven Matrix or line management experience, with the ability to manage and motivate a cross-functional team.
61 Communication Skills:
o Excellent verbal and written communication skills, including the ability to effectively present complex information to diverse audiences.
o Ability to communicate with key stakeholders across the organization, including clinical, regulatory, and business teams.
61 Additional Skills:
o Deep knowledge of global regulatory expectations and guidance related to bioanalysis.
o Ability to work independently and as part of a team, with strong problem-solving skills.
o Experience with outsourcing and vendor management.
o Familiarity with industry best practices and current trends in bioanalysis.

Salary:360000 to 380000 yuan/year
Experience requirements:No experience required
Educational requirements:PhD
Job Description:
1、 Recruitment Position:
1. Postdoctoral researcher
Job Responsibilities:
1) Conduct research on the conversion and utilization of carbon dioxide, and publish high-level academic papers or apply for invention patents in conjunction with the project;
2) Actively apply for vertical and horizontal projects at all levels according to the development direction of the research group's project;
3) Assist in managing doctoral and master's students in the laboratory, while also participating in laboratory management and other related work.
Job requirements:
1) Passionate about scientific research, with a sense of professionalism, innovation, and teamwork, and proactive in work;
2) Good physical health, strong sense of responsibility, able to endure hardship, possessing strong comprehensive organizational, coordination, expression, and interpersonal communication skills;
3) Strong Chinese writing skills and certain English reading and writing abilities;
4) PhD graduates with majors in chemistry, materials, and chemical engineering, with a graduation period of less than 3 years.
2、 Team Introduction:
The team is mainly engaged in research on small molecule electrocatalytic and thermal conversion, and has successfully obtained multiple funding projects from National Natural Science Foundation of China, Chinese Academy of Sciences, Shenzhen Municipal Government, and enterprises. The contract amount of ongoing projects exceeds 100 million yuan, and the research funds are abundant. The team maintains close cooperative relationships with multiple well-known research groups at home and abroad, including Tsinghua University, Tianjin University, Dalian Institute of Chemical Physics, University of Sydney, Monash University, and University of Muenster. At the same time, the team has maintained strategic partnerships with large enterprises such as China Merchants Group, Hong Kong Rong Gas, Shenzhen Energy, PetroChina, Huawei, ZTE, BYD, etc., and encourages researchers to cooperate and exchange ideas in industry university research.
The currently established experimental platforms include:
1) Material preparation platform: CVD pvd、mpcvd、hfcvd、pecvd、ald、mocvd、 Magnetron sputtering, chemical synthesis, hydrothermal reaction, microwave reaction, thermal evaporation, PLD, etc.
2) Material characterization platform: hrtem, sem,xps,xrd，pl,cl,raman,afm, In situ XRD, in-situ Raman, in-situ FT-IR, in-situ GC-MS, in-situ glow discharge, in-situ electrochemical AFM, in-situ synchrotron radiation (available 5 days per month), in-situ electrochemical quartz microcrystal balance, in-situ stress analyzer, etc.
3) Testing platforms: Keithly multifunctional semiconductor performance testing platform from the United States, photoelectric response testing platform, Senna IM6 electrochemical workstation from Germany, Wanton electrochemical workstation from Switzerland, Princeton electrochemical workstation, Maccor lithium battery testing platform, Hall effect tester, nanoindentation tester, LED testing platform, film thickness gauge, solar cell testing platform, etc.
4) Functional device preparation platform: ultra clean room, lithography machine, ozone etching machine, vapor deposition equipment, fib, ebl, etc.
In addition, our team members can use the advanced institute and Tsinghua University Shenzhen International Graduate School experimental platform without barriers

Salary:400000 to 600000 yuan/year
Experience requirements:No experience required
Educational requirements:PhD
Job Description:
1、 Platform Introduction:
The Advanced Energy Storage Technology Research Center is dedicated to the development and application research of thin film materials, new energy storage materials, and devices. Successfully obtained funding from Guangdong Innovation Team, Guangdong Major Special Project, Shenzhen Peacock Team Plan, National Outstanding Youth Fund, National Key R&D Program, and other projects. Our center maintains a long-term cooperative relationship with the City University of Hong Kong, and has formed long-term cooperative relationships with the Center for Ultra Diamond Thin Film Research (COSDAF) and the Thailand Synchrotron Radiation Center. We can also utilize the advantageous resources of Shenzhen Advanced Institute, City University of Hong Kong, and the Thailand Synchrotron Radiation Center to have long-term exchanges and interactions between center personnel and the City University of Hong Kong and the Thailand Synchrotron Radiation Center.
The currently established experimental platforms include:
1) Material preparation platform: CVD PVD、MPCVD、HFCVD、PECVD、ALD、MOCVD、 Magnetron sputtering, chemical synthesis, hydrothermal reaction, microwave reaction, thermal evaporation, PLD, etc.
2) Material characterization platform: HRTEM, SEM,XPS,XRD，PL, CL, Raman, AFM, In situ XRD, in situ Raman, in situ FTIR, in situ GC-MS, in situ glow discharge, in situ electrochemical AFM, in situ synchrotron radiation (available 5 days per month), in situ electrochemical quartz microcrystal balance, in situ electrochemical stress meter, etc.
3) Testing Platforms: Keithly Multi functional Semiconductor Performance Testing Platform, Optoelectronic Response Testing Platform, Sena IM6 Electrochemical Workstation from Germany, Wanton Electrochemical Workstation from Switzerland, Princeton Electrochemical Workstation, Maccor Lithium Battery Testing Platform, Hall Effect Tester, Nanoindentation Tester, LED Testing Platform, Film Thickness Gauge, Solar Cell Testing Platform, etc.
4) Functional device preparation platform: ultra clean room, lithography machine, ozone etching machine, vapor deposition equipment, FIB, EBL, etc.
Our center personnel can use the advanced institute, City University of Hong Kong, and Thailand Synchrotron Radiation Center experimental platforms without barriers, and researchers can operate them themselves after training. The center has maintained strategic partnerships with large enterprises such as Huawei, ZTE, BYD, ATL, CATL, Guangdong Tianjing, Dazu Laser, Foxconn, etc. for a long time, and encourages researchers to engage in industry university research cooperation and exchange.
2、 Recruitment requirement: 10 postdoctoral fellows
3、 Job Responsibilities/Research Direction
1. Research and application of new energy storage materials and devices:
(1) Having a doctoral degree in materials or electrochemistry related fields;
(2) Familiar with the preparation, analysis and characterization methods of energy storage, catalytic related materials and devices.
2. Research and development of secondary battery electrolyte:
(1) Having a doctoral degree in fluorine chemical engineering and applied chemical engineering related majors;
(2) Familiar with chemical synthesis process design is preferred.
3. Preparation and Application of Diamond and Superhard Thin Films:
(1) Having a doctoral degree in materials, physics, chemistry, or mechanical related fields;
(2) Familiar with vacuum coating technology, proficient in diamond and related hard film preparation and characterization.
4. Research and development of new electrode materials:
(1) Research background in lithium battery, sodium battery positive electrode materials, water-based batteries, etc;
(2) Priority will be given to those with a foundation in positive electrode material related work.
5. Theoretical calculation combined with rational material design:
(1) Doctoral degree in a field related to computational materials;
(2) Has research experience in energy storage, catalysis, and other related fields.
4、 Qualifications for Employment
(1) Obtaining a doctoral degree for no more than 3 years and being under the age of 35 (inclusive);
(2) Capable of independent scientific research and writing academic papers, and publishing high-level academic papers;
(3) Capable of independently conducting scientific research work and having a strong sense of teamwork;
(4) Priority will be given to those who can arrive on duty as soon as possible.
5、 Basic treatment
1. During the postdoctoral period, the postdoctoral treatment is excellent, and the relevant rules and regulations of the Chinese Academy of Sciences and the postdoctoral unit are implemented from the top, with the salary of 400000-600000 yuan;
2. Recommended application for the Special Research Assistant Program of the Chinese Academy of Sciences, 600000 yuan/2 years (300000 yuan for individuals);
3. Recommended application for Shenzhen Talent Plan, 720000 yuan/3 years (for individuals);
4. Recommend applying for the Guangdong Province Overseas Postdoctoral Talent Support Project (600000 yuan/2 years in the station, 400000 yuan housing subsidy for staying in Guangdong after leaving the station, totaling 1 million yuan, for individuals);
5. Recommend applying for talent support programs such as the Chinese Academy of Sciences' Boxin Program, the China Association for Science and Technology's Youth Talent Support Program, and the Advanced Academy's Outstanding Youth Program,
6. Support postdoctoral fellows as project leaders to apply for postdoctoral science funds, national natural science funds, provincial/municipal natural science funds, and other projects;
7. During the work period at the station, it will be counted as length of service in our hospital and can participate in the evaluation of advanced hospital professional titles. Priority will be given to staying in the hospital for work after leaving the station;
8. Excellent workers are directly recommended for evaluation as associate professors.
9. Assist in applying for the transfer of myself, spouse, and their minor children to Shenzhen after joining the company;
10. Priority recommendation for applying for talent housing;
11. Postdoctoral researchers are entitled to the same benefits as regular employees, including year-end bonuses, project performance awards, intellectual property rewards, and meal allowances;

6、 Application materials
1. Personal resume (including detailed materials reflecting personal abilities such as education, work experience, research background, published papers, etc.);
2. The application materials will be sent to the contact person via email

Salary:25000 to 40000 yuan, 13 yuan salary
Experience requirements:No experience required
Educational requirements:PhD
Job Description:
The Carbon Neutrality Institute is recruiting 2-3 postdoctoral fellows in the field of thermoelectric materials and devices. The Thermoelectronics and Nano Devices research group is utilizing advanced material preparation and micro nano processing technologies to explore new low dimensional materials and devices for basic and applied research in thermal energy management and sensing, clean energy conversion and storage. Research directions include:
(1) Preparation of thermoelectric thin film materials using vapor deposition technology
(2) Simulation design, integration, and performance characterization of thermoelectric devices
(3) Clean energy conversion and storage devices such as light, heat, and electricity
(4) Preparation, transfer, and integration of micro nano devices using two-dimensional materials
Qualifications for Employment
1. Those who have obtained a doctoral degree from well-known domestic and foreign universities or have passed the doctoral degree defense; Professional requirements include: background in thermoelectric materials and micro sodium devices
2. Age under 35 years old, doctoral degree not exceeding 3 years, and no postdoctoral work in Guangdong Province
3. Possess independent research and writing academic papers, and publish high-level academic papers
4. Able to independently carry out scientific research work, fluent in English reading and writing, strong sense of teamwork, serious and responsible work attitude, and active and innovative research enthusiasm
Priority will be given to those who can arrive on duty as soon as possible

Salary:29000-35000
Experience requirements:No experience required
Educational requirements:PhD
Job Description:
1、 We plan to recruit 6 doctoral students in the following directions.
Research direction 1: Key technology of lock-in amplification for high-sensitivity TDLAS gas sensing
Aiming at the key technology of gas sensing with high sensitivity, high reliability, and anti cross interference, and meeting the requirements of TDLAS gas sensing and detection equipment, efficient tunable laser wavelength scanning signal lock-in amplification technology is studied; Develop a phase-locked amplifier signal processing module for fast demodulation of weak signals, to achieve accurate, fast, and reliable detection of gases such as CH4, C2H6, C2H4, C2H2, HF, HCl, HCN, H2S, NH3, CO, O2, NOx, etc., solving the problems of traditional electrochemical sensors in gas cross interference, repeatability, reliability, and service life.
Research Direction 2: Key Technologies for Multi component Gas Laser Raman Analysis Based on SERS
Focusing on the key technology of quantitative synchronous detection of multi-component mixed gas types and concentrations, and meeting the demand for online high-end gas analysis equipment, efficient SERS enhanced fiber Raman probe technology is studied. A Raman spectroscopy excitation and acquisition analysis system for gases is developed to achieve qualitative and quantitative synchronous detection of hydrocarbon gases such as CH4, C2H6, C2H4, C3H8, as well as multi-component mixed gases such as CO2, CO, NH3, H2S, SO2, N2, O2, H2, breaking through the bottleneck of gas analysis technology in industrial processes such as petroleum, natural gas, petrochemical, and coal chemical industries, and solving the industry difficulty of online gas intelligent analysis.
Research direction 3: Key technologies for mid infrared micro multi gas sensors based on NDIR
In response to the key technologies of miniaturization, low power consumption, and multi-target gas sensors, and the huge demand for gas sensors in industrial scenarios such as petrochemicals, natural gas, and metallurgy, research is being conducted on high-precision, high stability, and long-life mid infrared gas sensing technology. A miniaturized mid infrared gas sensor based on the NDIR sensing principle is developed to achieve the integration of mid infrared optical control and infrared detectors, breaking through the technical difficulties of large size and low integration degree of traditional infrared detectors. High reliability sensing and detection of hydrocarbon gases such as CH4, C2H6, C2H4, C2H2, C3H8, as well as gases such as CO, CO2, SF6, refrigerants, etc., are being completed. The shortcomings of traditional sensors such as low reliability, susceptibility to poisoning, and short life in industrial applications such as semiconductors, catalytic combustion, and electrochemistry are being overcome. The sentence is:.
Research direction 4: Key technologies of MEMS gas sensors based on nano gas sensing materials
In response to the development trend of low-power, array based, and intelligent gas sensors, mature MEMS preparation and packaging processes and nano thin film gas sensing materials are combined to achieve low-power, low-cost, high sensitivity, easy integration, and large-scale MEMS multi gas sensor development. This enables the detection of gases such as CH4, H2S, C2H6O, H2, CO, CH2O, etc., solving the problems of high power consumption, large size, and unstable preparation process of traditional chip structure MOS gas sensors. It provides convenient high-performance miniaturized gas sensor chips for intelligent gas detection in industries such as smart homes, smart gas, new energy vehicles, and hydrogen energy.
Research Direction 5: Key Technologies for Intelligent Gas Online Detection and Analyzer
In response to the market demand for online gas intelligent detection and analysis in industrial sites, core technologies such as big data intelligent algorithms, wireless communication, long endurance, and multi-target integration are developed. A specialized equipment for intelligent online gas detection and analysis is developed to achieve functions such as anti gas cross interference, wireless signal transmission, mobile power supply, and multi gas online real-time monitoring, providing a solution for rapid online gas detection and analysis in industrial processes.
2、 Recruitment conditions
1. Possess good political qualities and moral cultivation, with no history of illegal or disciplinary violations;
2. Majors related to instrumentation, optical engineering, optoelectronic information science and engineering, measurement and control technology and instruments, electronic science and technology, electronic information, wireless communication, etc;;
3. Doctoral students who have graduated within three years or are about to obtain a doctoral degree, are in good health and under the age of 35;
4. Honest and trustworthy, with excellent academic performance, possessing good professional dedication and research quality, able to complete postdoctoral research work with high quality; Applicants who have achieved significant scientific research results will be given priority consideration;
5. Engage in full-time postdoctoral research at the base

Salary:29000-35000
Experience requirements:No experience required
Educational requirements:PhD
Job Description:
1、 We plan to recruit 6 doctoral students in the following directions.
Research direction 1: Key technology of lock-in amplification for high-sensitivity TDLAS gas sensing
Aiming at the key technology of gas sensing with high sensitivity, high reliability, and anti cross interference, and meeting the requirements of TDLAS gas sensing and detection equipment, efficient tunable laser wavelength scanning signal lock-in amplification technology is studied; Develop a phase-locked amplifier signal processing module for fast demodulation of weak signals, to achieve accurate, fast, and reliable detection of gases such as CH4, C2H6, C2H4, C2H2, HF, HCl, HCN, H2S, NH3, CO, O2, NOx, etc., solving the problems of traditional electrochemical sensors in gas cross interference, repeatability, reliability, and service life.
Research Direction 2: Key Technologies for Multi component Gas Laser Raman Analysis Based on SERS
Focusing on the key technology of quantitative synchronous detection of multi-component mixed gas types and concentrations, and meeting the demand for online high-end gas analysis equipment, efficient SERS enhanced fiber Raman probe technology is studied. A Raman spectroscopy excitation and acquisition analysis system for gases is developed to achieve qualitative and quantitative synchronous detection of hydrocarbon gases such as CH4, C2H6, C2H4, C3H8, as well as multi-component mixed gases such as CO2, CO, NH3, H2S, SO2, N2, O2, H2, breaking through the bottleneck of gas analysis technology in industrial processes such as petroleum, natural gas, petrochemical, and coal chemical industries, and solving the industry difficulty of online gas intelligent analysis.
Research direction 3: Key technologies for mid infrared micro multi gas sensors based on NDIR
In response to the key technologies of miniaturization, low power consumption, and multi-target gas sensors, and the huge demand for gas sensors in industrial scenarios such as petrochemicals, natural gas, and metallurgy, research is being conducted on high-precision, high stability, and long-life mid infrared gas sensing technology. A miniaturized mid infrared gas sensor based on the NDIR sensing principle is developed to achieve the integration of mid infrared optical control and infrared detectors, breaking through the technical difficulties of large size and low integration degree of traditional infrared detectors. High reliability sensing and detection of hydrocarbon gases such as CH4, C2H6, C2H4, C2H2, C3H8, as well as gases such as CO, CO2, SF6, refrigerants, etc., are being completed. The shortcomings of traditional sensors such as low reliability, susceptibility to poisoning, and short life in industrial applications such as semiconductors, catalytic combustion, and electrochemistry are being overcome. The sentence is:.
Research direction 4: Key technologies of MEMS gas sensors based on nano gas sensing materials
In response to the development trend of low-power, array based, and intelligent gas sensors, mature MEMS preparation and packaging processes and nano thin film gas sensing materials are combined to achieve low-power, low-cost, high sensitivity, easy integration, and large-scale MEMS multi gas sensor development. This enables the detection of gases such as CH4, H2S, C2H6O, H2, CO, CH2O, etc., solving the problems of high power consumption, large size, and unstable preparation process of traditional chip structure MOS gas sensors. It provides convenient high-performance miniaturized gas sensor chips for intelligent gas detection in industries such as smart homes, smart gas, new energy vehicles, and hydrogen energy.
Research Direction 5: Key Technologies for Intelligent Gas Online Detection and Analyzer
In response to the market demand for online gas intelligent detection and analysis in industrial sites, core technologies such as big data intelligent algorithms, wireless communication, long endurance, and multi-target integration are developed. A specialized equipment for intelligent online gas detection and analysis is developed to achieve functions such as anti gas cross interference, wireless signal transmission, mobile power supply, and multi gas online real-time monitoring, providing a solution for rapid online gas detection and analysis in industrial processes.
2、 Recruitment conditions
1. Possess good political qualities and moral cultivation, with no history of illegal or disciplinary violations;
2. Majors related to instrumentation, optical engineering, optoelectronic information science and engineering, measurement and control technology and instruments, electronic science and technology, electronic information, wireless communication, etc;;
3. Doctoral students who have graduated within three years or are about to obtain a doctoral degree, are in good health and under the age of 35;
4. Honest and trustworthy, with excellent academic performance, possessing good professional dedication and research quality, able to complete postdoctoral research work with high quality; Applicants who have achieved significant scientific research results will be given priority consideration;
5. Engage in full-time postdoctoral research at the base

Salary:29000-35000
Experience requirements:No experience required
Educational requirements:PhD
Job Description:
1、 We plan to recruit 6 doctoral students in the following directions.
Research direction 1: Key technology of lock-in amplification for high-sensitivity TDLAS gas sensing
Aiming at the key technology of gas sensing with high sensitivity, high reliability, and anti cross interference, and meeting the requirements of TDLAS gas sensing and detection equipment, efficient tunable laser wavelength scanning signal lock-in amplification technology is studied; Develop a phase-locked amplifier signal processing module for fast demodulation of weak signals, to achieve accurate, fast, and reliable detection of gases such as CH4, C2H6, C2H4, C2H2, HF, HCl, HCN, H2S, NH3, CO, O2, NOx, etc., solving the problems of traditional electrochemical sensors in gas cross interference, repeatability, reliability, and service life.
Research Direction 2: Key Technologies for Multi component Gas Laser Raman Analysis Based on SERS
Focusing on the key technology of quantitative synchronous detection of multi-component mixed gas types and concentrations, and meeting the demand for online high-end gas analysis equipment, efficient SERS enhanced fiber Raman probe technology is studied. A Raman spectroscopy excitation and acquisition analysis system for gases is developed to achieve qualitative and quantitative synchronous detection of hydrocarbon gases such as CH4, C2H6, C2H4, C3H8, as well as multi-component mixed gases such as CO2, CO, NH3, H2S, SO2, N2, O2, H2, breaking through the bottleneck of gas analysis technology in industrial processes such as petroleum, natural gas, petrochemical, and coal chemical industries, and solving the industry difficulty of online gas intelligent analysis.
Research direction 3: Key technologies for mid infrared micro multi gas sensors based on NDIR
In response to the key technologies of miniaturization, low power consumption, and multi-target gas sensors, and the huge demand for gas sensors in industrial scenarios such as petrochemicals, natural gas, and metallurgy, research is being conducted on high-precision, high stability, and long-life mid infrared gas sensing technology. A miniaturized mid infrared gas sensor based on the NDIR sensing principle is developed to achieve the integration of mid infrared optical control and infrared detectors, breaking through the technical difficulties of large size and low integration degree of traditional infrared detectors. High reliability sensing and detection of hydrocarbon gases such as CH4, C2H6, C2H4, C2H2, C3H8, as well as gases such as CO, CO2, SF6, refrigerants, etc., are being completed. The shortcomings of traditional sensors such as low reliability, susceptibility to poisoning, and short life in industrial applications such as semiconductors, catalytic combustion, and electrochemistry are being overcome. The sentence is:.
Research direction 4: Key technologies of MEMS gas sensors based on nano gas sensing materials
In response to the development trend of low-power, array based, and intelligent gas sensors, mature MEMS preparation and packaging processes and nano thin film gas sensing materials are combined to achieve low-power, low-cost, high sensitivity, easy integration, and large-scale MEMS multi gas sensor development. This enables the detection of gases such as CH4, H2S, C2H6O, H2, CO, CH2O, etc., solving the problems of high power consumption, large size, and unstable preparation process of traditional chip structure MOS gas sensors. It provides convenient high-performance miniaturized gas sensor chips for intelligent gas detection in industries such as smart homes, smart gas, new energy vehicles, and hydrogen energy.
Research Direction 5: Key Technologies for Intelligent Gas Online Detection and Analyzer
In response to the market demand for online gas intelligent detection and analysis in industrial sites, core technologies such as big data intelligent algorithms, wireless communication, long endurance, and multi-target integration are developed. A specialized equipment for intelligent online gas detection and analysis is developed to achieve functions such as anti gas cross interference, wireless signal transmission, mobile power supply, and multi gas online real-time monitoring, providing a solution for rapid online gas detection and analysis in industrial processes.
2、 Recruitment conditions
1. Possess good political qualities and moral cultivation, with no history of illegal or disciplinary violations;
2. Majors related to instrumentation, optical engineering, optoelectronic information science and engineering, measurement and control technology and instruments, electronic science and technology, electronic information, wireless communication, etc;;
3. Doctoral students who have graduated within three years or are about to obtain a doctoral degree, are in good health and under the age of 35;
4. Honest and trustworthy, with excellent academic performance, possessing good professional dedication and research quality, able to complete postdoctoral research work with high quality; Applicants who have achieved significant scientific research results will be given priority consideration;
5. Engage in full-time postdoctoral research at the base

Salary:29000-35000
Experience requirements:No experience required
Educational requirements:PhD
Job Description:
1、 We plan to recruit 6 doctoral students in the following directions.
Research direction 1: Key technology of lock-in amplification for high-sensitivity TDLAS gas sensing
Aiming at the key technology of gas sensing with high sensitivity, high reliability, and anti cross interference, and meeting the requirements of TDLAS gas sensing and detection equipment, efficient tunable laser wavelength scanning signal lock-in amplification technology is studied; Develop a phase-locked amplifier signal processing module for fast demodulation of weak signals, to achieve accurate, fast, and reliable detection of gases such as CH4, C2H6, C2H4, C2H2, HF, HCl, HCN, H2S, NH3, CO, O2, NOx, etc., solving the problems of traditional electrochemical sensors in gas cross interference, repeatability, reliability, and service life.
Research Direction 2: Key Technologies for Multi component Gas Laser Raman Analysis Based on SERS
Focusing on the key technology of quantitative synchronous detection of multi-component mixed gas types and concentrations, and meeting the demand for online high-end gas analysis equipment, efficient SERS enhanced fiber Raman probe technology is studied. A Raman spectroscopy excitation and acquisition analysis system for gases is developed to achieve qualitative and quantitative synchronous detection of hydrocarbon gases such as CH4, C2H6, C2H4, C3H8, as well as multi-component mixed gases such as CO2, CO, NH3, H2S, SO2, N2, O2, H2, breaking through the bottleneck of gas analysis technology in industrial processes such as petroleum, natural gas, petrochemical, and coal chemical industries, and solving the industry difficulty of online gas intelligent analysis.
Research direction 3: Key technologies for mid infrared micro multi gas sensors based on NDIR
In response to the key technologies of miniaturization, low power consumption, and multi-target gas sensors, and the huge demand for gas sensors in industrial scenarios such as petrochemicals, natural gas, and metallurgy, research is being conducted on high-precision, high stability, and long-life mid infrared gas sensing technology. A miniaturized mid infrared gas sensor based on the NDIR sensing principle is developed to achieve the integration of mid infrared optical control and infrared detectors, breaking through the technical difficulties of large size and low integration degree of traditional infrared detectors. High reliability sensing and detection of hydrocarbon gases such as CH4, C2H6, C2H4, C2H2, C3H8, as well as gases such as CO, CO2, SF6, refrigerants, etc., are being completed. The shortcomings of traditional sensors such as low reliability, susceptibility to poisoning, and short life in industrial applications such as semiconductors, catalytic combustion, and electrochemistry are being overcome. The sentence is:.
Research direction 4: Key technologies of MEMS gas sensors based on nano gas sensing materials
In response to the development trend of low-power, array based, and intelligent gas sensors, mature MEMS preparation and packaging processes and nano thin film gas sensing materials are combined to achieve low-power, low-cost, high sensitivity, easy integration, and large-scale MEMS multi gas sensor development. This enables the detection of gases such as CH4, H2S, C2H6O, H2, CO, CH2O, etc., solving the problems of high power consumption, large size, and unstable preparation process of traditional chip structure MOS gas sensors. It provides convenient high-performance miniaturized gas sensor chips for intelligent gas detection in industries such as smart homes, smart gas, new energy vehicles, and hydrogen energy.
Research Direction 5: Key Technologies for Intelligent Gas Online Detection and Analyzer
In response to the market demand for online gas intelligent detection and analysis in industrial sites, core technologies such as big data intelligent algorithms, wireless communication, long endurance, and multi-target integration are developed. A specialized equipment for intelligent online gas detection and analysis is developed to achieve functions such as anti gas cross interference, wireless signal transmission, mobile power supply, and multi gas online real-time monitoring, providing a solution for rapid online gas detection and analysis in industrial processes.
2、 Recruitment conditions
1. Possess good political qualities and moral cultivation, with no history of illegal or disciplinary violations;
2. Majors related to instrumentation, optical engineering, optoelectronic information science and engineering, measurement and control technology and instruments, electronic science and technology, electronic information, wireless communication, etc;;
3. Doctoral students who have graduated within three years or are about to obtain a doctoral degree, are in good health and under the age of 35;
4. Honest and trustworthy, with excellent academic performance, possessing good professional dedication and research quality, able to complete postdoctoral research work with high quality; Applicants who have achieved significant scientific research results will be given priority consideration;
5. Engage in full-time postdoctoral research at the base

Salary:29000-35000
Experience requirements:No experience required
Educational requirements:PhD
Job Description:
1、 We plan to recruit 6 doctoral students in the following directions.
Research direction 1: Key technology of lock-in amplification for high-sensitivity TDLAS gas sensing
Aiming at the key technology of gas sensing with high sensitivity, high reliability, and anti cross interference, and meeting the requirements of TDLAS gas sensing and detection equipment, efficient tunable laser wavelength scanning signal lock-in amplification technology is studied; Develop a phase-locked amplifier signal processing module for fast demodulation of weak signals, to achieve accurate, fast, and reliable detection of gases such as CH4, C2H6, C2H4, C2H2, HF, HCl, HCN, H2S, NH3, CO, O2, NOx, etc., solving the problems of traditional electrochemical sensors in gas cross interference, repeatability, reliability, and service life.
Research Direction 2: Key Technologies for Multi component Gas Laser Raman Analysis Based on SERS
Focusing on the key technology of quantitative synchronous detection of multi-component mixed gas types and concentrations, and meeting the demand for online high-end gas analysis equipment, efficient SERS enhanced fiber Raman probe technology is studied. A Raman spectroscopy excitation and acquisition analysis system for gases is developed to achieve qualitative and quantitative synchronous detection of hydrocarbon gases such as CH4, C2H6, C2H4, C3H8, as well as multi-component mixed gases such as CO2, CO, NH3, H2S, SO2, N2, O2, H2, breaking through the bottleneck of gas analysis technology in industrial processes such as petroleum, natural gas, petrochemical, and coal chemical industries, and solving the industry difficulty of online gas intelligent analysis.
Research direction 3: Key technologies for mid infrared micro multi gas sensors based on NDIR
In response to the key technologies of miniaturization, low power consumption, and multi-target gas sensors, and the huge demand for gas sensors in industrial scenarios such as petrochemicals, natural gas, and metallurgy, research is being conducted on high-precision, high stability, and long-life mid infrared gas sensing technology. A miniaturized mid infrared gas sensor based on the NDIR sensing principle is developed to achieve the integration of mid infrared optical control and infrared detectors, breaking through the technical difficulties of large size and low integration degree of traditional infrared detectors. High reliability sensing and detection of hydrocarbon gases such as CH4, C2H6, C2H4, C2H2, C3H8, as well as gases such as CO, CO2, SF6, refrigerants, etc., are being completed. The shortcomings of traditional sensors such as low reliability, susceptibility to poisoning, and short life in industrial applications such as semiconductors, catalytic combustion, and electrochemistry are being overcome. The sentence is:.
Research direction 4: Key technologies of MEMS gas sensors based on nano gas sensing materials
In response to the development trend of low-power, array based, and intelligent gas sensors, mature MEMS preparation and packaging processes and nano thin film gas sensing materials are combined to achieve low-power, low-cost, high sensitivity, easy integration, and large-scale MEMS multi gas sensor development. This enables the detection of gases such as CH4, H2S, C2H6O, H2, CO, CH2O, etc., solving the problems of high power consumption, large size, and unstable preparation process of traditional chip structure MOS gas sensors. It provides convenient high-performance miniaturized gas sensor chips for intelligent gas detection in industries such as smart homes, smart gas, new energy vehicles, and hydrogen energy.
Research Direction 5: Key Technologies for Intelligent Gas Online Detection and Analyzer
In response to the market demand for online gas intelligent detection and analysis in industrial sites, core technologies such as big data intelligent algorithms, wireless communication, long endurance, and multi-target integration are developed. A specialized equipment for intelligent online gas detection and analysis is developed to achieve functions such as anti gas cross interference, wireless signal transmission, mobile power supply, and multi gas online real-time monitoring, providing a solution for rapid online gas detection and analysis in industrial processes.
2、 Recruitment conditions
1. Possess good political qualities and moral cultivation, with no history of illegal or disciplinary violations;
2. Majors related to instrumentation, optical engineering, optoelectronic information science and engineering, measurement and control technology and instruments, electronic science and technology, electronic information, wireless communication, etc;;
3. Doctoral students who have graduated within three years or are about to obtain a doctoral degree, are in good health and under the age of 35;
4. Honest and trustworthy, with excellent academic performance, possessing good professional dedication and research quality, able to complete postdoctoral research work with high quality; Applicants who have achieved significant scientific research results will be given priority consideration;
5. Engage in full-time postdoctoral research at the base

Salary:20000 to 30000 RMB with a salary of 16 RMB
Experience requirements:1 year
Educational requirements:PhD
Job Description:
Job Responsibilities
Design compound semiconductor device structures based on RFFE product requirements and process capabilities
Conduct TCAD simulation as needed and propose optimization solutions for the devices Develop a testing plan for the device and analyze the results (including all aspects of device performance and reliability)
Collaborate with process engineers to solve device related issues in the manufacturing process While tracking the development of cutting-edge compound semiconductor devices internationally, establish independent proprietary devices technology and IP

Job Qualifications
Major in microelectronics, physics, etc., doctoral degree
Having profound knowledge of compound semiconductors
Have some experience in compound semiconductor processes or material growth
Has initiative, team spirit, and good communication skills

Salary:40000 to 60000 yuan, 14 yuan salary
Experience requirements:Current students/fresh graduates
Educational requirements:PhD
Job Description:
Job responsibilities (for reference only, matched according to research direction):
1. Participate in the certification of R&D project requirements based on market and user needs, and develop a system plan for product implementation
2. Participate in the establishment of new product standards, selection and optimization of production and testing equipment, etc
3. Provide technical guidance to the production workshop and solve production process problems
4. Participate in the team's writing of various technical documents during the new product development process, ensuring that the process control documents comply with the R&D control process and relevant quality management standards
5. Follow up on product prototype and assembly, and monitor the progress of mold processing; Responsible for product trial production and mass production follow-up, assisting the production department in proposing improvement plans for product processes
6. Constructing a structural public platform, including drafting design technical specifications, standardizing components, verifying material substitution, conducting case studies, and applying for patents

Job requirements:
1. PhD or above, major in mechanical engineering, automation or related fields
2. C9 universities
3. Only for the 24th and 25th editions

Welfare benefits:
1. Specific salary negotiable
2. Assist in applying for talent subsidies, approximately 300000 yuan/year * 2 years
3. Talent Apartment
4. Generous project awards and year-end bonuses

Salary:200000 to 400000 yuan/year
Experience requirements:No experience required
Educational requirements:PhD
Job Description:
Job Responsibilities:
1. Track the development trends of international mainstream material companies, design new material molecular structures, perform corresponding simulation calculations, and design high-performance organic electroluminescent materials with independent intellectual property rights;
2. Design possible synthetic routes based on literature or known methods of our company for the target product of research and development, and lead the experimental team to synthesize and purify high-quality products.
3. Efficiently explore synthetic routes and clearly and standardly record the experimental process; Complete all test records and data archiving for the compound, analyze all test spectra such as HPLC, NMR, MS, etc.
4. Independently or under the guidance of research assistants, complete small-scale preparation (10g-10g).
5. Independently prepare experimental data related to patents, provide search results for relevant background literature, and complete the initial draft of the patent.
Job requirements:
1. Doctoral degrees in Materials Science and Engineering, Organic Chemistry, Organometallic Chemistry, Polymer Materials, etc., with a background in organic optoelectronic materials or organic semiconductor materials (such as organic luminescent materials, organic photovoltaic materials, organic transistor materials, etc.) are preferred.
2. Familiar with common organic reactions and related purification techniques.
3. Proficient in using commonly used literature search tools such as Scifinder.
4. Familiar with the principles of modern analytical instruments such as NMR, HPLC, GCMS, LCMS, etc.
5. Strong ambition, diligent and eager to learn, not taking shortcuts; Has a strong sense of responsibility and teamwork spirit.
6. Strong hands-on ability, able to think independently, and possess strong analytical and problem-solving skills

Salary:20000 to 40000
Experience requirements:No experience required
Educational requirements:PhD
Job Description:
Job Description:
1. Responsible for promoting research and development projects in the fields of air conditioning refrigeration valves, new energy vehicle air conditioning valves, and refrigeration air conditioning equipment, preparing new product research reports, participating in product patent search analysis and avoidance
2. Provide comprehensive technical support for pre-sales and in sales of air conditioning equipment and component products, implement new product trial production, testing, analyze problems, analyze alternative materials, and propose solutions
3. Prepare documents related to new product development, assist the marketing department in promoting new products in the market and conducting technical exchanges, and explain and promote new technologies, non-standard technologies, and new products to the customer's technical team
4. Participate in industry conferences and technical exchanges, responsible for participating in standard setting and technical exchanges within the industry, and mastering cutting-edge technological achievements within the industry
5. Conduct market research, trend analysis, competitor/industry/customer analysis, grasp the technological research and development level of competitors, promote the iterative development of the company's new products, and provide professional support for the company's product roadmap planning
Job requirements:
1. PhD, majoring in mechanical engineering, refrigeration, HVAC, engineering thermophysics, metal materials, polymers, and other related fields
2. Have solid knowledge in mechanical drawing and design, as well as principles of air conditioning and refrigeration systems. Able to independently analyze problems that arise during product development and possess strong analytical and problem-solving skills
3. Proficient in using CAD and SolidWorks, proficient in relevant office software

Salary:18000 to 30000 RMB with a salary of 13 RMB
Experience requirements:3 years or more
Educational requirements:PhD
Job Description:
Job Responsibilities:
Responsible for the research and coordination of electrolyte related work

Job requirements:
1. Master's degree or above, with more than 3 years of work experience in electrolyte
2. Doctoral degree, fresh graduates with or without experience can be considered
3. Have work experience in leading lithium battery companies in the same industry

Salary:23000-30000 yuan · 16 salary
Experience requirements:No experience required
Educational requirements:PhD
Job Description:
Job Description
1. Responsible for strategic insights in the field of photovoltaics/energy storage, including technology development trends, supply chain, and customer demand insights in areas such as photovoltaic modules, photovoltaic cells, and crystal slicing
2. Identify the latest development trends of cutting-edge and disruptive technologies, and provide effective basis for leadership decision-making
3. Undertake the company's strategic development plan and assist in formulating medium - and long-term technology strategic plans for the photovoltaic direction
4. Conduct a strategic review of the development and iteration of photovoltaic technology, explore the laws of industrial development and the role of technological improvement, and provide a basis for technological strategic planning
5. Complete other tasks assigned by the leader

Job requirements
1. Master's degree or above, familiar with the field of photovoltaics/energy storage
2. Having a background in the photovoltaic industry/energy storage cell leading enterprises, well-known research institutes, or authoritative design institutes
3. Priority will be given to candidates with experience in strategic insights, strategic planning, technology planning or identification of cutting-edge technologies, and research on industry development trends
4. Experienced in research and development, familiar with crystal slicing/photovoltaic cells/photovoltaic modules or photovoltaic systems, or household storage/industrial and commercial energy storage or large-scale storage, with practical production experience preferred

Salary:23000-30000 yuan · 16 salary
Experience requirements:No experience required
Educational requirements:PhD
Job Description:
Job Description
1. Responsible for strategic insights in the field of photovoltaics/energy storage, including technology development trends, supply chain, and customer demand insights in areas such as photovoltaic modules, photovoltaic cells, and crystal slicing
2. Identify the latest development trends of cutting-edge and disruptive technologies, and provide effective basis for leadership decision-making
3. Undertake the company's strategic development plan and assist in formulating medium - and long-term technology strategic plans for the photovoltaic direction
4. Conduct a strategic review of the development and iteration of photovoltaic technology, explore the laws of industrial development and the role of technological improvement, and provide a basis for technological strategic planning
5. Complete other tasks assigned by the leader

Job requirements
1. Master's degree or above, familiar with the field of photovoltaics/energy storage
2. Having a background in the photovoltaic industry/energy storage cell leading enterprises, well-known research institutes, or authoritative design institutes
3. Priority will be given to candidates with experience in strategic insights, strategic planning, technology planning or identification of cutting-edge technologies, and research on industry development trends
4. Experienced in research and development, familiar with crystal slicing/photovoltaic cells/photovoltaic modules or photovoltaic systems, or household storage/industrial and commercial energy storage or large-scale storage, with practical production experience preferred

Salary:20000 to 30000 yuan, 13 yuan salary
Experience requirements: 3-4 years Educational requirements:PhD
Job Description:
1. Participate in the implementation of product development, research and development work, and formulate development plans
2. Complete the technical document preparation work according to the R&D plan, timely record various work elements, and prepare complete product documents
3. Huitong Product Production Department completes trial production and handles design issues during trial production
4. Summarize product development experience, continuously improve products, and make design modifications and improvements according to reasonable requirements from customers or relevant departments of the company to complete product finalization work
5. Accept special and temporary tasks assigned by department leaders
6. Previous work experience in lithium-ion battery factories or positive and negative electrode materials is preferred Qualifications:
1. Master's degree or above, majoring in chemistry, physical chemistry, materials science, physics or related fields
2. Familiar with material synthesis technology and modification; Familiar with various material characterization techniques, able to select mature characterization methods according to research and development goals, and quickly characterize materials
3. Has strong abilities in data organization, analysis, and summarization, and can draw reliable conclusions based on data
Priority consideration is given to those with experience in research and industrialization of graphite/silicon carbon/hard carbon This position offers opportunities for collaborative research or doctoral studies at Tsinghua University Shenzhen International Graduate School

Salary:30000 to 50000 yuan, 15 yuan salary
Experience requirements:Current students/fresh graduates
Educational requirements:PhD
Job Description:
1. Doctoral degree in microelectronics, physics, chemistry, materials science, mechanical engineering, electrical engineering, software engineering, and related majors
2. Familiar with CVD growth technology, especially semiconductor epitaxial growth technology, such as SIC, GaN, GaAs, AIN and other compound materials research experience is preferred
3. Understand common thin film characterization methods and have the ability to independently analyze data and make judgments
4. Able to complete daily communication, literature reading, translation, and writing
5. Have good communication skills and teamwork spirit, with a strong sense of responsibility

Salary:20000 to 30000 yuan, 15 yuan salary
Experience requirements:2 years or more
Educational requirements:PhD
Job Description:
The postdoctoral research workstation of Guangzhou Saijun Biotechnology Co., Ltd. was established in June 2023 and is now open to the public to recruit 1-2 postdoctoral researchers. The relevant matters are explained as follows:
1、 Personnel recruitment conditions
（1） Support the leadership of the CPC, support the socialist system with Chinese characteristics, abide by the law and discipline, be upright, and have no record of violations of laws and disciplines or other circumstances that are not suitable for working at the workstation
（2） Physically healthy, postdoctoral applicants should generally be under 35 years old and have obtained a doctoral degree for no more than 3 years
（3） Having a background in biology, medicine, pharmacy, and other related fields, as well as strong research capabilities and rich project experience
（4） Being able to conduct research work full-time on this website
2、 Proposed postdoctoral research project
The postdoctoral workstation of Guangzhou Saijun Biotechnology Co., Ltd. plans to establish a research topic around stem cell research. Applicants can determine specific research topics with their supervisors based on their own research direction and ideas
Direction 1: Mechanism research and application of mesenchymal stem cells Direction 2: Mechanism research and application of pluripotent stem cells Direction 3: Mechanism research and application of other stem cells 3、 Postdoctoral recruitment numbers and related benefits
（1） Guangzhou Saijun Biotechnology Co., Ltd. plans to recruit 1-2 postdoctoral researchers for the postdoctoral workstation in 2024
（2） During their tenure at the station, postdoctoral fellows are entitled to salaries, benefits, and other related benefits in accordance with relevant national and company regulations. The annual pre tax salary is about 300000 to 42000 yuan per year, and the five insurances and one housing fund are purchased according to relevant regulations
（3） According to the Implementation Measures for Postdoctoral Management Services in Guangzhou issued by the Guangzhou Municipal Human Resources and Social Security Bureau, postdoctoral personnel are entitled to an annual living allowance of 180000 yuan per person at the station, with a funding period of 2 years (the living allowance is applied for by the company with the assistance of the company)
During the postdoctoral period, the municipal finance will provide a one-time funding of 200000 yuan for each postdoctoral research project. (This section refers to the municipal financial funds, and the company can assist postdoctoral personnel in applying for municipal financial subsidies for scientific research project funds in accordance with relevant documents and departmental regulations.)
（4） Postdoctoral fellows who work full-time in municipal enterprises and institutions within one year after completing their term of employment, sign labor contracts (employment agreements) for more than three years, or start their own businesses in our city within one year after completing their term of employment, will receive a resettlement allowance of 300000 yuan from the municipal finance department, which will be distributed in two installments; Each postdoctoral researcher can only enjoy one resettlement allowance in our city
4、 Expert Introduction
【 Expert Introduction 】
（1） Professor Li Shiyue First Affiliated Hospital of Guangzhou Medical University, Department of Respiratory Medicine, Chief Physician, Professor, Master of Medicine, Doctoral Supervisor. Graduated from the Medical Department of Guangzhou Medical College in 1980, obtained a Master's degree in Respiratory Medicine in 1991, and was sent to the United States as a visiting scholar for research work from 1997 to 1999. Proficient in the diagnosis and treatment of respiratory diseases in clinical practice, with rich clinical experience, especially in the diagnosis and treatment of various diseases through bronchoscopy, including respiratory intervention, lung cancer, diffuse lung disease, tuberculosis, bronchopneumonia, bronchial asthma, bronchial tuberculosis, tracheal stenosis, bronchospasm, bronchiectasis, bronchial foreign bodies, spontaneous pneumothorax, diffuse panbronchiolitis, etc. Served as the chairman of the Guangzhou Respiratory Society, a member of the Provincial Respiratory Society, a member of the Bronchoscopy Group of the Chinese Respiratory Society, and the vice president of the Guangzhou Respiratory Health Research Institute
（2） Dr. Yan Sunxing
PhD and postdoctoral fellow in stem cell and tissue engineering from Sun Yat sen University. With years of experience in basic research and industrial development of stem cells, I have a deep understanding of MSC production process development, production, and quality system construction. Participated in multiple National Natural Science Foundation projects and published multiple research papers. As the inventor of * * *, I have applied for and obtained multiple patents. The main research direction is the molecular mechanism of pluripotent stem cell differentiation and the screening of MSC subpopulations for clinical applications. In depth research directions include: (1) the role of Nestin * * development and the important role of Nestin in maintaining stem cell traits; (2) The interaction between MSCs and inflammatory factors. A prospective study was conducted on the changes in the transcriptome of MSCs under the action of different inflammatory factors, and it was found that there were significant differences in the patterns of changes in the expression profile of MSCs affected by different inflammatory factors. Through bioinformatics screening of key genes, a new mechanism of MSC regulation of immune cells was discovered
5、 Company Introduction
Guangzhou Saijun Biotechnology Co., Ltd. was jointly established by Daan Gene and Sun Yat sen University * * Laboratory in 2016, and has received over 100 million yuan in investment, including from Songhe Capital. The company is positioned to transform and industrialize excellent scientific and technological achievements from universities and research institutions through technology transfer, and conduct transformation experiments, development, and production according to the standards of new drug development until new products are formed. Saijun Biotechnology integrates excellent resource sharing and development, with a focus on technological innovation. Its core lies in the clinical application research and development of major difficult to treat diseases using stem cell technology, providing integrated cell technology and solutions to medical institutions, research institutions, pharmaceutical companies and other related institutions. The technical team is composed of technology envoys including multiple professors, enterprise R&D scientists, and process development teams, with rich experience in stem cell industry development. The core R&D team accounts for 80% of the company's personnel

Company Address: 8th Floor, Building C3, Accelerator Park, No. 11 Kaiyuan Avenue, Huangpu District, Guangzhou City, Guangdong Province Interview Transportation Guide: 1. Take the subway to Xiangxue Station on Line 6, take a taxi or bus 393, bus B24, bus 358, bus 575 to the Accelerator Industrial Park Station and Ruihe Road North Station in the Development Zone, walk about 200 meters to the company. 2. Drive by car and search for the North Gate (Gate 3) of Guangzhou Development Zone Technology Enterprise Accelerator on the map.

Salary:20000 to 40000
Experience requirements:No experience required
Educational requirements:PhD
Job Description:
Job Responsibilities:
1. Responsible for project topic selection, establishment, implementation, and final acceptance
2. Organize and carry out specific R&D work for the project, promote and provide feedback on the R&D process
3. Regularly organize internal communication for research, identify and coordinate the resolution of related issues
4. Writing patents and research reports
5. Responsible for building the research team and participating in the formulation of laboratory rules and regulations
6. Team member rules and regulations, experimental skills, and safety training
7. Talent management, cultivation of exploratory and innovative team members
8. Participate in academic conferences and external exchanges
9. Participate in coordinating collaborative relationships between the research laboratory and other departments within the company, as well as external universities and research institutes
10. Assist the marketing department in customer tracking and related work


Qualifications:
1、 Basic conditions:
1. Educational and professional requirements: Doctoral degree, major in polymer, materials, textile, chemistry, chemical engineering, reaction engineering, process equipment, petroleum and other related fields
2. Age and gender requirements: Under 35 years old
3. Work experience: Has research experience in polyester depolymerization and synthesis processing, reaction catalysis, chemical synthesis, foaming materials, separation engineering, process package design, and other related topics
2、 Essential knowledge: knowledge of the textile industry; Master the means and methods of researching fiber materials; Capable of independently conducting relevant testing work; Master the skills of patent literature research; Master the writing of reports on experiments, project summaries, and applications
3、 Basic skills: able to propose solutions to problems encountered during product development; Capable of extracting feasible solutions from literature and conducting technical transformations; Familiar with analysis and testing methods, summarize and analyze testing data
4、 Core qualities: Passionate about the textile and chemical industry, identify with the culture of Jiaren Company, have strong organizational and communication skills, and expressive abilities