State Post Bureau: In 2020, express delivery enterprises will serve nearly 700 million users per day.

  Cctv newsOn October 14th, the State Post Bureau held a regular press conference in the fourth quarter of 2021 to introduce the situation of building a modern postal industry suitable for a well-off society. Hou Yanbo, spokesperson of the State Post Bureau and deputy director of the office (presiding over the work), pointed out that up to now, the characteristics of rapid development and sustainable development of the postal industry have been further highlighted, the equalization of universal postal services has basically been realized, and the industry strength, economic and social support, and supply capacity have been significantly improved; With the implementation of overseas layout planning, the international express delivery business volume continues to grow; The continuous development of industry culture, the gradual optimization of talent structure, and the professional development of industry team mark the completion of modern postal industry suitable for well-off society.

  Hou Yanbo said that in the past eight years, the scale of the industry has continued to expand, achieving sustained, healthy and rapid development. In 2020, the annual postal business income (excluding the direct business income of the Postal Savings Bank) reached 1,103.78 billion yuan, more than three times that of 2010; The revenue of express delivery business was 879.54 billion yuan, 15 times that of 2010. The daily average number of postal service users is close to 700 million, which has become an important driving force to promote consumption upgrading and an important link to strengthen industrial ties. The postal express infrastructure has been continuously improved, and the people’s postal service level has been comprehensively improved. Realize the full coverage of postal business places in towns and villages, and the coverage rate of express delivery outlets in towns and villages reaches 98%. All the more than 500,000 villages in China have achieved direct postal service, and postal parcels under 5kg in rural areas have been delivered to villages. The general postal service satisfaction showed a steady upward trend, and the overall express service satisfaction showed a continuous upward trend. Enterprise cultivation has leapt to a new level, and its international operation ability has been continuously enhanced. China Post Group Co., Ltd. ranks steadily in the top 500 in the world, ranking second in the world in terms of revenue scale and profit scale. The industry has cultivated three large-scale express delivery enterprises or enterprise groups with annual business income exceeding 100 billion yuan, four large-scale express delivery enterprises or enterprise groups with annual business income exceeding 50 billion yuan, and eight express delivery enterprises have been successfully restructured and listed. The international network of postal express delivery enterprises covers more than 70 countries and regions, reaching more than 220 countries and regions around the world. Socialist core values are deeply rooted in people’s hearts, and cultural soft power has been significantly enhanced. Vigorously cultivate advanced models,Cultivate a number of advanced models represented by Medog Ji and Yong Wang. Continue to carry out the "warm bee action" of caring for couriers. Actively use this "national business card" of stamps. Since 2012, 280 sets of 877 special stamps have been issued. The "four modernizations" of the industry have basically been realized, and significant progress has been made in the innovative development strategy. Fast delivery service, diversified service functions, mechanized automation of internal operations and informatization of production organizations have basically been realized. More than 25,000 people passed the title evaluation of express delivery engineers and technicians, including over 3,000 intermediate and senior titles.

  Ma Xulin, director of the General Service Department of the State Post Bureau, said at the press conference that the basic realization of the equalization of universal postal services is an important part of building a modern postal industry that is suitable for a well-off society. Since the "Twelfth Five-Year Plan", the State Post Bureau has successively organized and implemented "setting up offices in villages and towns", "postal service in every village" and postal universal service infrastructure construction projects in western and rural areas. The postal universal service infrastructure in China has been further consolidated, the service network has been further improved, and the service capacity has been further enhanced. A postal universal service system covering urban and rural areas, with perfect functions and universal benefits has basically been formed, and the level of equalization of postal universal service has been significantly improved. During the "Twelfth Five-Year Plan" period, 8,440 blank post offices in towns and villages were completed to achieve full coverage of towns and villages with universal postal service business premises. During the "Thirteenth Five-Year Plan" period, in September 2019, all the established villages in the country were directly postal. The index of universal postal service equalization has steadily increased, from 76.6 in 2012 to 84.4 in 2020. The gap between urban and rural areas and between the eastern, central and western regions has been narrowing, which basically meets the postal needs of the broad masses of the people. During the "Fourteenth Five-Year Plan" period, the State Post Bureau will improve the postal service capacity and level by improving the postal network, improving the quality of postal services, and supporting postal enterprises to become stronger, better and bigger.Promote the postal service to a new level. In order to build a strong backbone network, more than 10 international and domestic mail processing centers will be supported to build a postal backbone network with reasonable layout, optimized structure and efficient operation. To improve the rural network, we will further improve the three-level postal delivery service system in counties and villages, support the open sharing of postal networks, promote the cooperation of postal express delivery enterprises in the countryside and villages, and help the two-way circulation of industrial products and agricultural products in urban and rural areas.

  Lin Hu, deputy director of the Market Supervision Department of the State Post Bureau, pointed out that in the past 10 years, the improvement of express delivery service capacity and level is mainly reflected in three aspects. First, the network layout is more optimized and the coverage is wider. The number of express outlets increased from 89,000 to 224,000; The service network in urban areas has been continuously encrypted, the delivery capacity has been continuously improved, and the rural service network has been accelerated; The annual per capita express usage increased from 4.2 to 59; Express delivery companies are "going out to sea" in succession, and their overseas service capabilities are also constantly increasing. Second, the product system is richer and the service category is more perfect. There are time-limited products such as the same day, the next morning, the next day and the next day, as well as international express delivery, cold chain, warehousing services, supply chain and other businesses. At the same time, in the enterprise market segment, there are enterprises specializing in international business and enterprises specializing in terminal delivery. Third, the service time limit was significantly shortened and the service satisfaction was significantly improved. In 2020, the time limit of express delivery service in key cities in China will be 58.23 hours, and the 72-hour punctuality rate will be 77.11%. Since 2012, the overall satisfaction of express delivery service has shown a continuous upward trend, reaching 76.7 points in 2020, 5 points higher than that in 2012, and staying above 75 points for four consecutive years. The effective complaint rate of express delivery service showed a downward trend, from 5.4 per million in 2012 to 0.22 per million. Lin Hu said that in recent years, the application of science and technology in the postal industry has advanced by leaps and bounds, and new technologies such as artificial intelligence, big data, Internet of Things, cloud computing, blockchain and Beidou navigation have been widely used.Boosting the transformation of the industry from labor-intensive to technology-intensive, the postal industry’s processing capacity has been significantly improved, and the accuracy, reliability and safety of transshipment have been effectively guaranteed. Scientific and technological innovation has become the key support for the high-quality development of postal industry and the construction of a postal power, and has become an important engine to accelerate the transformation and upgrading of the industry, improve quality and efficiency.

  Hou Yanbo emphasized that the successful completion of the goal of building a modern postal industry suited to a well-off society benefited from the "four persistences", namely, always adhering to the leadership of the Party, always adhering to the people as the center, always adhering to development as the top priority, and always adhering to the system concept. In the next step, the postal industry will further strengthen the "four consciousnesses", strengthen the "four self-confidences", achieve the "two maintenances", completely, accurately and comprehensively implement the new development concept, and follow the working idea of "serving all fields, activating all factors, creating double highlands and smooth double cycles", focusing on high-quality development and high-efficiency governance, deepening the structural reform of the supply side, and improving the adaptability of the industry supply system to demand.

Recruitment | The First Academy of Aerospace Science and Technology Group looks forward to your joining.

Three, job responsibilities and qualifications

(A) capacity planning and management

Job responsibilities:

1. To be responsible for summarizing the present situation of overall planning ability, analyzing the gap and development direction of overall planning ability, putting forward the demand for overall planning ability, formulating the overall planning of overall planning ability;

2. Responsible for organizing the planning of field capacity building according to the top-level strategic planning and business field development planning of the Institute;

3. Be responsible for organizing the planning and formulation of the living area park according to Beijing’s planning and people’s livelihood needs;

4. Be responsible for overall planning according to the hospital’s capacity, formulate regional planning for overall construction, and put forward construction plans in combination with the regional planning orientation of the hospital.

Qualifications:

1 to understand and master the policies, regulations, rules and regulations or standards of the state and superior capacity planning management, military fixed assets investment project management; Understand the relevant planning requirements of local governments;

2 master the basic knowledge of overall planning or project management of military fixed assets investment projects, and understand the basic knowledge of scientific research and production;

3. Have the same or similar work experience and experience in overall planning and management or military fixed assets investment projects.

(B) Intelligent algorithm design

Job responsibilities:

1. Responsible for the application research and development of game confrontation, cluster collaboration, deep reinforcement learning, multi-agent reinforcement learning and other technical directions;

2. Be responsible for the localization transformation of the classic intelligent algorithms in the industry to realize the transformation and application in the aerospace scene;

3. Responsible for modeling, training, testing and integration of intelligent algorithm model of spacecraft.

Qualifications:

1. Aerospace science and technology, control science and engineering, computer science and technology and other related majors;

2. Familiar with the commonly used algorithms of reinforcement learning, machine learning and deep learning, and master the common deep learning framework;

3. Have the ability to realize professional programming and master at least one programming language;

4. Including but not limited to working experience in using reinforcement learning, imitation learning, multi-agent reinforcement learning and other technologies to solve practical problems in the industry, and experience in game AI development is preferred;

5. It is preferred to publish papers in top conferences of artificial intelligence or journals at the same level.

(3) Overall design

Job responsibilities:

1. Be responsible for the demonstration and design of the overall scheme of the aircraft, and carry out innovative research on the overall design concept and method;

2. Take the lead in the theoretical and methodological research and experimental integration verification of aircraft overall design and optimization;

3. Responsible for the research work related to aircraft standards and specifications and quantitative characterization system;

4. Be responsible for the scheme design of weapon system, launching system and ground system and the research on the theory and method of balanced optimization design of weapon system;

5. Take the lead in the research of integrated design method, scheme demonstration and simulation integration verification of launch platform;

6. Take the lead in the research and simulation verification of system efficiency evaluation method, system efficiency balance optimization method, evaluation index system construction, evaluation software integrated development and testing.

Qualifications:

1. Aerospace science and technology, aerospace propulsion theory and engineering, armament science and technology and other related majors;

2. Understand the technical development trends in related fields at home and abroad, master the overall design of aircraft, optimize the design process and methods, and skillfully carry out the overall scheme demonstration, system performance parameter characterization and method improvement;

3. Be familiar with the theory and method of uncertainty design, model integration and effectiveness evaluation, and be able to carry out research and application for specific problems;

4. Have relevant work experience and certain engineering practice experience, and have professional foundations such as system simulation and simulation platform application is preferred;

5. Master the software and hardware tools required for job responsibilities, and have good communication, coordination and organizational planning skills.

(4) Structural mechanism and separation design

Job responsibilities:

1. Be responsible for the research of structural probability design technology, basic theory and design method of structure and separation;

2. Responsible for structure, mechanism, separation scheme demonstration, scheme design, simulation analysis, product development and test;

3. Be responsible for the coordination and matching of structures, mechanisms, separated products and aircraft electrical interfaces;

4 responsible for the structure, organization, separation of product task book, optimization and improvement, product acceptance and other work;

5. Responsible for the preparation of relevant demonstration reports, design documents, test plans and other documents, and responsible for the technical coordination, communication and solution of related products.

Qualifications:

1. Major in aircraft design, mechanical design, mechatronics engineering, fluid mechanics, etc.

2. Have a solid mechanical design foundation and rich structural mechanics analysis ability, and have experience in aerospace product structure, separation design and mechanical analysis;

3. Skillfully use three-dimensional modeling software to design structural products, skillfully use finite element analysis software to carry out structural mechanics analysis, and skillfully use dynamic analysis software to carry out structural kinematics and dynamics simulation;

4. Have relevant work experience and certain engineering practice experience.

(5) Aerodynamic heat and thermal environment design

Job responsibilities:

1. Responsible for aerodynamic layout design, aerodynamic characteristics calculation, aerodynamic thermal environment analysis and simulation prediction of aircraft;

2. Responsible for the preparation, improvement and result analysis of aerodynamic characteristics and thermal environment related test task book;

3. Be responsible for tracking and studying the cutting-edge technology of this major, and be responsible for the declaration and technical research of related topics.

Qualifications:

1. Major in aerodynamics, engineering thermophysics, fluid mechanics, etc.

2. Have the frontier vision of new concept aerodynamic layout design, understand the development context of various aircraft, and master the design concept of typical aircraft;

3. Master the basic theories and methods of computational fluid dynamics and experimental aerodynamics, and have relevant experience in CFD solver development;

4. Master heat transfer and its numerical solution, master the mainstream computational fluid dynamics software and the use of three-dimensional modeling software;

5. Have relevant work experience and certain engineering practice experience.

(6) Thermal protection and thermal structure design

Job responsibilities:

1. Be responsible for the demonstration of thermal protection and thermal structure scheme of aircraft, detailed design, factory drawing and product acceptance;

2. Responsible for putting forward the technical requirements of products involved in thermal protection and thermal structure components, and controlling the technical status of products;

3. Responsible for the production of aircraft thermal protection and thermal structure parts, and responsible for the assembly, inspection and evaluation of thermal protection system components and system level;

4. Responsible for all kinds of test verification, analysis and evaluation of thermal protection system, and carry out professional construction such as key technical research and software development of thermal analysis and evaluation.

Qualifications:

1. Have a solid foundation in mechanics and structural design, and have relevant learning and research experience in composite materials science, composite material structural design, engineering thermophysics, etc.

2. Basically master the development ideas of aircraft thermal protection system, understand the research progress of thermal insulation materials at home and abroad, and master the design process and methods, research basis and test assessment methods of typical thermal protection schemes;

3. Proficient in using 3D modeling and analysis CAD/CAE software, and skilled in drawing and simulation analysis.

(7) Ballistic, Guidance and Attitude Control Design

Job responsibilities:

1. Be responsible for the overall design of trajectory, guidance and attitude control, and carry out scheme demonstration, design, simulation and verification;

2. Be responsible for the research on the theory and method of multi-disciplinary integrated design, such as trajectory, guidance and attitude control;

3. Be responsible for the compilation of standards and specifications for control integration design methods and the research on basic theoretical issues.

Qualifications:

1. Aerospace science and technology, control science and engineering, mechanics and other related majors;

2. Have the theoretical basis of flight mechanics, automatic control principle, optimal control and inertial navigation, master the optimal design method of control law and the analysis method of control stability, and be skilled in the selection, design and simulation analysis of control methods;

3. Familiar with the development methods and processes of commonly used software such as MATLAB and C/C++;

4. Have relevant work experience and certain engineering practice experience.

(VIII) Design of load and mechanical environment

Job responsibilities:

1. Responsible for the design, simulation and test verification of load and mechanical environment;

2. Responsible for technical development planning and technical research of load and mechanical environment specialty.

Qualifications:

1. Major in aircraft design, structural mechanics and solid mechanics;

2. Master the use of finite element analysis software and three-dimensional modeling software, and understand heat transfer, fluid mechanics and other related knowledge;

3. Have relevant work experience and certain engineering practice experience.

(9) Electrical design

Job responsibilities:

1. Responsible for intelligent system architecture design, electrical system overall scheme design, integrated electronic system design, interface design between functional products, communication protocol design, digital-analog electrical hardware circuit design, and coordinate the interfaces between systems;

2. Be responsible for conducting electrical matching test, ignition test, electromagnetic compatibility test and comprehensive electronic test;

3. Responsible for the research and simulation verification of theoretical methods such as mechatronics and multi-functional product integration design;

4. Responsible for electrical product demand analysis and research and development.

Qualifications:

1. Major in electrical engineering, electronic science and technology, information and communication engineering, etc.

2. Understand the technical development trends in related fields at home and abroad, have rich experience in the development of spacecraft electrical systems, be able to take the lead in the design and technical research of spacecraft electrical systems, and be familiar with the electrical system testing and test procedures;

3. Master the software and hardware tools required for job responsibilities;

4. Have relevant work experience and certain engineering practice experience.

(10) collaborative design of digital prototype

Job responsibilities:

1. Responsible for the application of digital prototype VPM collaborative design system;

2. Responsible for the implementation of structural design application based on MBD/MBSE;

3. Responsible for building a collaborative design environment for requirements analysis, architecture design, interface design, performance verification and parameter optimization;

4. Be responsible for the establishment of modeling standards and specifications for aircraft digital prototype.

Qualifications:

1. Computer science and technology, control science and engineering, electronic information technology and other related majors;

2. Master relevant professional knowledge such as software architecture design, simulation and evaluation, and have design capabilities such as software research and development, data mining and analysis;

3. Familiar with embedded real-time operating system VxWors or cloud platform architecture design software tools;

4. Experience in MBSE development is preferred.

(eleven) advanced network information research

Job responsibilities:

1. Be responsible for the overall scheme demonstration, design and simulation analysis of the network information system;

2. Be responsible for the research on basic theories and cutting-edge technologies related to electromagnetic spectrum countermeasures and information security;

3. Responsible for putting forward technical requirements for system development and development, and controlling the technical status of the system;

4. Responsible for system development and test organization and implementation.

Qualifications:

1. Electronic science and technology, information and communication engineering, information security and other related majors;

2. Skillfully apply design tools such as Matlab, OPNET and STK, skillfully use programming languages such as C# and C++, and skillfully use embedded software development tools such as ARM, DSP and FPGA;

3. Experience in aircraft electronic information product development, electronic countermeasure technology research and information security technology research is preferred.

(12) Design of Underwater Vehicle

Job responsibilities:

1. Be responsible for the forward-looking planning, development strategy and planning demonstration of underwater vehicle direction;

2. Be responsible for the demonstration of the overall, control, hydrodynamic and structural schemes and technical indicators of underwater vehicles;

3. Be responsible for the overall design of the electrical system of underwater vehicle;

4. Be responsible for the research on related topics of underwater vehicles, key technical research and test verification.

Qualifications:

1. Major in ship and ocean engineering, armament science and technology, instrument science and technology, aerospace science and technology, mechanics, control science and engineering;

2. Proficient in the overall design knowledge of underwater vehicles, familiar with the technical development trends in related fields at home and abroad, and relevant knowledge of underwater vehicle hydrodynamics, trajectory, control, target perception, power, etc., and familiar with aerospace and ship quality management requirements;

3. Engaged in the design of underwater vehicles and related fields.

(XIII) Analysis of cutting-edge technical information

Job responsibilities:

1 responsible for tracking the development trend of cutting-edge technology of scientific research institutions at home and abroad;

2. Responsible for sorting out and analyzing the relevant materials of frontier technologies in the aerospace field at home and abroad, and compiling the analysis, judgment and development dynamic research report;

3. Responsible for completing the filing of technical data and carrying out professional development and construction.

Qualifications:

1. Russian, English and other related majors;

2. Mastering the methods and tools of intelligence gathering, translation and analysis;

3. Proficient in oral communication and written reading, writing and expression in English or Russian.

(14) Design and simulation of aerospace equipment system

Job responsibilities:

1. Responsible for the overall design of aerospace equipment system;

2. Responsible for the overall design, mathematical modeling and research and development of the aerospace equipment system simulation system;

3. Responsible for the effectiveness simulation and evaluation of aerospace equipment system;

4. Put forward and undertake research and experiments on key topics of this major, and prepare research reports.

Qualifications:

1. Have a certain overall design ability of aerospace equipment, understand the development status and trend of the overall design field of the system, and master the system design methods such as architecture and complex adaptive system;

2. Skillful application of software tools such as MATLAB, C++ or STK, with the technical foundation of distributed interactive simulation and centralized simulation;

3. Proficient in the design and development of functional and signal level simulation models of weapons and equipment;

4. More than 3 years experience in military project system design and simulation.

(15) Landing gear design

Job responsibilities:

1. Be responsible for the overall and structural configuration scheme demonstration of landing gear, detailed product design, motion characteristic analysis and simulation, and dynamic characteristic analysis and simulation;

2. Be responsible for the overall electrical scheme demonstration and detailed design of mechanical and electrical products, the analysis and optimization of motion characteristics of mechanical and electrical products, and the scheme demonstration, scheme design and simulation analysis of electrical control single machine;

3. Put forward the technical requirements for the development of embedded software systems based on DSP and FPGA, and control the technical status of software products;

4. Responsible for the preparation of requirements for product production, processing, assembly and testing, follow-up production and testing, and the preparation of documents such as design scheme, bill of materials, product specifications, technical agreements and trial instructions.

Qualifications:

1. Major in aerospace science and technology, mechanical engineering, control science and engineering;

2. Proficient in modeling and motion analysis with three-dimensional software, with the ability of structural scheme design and drawing, and good experience in designing institutional products;

3. Be able to skillfully apply dynamic analysis software for simulation analysis and design optimization, or be able to skillfully apply related software for PCB design;

4. Be able to skillfully use Matlab software for mathematical modeling and characteristic analysis of electromechanical system, and be able to skillfully use EDA software such as Altium for circuit design.

(16) Design of TT&C communication system

Job responsibilities:

1. Be responsible for the simulation and detailed design of the aircraft TT&C communication system (including telemetry, remote control, data transmission, external security, etc.);

2. Be responsible for the design of system scheme, communication protocol and stand-alone task book;

3. Be responsible for the comprehensive integration of TT&C communication system and organize the comprehensive test and field communication test;

4. Responsible for communication link simulation and evaluation;

5. Be responsible for product demand analysis and software and hardware design of TT&C communication system.

Qualifications:

1. Information and communication engineering, signal processing, microwave electromagnetic field and other related majors;

2. Understand the technical development trends in related fields at home and abroad, and have the ability to design measurement and control communication, analog circuits and digital circuits;

3. Master the software and hardware tools required for job responsibilities;

4. Familiar with system testing and test process;

5. Experience in embedded system development or experience in relevant research institutes is preferred.

(17) Thermal control design

Job responsibilities:

1. To undertake the scheme demonstration, design and development of spacecraft thermal control system;

2. Undertake the research and development of new thermal control technologies, key technical research and development of thermal control products;

3. Undertake thermal control development planning, project application and professional construction.

Qualifications:

1. Major in man-machine and environmental engineering, power engineering and engineering thermophysics, refrigeration and cryogenic engineering;

2. Participated in the development of spacecraft thermal control system, has rich experience in the development of spacecraft thermal control system, and can take the lead in the research of spacecraft thermal control system design and thermal control technology;

3. Can accurately grasp the characteristics of spacecraft thermal control technology, clear the development direction of spacecraft thermal control technology.

(18) Overall power design

Job responsibilities:

1. Be responsible for the overall scheme demonstration of the power system, and determine the performance parameters and structural forms;

2. Carry out research on the overall scheme design method and performance index evaluation system, and put forward the design task book;

3. Carry out simulation and optimization of power system, simulation and analysis of internal flow field, structure and thermal protection.

Qualifications:

1. Be familiar with the overall development process of power system and master the research status at home and abroad in related fields;

2. Master the process and method of power overall design specialty;

3. Skillfully use Fluent, CFX, Ansys and other flow, heat transfer and finite element analysis tools, and have engineering experience in dynamic system flow, heat transfer or structural finite element simulation analysis.

(19) Overall ground design

Job responsibilities:

1. Be responsible for technical traction research, overall layout and demonstration design of ground system;

2. Be responsible for tackling key technical problems and improving capabilities of ground systems, and put forward ground design requirements.

Qualifications:

1. Have the professional knowledge and business ability necessary to perform job responsibilities;

2. Master the design procedures and methods of the ground overall design specialty;

3. Familiar with 3D modeling software, dynamic analysis software and finite element analysis software.

(20) Overall design of reliability

Job responsibilities:

1. Be responsible for overall planning, requirement demonstration, design analysis and test evaluation of project reliability;

2. Put forward the requirements and work items for product reliability assurance;

3. Be responsible for the collection and management of project life cycle reliability data;

4. Participate in the construction of reliability specialty and tackle key technical problems.

Qualifications:

1. Have certain reliability work experience and theoretical level, and understand the development trends of reliability technology at home and abroad;

2. Master the reliability-related industry standards and be able to skillfully apply them;

3. Master the related tools and software of reliability specialty, and have certain programming ability;

4. Experience in reliability test design and simulation analysis is preferred.

(21) Integrated Support Engineer

Job responsibilities:

1. Be responsible for the formulation of the overall technical scheme of equipment support in the after-sales stage of the model, the coordination of technical schemes of related systems, the on-site technical grasp and the technical support in the final assembly process;

2. Responsible for the research of equipment supply guarantee strategy and the formulation of product supply guarantee scheme, and cooperate with users to carry out the overall technical work of major special tasks of after-sales guarantee;

3. Be responsible for the research on the application of integrated equipment support technology, the research on the frontier technology of integrated equipment support, and the development of integrated equipment support products such as information support products.

Qualifications:

1. Major in engineering and science related to aerospace model development such as system engineering and aircraft design;

2. Be familiar with the development trends of related technologies in the field of comprehensive support, and have relevant professional knowledge and business ability in the field of engineering development of large military enterprises;

3. Familiar with the concept, method and development process of aerospace system engineering;

4. Experience in overall design of aerospace model and development of support system is preferred.

(22) enterprise information planning and system design

Job responsibilities:

1. Responsible for the strategic planning and deployment of enterprise informatization;

2. Responsible for the top-level design and overall scheme demonstration of business and management system in the field of enterprise informatization;

3. Responsible for the development research and application analysis of the new generation information technology in the field of aerospace industry;

4. Responsible for the research and empowerment design of the integration path of the new generation information technology in typical business scenarios such as aerospace product design, manufacturing and testing;

5. Be responsible for demand analysis, architecture design and standard system formulation in business and management fields.

Qualifications:

1. Be familiar with the technical development trends in the field of enterprise informatization, and have relevant professional knowledge and business ability in the field of engineering development of large military enterprises;

2. Familiar with the concept, method and development process of aerospace system engineering, and have relevant work experience in planning demonstration, capacity building or pre-research projects;

3. Familiar with information system architecture design and prototype design methods;

4. Familiar with the basic knowledge of project management, with strong project management and overall ability;

5. Mastering TOGAF architecture standard is preferred.

(XXIII) IT basic environment design and software development

Job responsibilities:

1. Responsible for the overall architecture design, cloud platform development, deployment and implementation, application migration and operation management of cloud platform and cloud native, and responsible for the technical demonstration and construction and implementation of cloud computing projects;

2. Responsible for the overall technical architecture design of data center, including the planning and design, product selection and project implementation of private data center network, private cloud network and data center computer room;

3. Responsible for the design and development of cloud platform software and information system software, and participate in the technical scheme demonstration and report preparation of information system.

Qualifications:

1. Master cloud native technologies such as microservices, containers and DevOps, have certain development ability and experience in Go or Java language, be familiar with Linux operating system, and be familiar with technical frameworks such as Docker, Kubernetes, Istio and ServiceMesh;

2. Proficient in the functional performance indicators and common operations of network equipment such as routers, switches, load balancing, firewalls, etc., familiar with the basic knowledge of computer networks and common network protocols such as TCP/IP and OSPF, and familiar with technologies such as SDN, load balancing and network virtualization;

3. Proficient in at least one programming language such as Java and Go, familiar with technologies such as domain-driven design, test-driven development, continuous integration and continuous release, familiar with Git version control tools, and familiar with open source related technologies.

(Just meet one of the above requirements)

(twenty-four) information security technology research and risk assessment.

Job responsibilities:

1. Responsible for tracking and application research of information security related technologies, and put forward application solutions;

2. Be responsible for the technical management of information security, and the design, technical scheme demonstration, construction and operation management of information security systems (including equipment and tools and software);

3. Responsible for the design and construction of information security system and technical emergency response and response mechanism for information security incidents;

4. Responsible for information security system verification, permeability test and attack and defense drills;

5 responsible for information system security audit, supervision and inspection of compliance operation, technical analysis, problem solving and protection and reinforcement of information security incidents and loopholes.

Qualifications:

1. Familiar with cryptography, site physical environment security, mainstream operating system security, information system security, physical and network communication security, business continuity, computing environment security, software security development, permeability testing and network attack and defense and other related professional knowledge;

2. Master the related policies and standards of grading protection evaluation and grading protection evaluation of information systems;

3. More than 2 years relevant working experience is preferred.

(twenty-five) big data planning and construction and analysis and application.

Job responsibilities:

1. Responsible for the research and application of big data technology;

2. Responsible for the system planning, architecture design, development, implementation and operation management of the big data platform;

3. Responsible for corporate big data governance;

4. Responsible for big data application demand analysis, mining analysis, application services and technical support.

Qualifications:

1. Familiar with big data platform architecture, distributed computing and storage, database, data warehouse, data visualization, machine learning and other related professional knowledge;

2. Familiar with data governance systems and methods such as data asset management, master data management, metadata management and data quality management;

3. Familiar with at least one language or tool such as Java, Python, R, MATLAB, SAS or SPSS, and familiar with mainstream operating systems such as Linux;

4. Familiar with cloud computing, micro services and other related technologies and platforms;

5. More than 2 years relevant working experience is preferred.

Four, the basic conditions of candidates

(a) support the party’s principles, lines and policies, abide by national laws, regulations and industry-related systems, and love the aerospace industry.

(two) have a good psychological quality and physical conditions for the normal performance of their duties, and have no bad business records and hobbies.

(3) Those who are generally under the age of 35 and above the age of 35 should meet one of the following basic conditions: having senior professional and technical positions, having served as project manager, project leader and department head in medium-sized enterprises or scientific research institutes, and having obtained provincial and ministerial awards or patent achievements.

(four) with a master’s degree or above, the ability to apply for overall planning and management positions should have a bachelor’s degree or above.

(five) generally should have a Beijing household registration, especially outstanding talents in short supply positions can be appropriately relaxed.

V. Recruitment procedures

Recruitment procedures are divided into registration, qualification examination, written examination, interview, background examination and other stages, and those who pass the examination in each stage will be notified in an appropriate way.

Hired personnel will sign labor contracts and implement probation system.

VI. Remuneration and treatment

Provide competitive salary and treatment in the industry, multi-dimensional career promotion channels, and perfect employee training and welfare guarantee system.

VII. Registration Methods and Requirements

Take the form of individual application, and each person can only apply for one position in one department. Please combine your resume, ID card, academic degree certificate and award-winning certificate into a PDF file and send it to zhaopincalt@126.com. The email is named "Open Recruitment+Applied Department and Position+Name".

Applicants should meet the basic requirements, job qualifications and job responsibilities. If the recruitment process is affected by factors such as incomplete registration information and failure to apply as required, the consequences will be at your own risk. If fraud is verified, the qualification for application will be cancelled.

Contact: Teacher Zhang

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Xingtu brand sales have soared! A new generation of Lanyue has become the new darling of the high-end SUV market

The new generation of Xingtu Lanyue has once again shown strong sales momentum in the luxury SUV market, and the good news is coming! According to the latest statistics, the new generation of Xingtu Lanyue has reached a new high in sales in July 2023, selling 2,499 units in a single month, an increase of 177.9% year-on-year. This achievement not only makes the new generation of Xingtu Lanyue successfully rank among the top five sales of large SUVs in its own brand, but also further consolidates its outstanding position in the market segment.

The new generation of Xingtu Lanyue is deeply loved by high net worth people for its excellent performance and stunning exterior design. It is not just a car, but a manifestation of life attitude and taste. From the exquisite craftsmanship of the interior to the comprehensive application of intelligent technology, from comfortable seats to perfect security systems, the new generation of Xingtu Lanyue integrates the needs and expectations of every user into every detail.

In the July sales data, the overall sales of the Xingtu brand also achieved remarkable growth. Sales reached 11,462 units, an increase of 223.6% year-on-year. The sales proportion of the new generation of Xingtu Lanyue was as high as 21.8%, fully demonstrating its leading role as a flagship model. The selection rate of high-end models exceeded 60%, and the average price has exceeded 200,000 yuan, which not only effectively drove the average price of Xingtu brand bicycles to increase by 179,000 yuan, but also demonstrated the high recognition and love of users for the new generation of Xingtu Lanyue.

The new generation of Xingtu Lanyue has successfully created a comfortable home with its excellent space layout and luxurious interiors. The model supports a 6-seat/7-seat layout, and the third row space is the largest in its class. In addition, equipped with NAPPA leather seats, parametric punching and personalized quilting, the riding experience is comparable to high-end sofas, especially the Queen’s passenger seat is beyond first class, equipped with ventilation/heating function and 5 modes of back massage, providing a distinguished enjoyment for every passenger.

Xingtu Lanyue has also performed well in the cockpit health environment, winning the China Eco-Car White Gold Medal Certification and the Best Healthy Cockpit Award of the China Central Radio and Television Station’s "Second China Automobile Festival". The car is equipped with AQS air quality management system, negative ion generator, environmentally friendly antibacterial N95 filter element and advanced fragrance system, providing passengers with a comfortable and healthy cockpit environment, and even a detailed olfactory experience.

Safety is an important part of building a home. The new generation of Lanyue starts from the skeleton to build a "safe home" that exceeds five stars. 85% of the body is covered with high-strength steel, 6 new active safety configurations are added, and 10 airbags are equipped, including the new side distal protective airbag, the main driver’s knee protective airbag and the second row of bilateral seat side airbags. In addition, the new car’s intelligent assisted driving level has reached L2.9 level, providing comprehensive safety protection for drivers and passengers through a comprehensive protection system.

The new generation of Lanyue also adheres to the concept of smart home and has made innovations in intelligent technology. The most eye-catching is the central control oversized triple screen design, inspired by the eagle spreading its wings, which symbolizes the spirit of continuous exploration and transcendence of the Xingtu brand. Equipped with Qualcomm Snapdragon 8155 flagship chip and iFLYTEK engine voice control system, it can realize up to 26 categories and 766 function controls, providing convenient operation for travel scenarios; at the same time, the new HMI 5.0 oversized triple screen and W-HUD head-up display system create a four-screen linkage interactive experience, bringing a sense of futurism and technology, and opening the door to the future world.

As a mobile home, the new generation of Lanyue is equipped with a new power combination of "China Heart" 2.0TGDI top ten engine + Aisin 8AT gearbox for the first time, with a maximum power of 192kW and a peak torque of 400N · m. In addition, BorgWarner’s latest sixth-generation four-wheel drive system further enhances the driving performance of the vehicle, realizing seven driving modes of economy, standard, sports, snow, sand, mud, and off-road, allowing users to explore China at will.

In the future, the new generation of Xingtu Lanyue will continue to maintain innovative spirit and excellent performance, and consolidate its leadership position in the high-end SUV market. It will continue to explore user requests, continuously optimize products, and bring more surprises and satisfaction to users. The new generation of Xingtu Lanyue will continue to lead the development of the luxury SUV market and become one of the first choices for users to pursue quality life.

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