Deeply involved in the construction and daily operation of the sustainable development website, overseeing both functional architecture design and content system curation. During the R&D phase, led a team to build a campus carbon footprint accounting system and supporting data management tools, enabling real-time monitoring and multidimensional analysis of campus carbon emission dynamics to provide solid data support for formulating scientific emission reduction strategies. Innovatively designed graphic-rich carbon emission visualization report templates that transform complex data into clear, intuitive charts, empowering users to efficiently extract core insights and make informed decisions. With long-term dedication to campus environmental data research, authored multiple professional and rigorous greenhouse gas (GHG) emission assessment reports in strict compliance with internationally recognized standards.

Leads the optimization of the website's content ecosystem and the operations of its digital material repository. Establishes a periodic review and verification system to conduct comprehensive audits of existing platform information—updating obsolete data and refining unclear expressions—while embedding in-depth domain vetting, factual verification, and real-time synchronization throughout the quality control workflow to ensure industry-leading authority and reliability. Furthermore, cultivates diverse information sourcing channels to systematically organize public online materials and drive continuous content iteration, sustaining the long-term vitality of the platform.

Responsible for the daily update and maintenance of website content as well as data collection and sorting, we systematically organize and archive publicly available industry data on the Internet by expanding information source channels. Meanwhile, we establish a data classification and labeling system and content compliance verification standards, optimize the logic of information presentation and in-site search paths, and continuously improve users' information acquisition efficiency and reading experience. We conduct meticulous review of all content on the website, promptly replace outdated and invalid data, and ensure the authenticity and reliability of the information published on the website. In the process of website updates, we coordinate with various departments and relevant personnel to promote docking and cooperation. At the same time, we build and maintain a dynamic update mechanism for website content, track the latest industry trends through diverse channels, regularly supplement information content in related fields such as smart campuses and low-carbon environmental protection, and drive the continuous optimization of the website's information service capacity to keep pace with the times.

Oversees the development of the platform's information architecture and multi-source material management. Expands public data collection networks and tracks frontier industry trends across multiple channels, systematically curating online resources to continuously infuse the website with fresh content. Enforces rigorous gatekeeping across three core dimensions—professionalism, accuracy, and timeliness—for every piece of material. Additionally, maintains a routine content inspection mechanism to periodically update lagging data and refine ambiguous phrasing, solidifying the platform's professional credibility within the industry.

Responsible for the technical development of the sustainable development website and sustainable digital platform. Leveraged a component-based, decoupled front-end and back-end architecture to drive the development of both interactive interfaces and core underlying systems: on the front end, engineered highly responsive, interactive pages for the dynamic rendering of environmental data visualization charts and educational content; on the back end, integrated multi-channel carbon footprint data sources and built a highly scalable content management system. Established development standards aligned with green guidelines, implemented end-to-end testing protocols, and conducted rigorous code reviews on core modules to ensure high availability—delivering a platform that combines robust performance with long-term maintainability.

Participated in the construction and operation management of the low-carbon science popularization website throughout the process, and carried out comprehensive planning from website function construction to content arrangement. During the development process, led the team to create a carbon emission calculation system and develop a data management tool, which can view and analyze the campus carbon emission situation at any time, providing a reliable basis for formulating emission reduction plans. Specifically designed a carbon emission display report template combining pictures and texts, presenting complex data in an intuitive chart form to help users quickly understand information and make judgments. Engaged in long-term research on campus environmental protection data, and completed multiple professional and standardized greenhouse gas emission analysis reports in accordance with internationally recognized standard requirements.

Mainly responsible for the improvement of website content and material management work. By increasing material collection channels, systematically organized public information on the Internet. In terms of content management, strictly controlled the quality of each piece of material from three aspects: professionalism, accuracy, and timeliness. Established a regular inspection mechanism, comprehensively sorted out the existing information on the website, promptly updated outdated data, and corrected unclear expressions to ensure the authority and credibility of the website information in the industry. At the same time, continuously updated the website content, obtained the latest industry information through multiple channels, and maintained the freshness of the website content.

Responsible for the update and maintenance of website content and the collection and organization of data. By expanding information source channels, systematically organized publicly available industry data on the Internet. Conducted a detailed review of all information on the website, promptly replaced outdated data, and adjusted inaccurate expressions to ensure that the information published on the website is true, reliable, and has industry guidance value. Cooperated with various departments and relevant personnel in the website update work. Maintained a dynamic update mechanism for website content, obtained the latest industry trends through various channels, and regularly supplemented fresh content on smart campuses and low-carbon environmental protection to keep the website's information service ability up-to-date.

Mainly responsible for the daily maintenance of website content and information collection work. By exploring more information acquisition channels, systematically organized publicly available industry data on the Internet. Conducted a comprehensive inspection of all content on the website, promptly replaced outdated information, and corrected incorrect descriptions to ensure that the published content is true, reliable, and has reference value for the industry. Collaborated with various departments and relevant personnel to jointly complete the update and maintenance of website content. Established a continuous update mechanism, tracked the latest industry trends, and regularly added relevant content on smart campus construction and environmental protection practices to keep the website information timely and practical, better serving the needs of visitors.

Mainly responsible for the preparation and writing of the sustainable development report, and carried out systematic data collection and organization. In terms of data management, organized personnel from different departments to form a working group, classified and marked problematic data, and regularly checked and supplemented missing information. Referenced standard requirements, combined with the actual situation of the school to develop an operating guide, used various analysis methods to create professional charts such as carbon emission change trend charts, and transformed complex data into an easy-to-understand chart form, ensuring both the professionalism of the report and its readability for readers. By establishing a full-process management mechanism from data collection to report completion, ensured that the final report content is detailed, accurate, and has practical reference value.

Focused on the construction of the sustainable campus sustainable development information disclosure system and carried out systematic work on the compilation of environmental protection and campus responsibility reports. In accordance with general standard requirements, established a full-process work specification from data collection to report generation. By integrating the campus's operational data in various aspects such as energy use, supply chain management, and community interaction, used intelligent analysis technology to establish an evaluation model and actively participated in the formulation of industry standards. In terms of data analysis, combined map analysis technology to display the carbon emission distribution situation and created dynamic data charts to achieve environmental risk early warning.

Responsible for the overall technical development of the environmental protection science popularization website and the sustainable development platform. Adopted a modular development approach, separately handling the front-end display and back-end management of the website: in the user interface part, built a highly interactive page that can dynamically display data charts and science popularization content; in the back-end system part, integrated multiple carbon emission data sources and established flexible content management functions. Developed development standards in line with international environmental protection requirements, established a strict testing mechanism, and ensured the stable operation of the system through repeated checks of key codes, making the entire platform both professional and reliable and easy for later maintenance and upgrades.

Responsible for the overall technical development of the environmental protection science popularization website and the sustainable development platform. Adopted a modular development approach, separately handling the front-end display and back-end management of the website: in the user interface part, built a highly interactive page that can dynamically display data charts and science popularization content; in the back-end system part, integrated multiple carbon emission data sources and established flexible content management functions. Developed development standards in line with international environmental protection requirements, established a strict testing mechanism, and ensured the stable operation of the system through repeated checks of key codes, making the entire platform both professional and reliable and easy for later maintenance and upgrades.

Mainly responsible for the full-process development and content planning of the low-carbon science popularization portal website, including website function design, information architecture optimization, and technical solution selection. Led the construction of a carbon emission accounting system in the project development, designed and built a data management platform, realized real-time monitoring and dynamic analysis of carbon emission data, and provided a scientific basis for formulating emission reduction strategies. At the same time, innovatively developed a visual carbon footprint report template, and improved the readability and decision-making reference value of the report through data visualization technology. In the professional field, continuously carried out research on greenhouse gas emission accounting and completed the compilation of greenhouse gas emission reports in line with international standards.

Responsible for the optimization of the website content system and the full-process management of materials, and optimized the website content design. By expanding the collection channels of low-carbon field materials and systematically screening public information resources on the Internet, strictly controlled the materials from three dimensions: scientificity, accuracy, and timeliness. Implemented a campus low-carbon dynamic content maintenance strategy, regularly conducted a diagnosis of the existing information, carried out version iterations on the identified outdated data, and conducted targeted calibration on the content of the smart campus section with expression deviations to ensure the accuracy and authority of the website information.

Overall management of the full-process work system for the compilation of sustainable development reports. In the material management link, formed a cross-departmental cooperation team, classified and marked problematic materials, and regularly carried out data repair or supplementary collection. In terms of professional construction, deeply deconstructed the "Sustainable Development Report Standards" of the Global Reporting Initiative (GRI) and innovatively compiled an implementation manual in combination with the school's local practice needs. Used a multi-dimensional data analysis model to complete the learning and modeling of professional charts such as the evolution of carbon emission intensity, and transformed complex indicators into decision-making insights through data visualization technology to ensure that the report has both professional depth and communication effectiveness.

Led the full-process technical implementation of the low-carbon science popularization portal website and the sustainable development digital platform. Based on the modular development concept, constructed an engineering system with separated front and back ends: in the front-end field, used the React framework to build a high-performance interactive interface, realizing the dynamic rendering of visualization dashboards and science popularization content; in the back-end, integrated multi-source carbon emission data interfaces and constructed an extensible content management system. In terms of technical management, developed development specifications in line with the ISO14064 standard and established a quality assurance system with a relatively high unit test coverage rate.

Led the full-process technical implementation of the low-carbon science popularization portal website and the sustainable development digital platform. Based on the modular development concept, constructed an engineering system with separated front and back ends: in the front-end field, used the React framework to build a high-performance interactive interface, realizing the dynamic rendering of visualization dashboards and science popularization content; in the back-end, integrated multi-source carbon emission data interfaces and constructed an extensible content management system. In terms of technical management, developed development specifications in line with the ISO14064 standard and established a quality assurance system with a relatively high unit test coverage rate.