1, Undergraduate Courses

[1] "Software Programming Project Training", 2020 to present, offered every summer semester, approximately 60 students.

[2] "Embedded System Practices," 2022 to present, offered every summer semester, approximately 60 students.

[3] "Fundamentals of Computer Programming," 2023 and 2024, offered in the fall semester, approximately 90 students.

[4] "Exploratory Learning in High Voltage and New Insulation Materials," 2023 to present, offered every fall semester, approximately 15 students.

[5] "Electrical Engineering Technology," 2024 to present, offered every fall semester, approximately 30 students.

[6] "Electrical Engineering Technology and Electronic Technology (1)," 2024 to present, offered every fall and spring semester, approximately 40-70 students.

2, Graduate Courses

[1] "Modern High Voltage Experimental Technology," 2023 to present, offered every fall semester, approximately 25 students.

1, Vertical Projects

[1] 2023-2025, "Research on the Precision Construction of Nanointerfaces to Enhance the Aging Performance of Polymer Electrical Treeing under High-Frequency Voltage," a general project funded by the Beijing Natural Science Foundation, ongoing.

[2] 2021-2024, "Research on the Precision Design of Matrix-Free Nanodielectric Interfaces to Enhance the Aging Performance of High-Frequency Transformer Insulation," a general project funded by the National Natural Science Foundation of China, completed.

[3] 2018-2020, "Fundamental Research on Discharge and Charge Transport during the Aging Process of HVDC Cable Insulation," a project under the China Association for Science and Technology Youth Talent Support Program, completed.

[4] January 2018 - December 2018, "Study on the Long-Term Evolution Laws of Space Charge in Controllable Nanodielectric Interfaces," a youth project funded by the National Natural Science Foundation of China, completed.

2, Horizontal Projects

[1] 2020-2022, "Continuous Optimization Research on the ZPW-2000A Frequency Shift Pulse Track Circuit Product Line," an enterprise commissioned project, completed.

[2] 2019-2020, "Research on Space Charge in ±800kV DC Cable XLPE Insulation Material," an enterprise commissioned project, completed.

1. Monographs

[1] Zhou Yuanxiang, and Zhang Ling. “Space Charge and Electrical Insulation of Solid Dielectrics." Beijing: Science Press, November 1, 2023, ISBN 9787030757357.

2. Book Chapters

[1] Ling Zhang, Xiaoyang Cui, and Yuanxiang Zhou. Chapter III: "Surface Ligand Engineering of Polymer Nanodielectrics for HVDC Cables." In Polymer Insulation Applied for HVDC Transmission. Springer, 2021, pp. 23-44.

[2] Ling Zhang, Yuanxiang Zhou, and Zhaowei Wang. Chapter: "Electrical Property of Polypropylene Toughened by β Nucleating Agent." In Polypropylene Materials. IntechOpen, 2022.

3. Selected International Journal Papers

[1] Zhou, Yuanxiang, Gesang Quzong, Zhang Ling*, et al. "Macromolecular Voltage Stabilizer for Enhanced Initiation Characteristics of Electrical Tree in Silicone Rubber." IEEE Transactions on Dielectrics and Electrical Insulation, 2022, 29(1): 111-118.

[2] Qiao Zhichao, Wu Wangsong, Wang Zhaowei, Zhang Ling*, et al. "Space Charge Behavior of Thermally Aged Polyethylene Insulation of Track Cables." Polymers, 2022, 14(11): 2162.

[3] Ling Zhang, Mohammad M. Khani, Timothy M. Krentz, et al. "Suppression of Space Charge in Crosslinked Polyethylene Filled with Poly(stearyl methacrylate)-Grafted SiO2 Nanoparticles." Applied Physics Letters, 2017, 110: 132903.

4. Selected Domestic Journal Papers

[1] Zhang Ling, Chen Jianning, Zhou Yuanxiang, Tian Jihuan*. "Research Progress on Theoretical Models and Numerical Simulation of Space Charge Dynamics in Polymer Insulation." Proceedings of the CSEE, 2022, 42(08): 3037-3055.

[2] Zhou Yuanxiang, Chen Jianning, Zhang Ling, et al. "Development Opportunities for Ultra-High Voltage Transmission Technology under the Background of 'Dual Carbon' and 'New Infrastructure'." High Voltage Engineering, 2021, 47(07): 2396-2408.

[3] Guan Yonggang, Peng Zhaowei, Zhang Ling, et al. "Effect of β Nucleating Agent Content on Space Charge Characteristics of Isotactic Polypropylene." Transactions of China Electrotechnical Society, 2018, 34(7): 1527-1535.

5. Selected Granted Invention Patents

[1] Zhang Ling, Zhou Yuanxiang, Wu Wangsong, et al. "High Toughness Polypropylene Composite Material Capable of Suppressing Space Charge and Its Preparation Method." China, Invention Patent, Patent No. ZL 202111320098.5. (Granted)

[2] Zhang Ling, Zhou Yuanxiang, Gesang Quzong, et al. "Polymer Three-Dimensional Electrical Tree and Partial Discharge Multi-Channel Combined Measurement Device." China, Invention Patent, Patent No. ZL 202111331812.0. (Granted)

[3] Zhou Yuanxiang, Zhang Ling, Yin Qi, et al. "Conductive Current - Space Charge Combined Measurement Device." China, Invention Patent, Patent No. ZL 201610245015.3. (Granted)

[4] Zhou Yuanxiang, Zhang Ling, Zhang Yunxiao, et al. "High Voltage Electrode Device for Space Charge Measurement." China, Invention Patent, Patent No. ZL 201610096689.1. (Granted)

[5] Zhou Yuanxiang, Zhang Ling, Yin Qi, et al. "A Direct Current High Voltage Polarity Reversal Device." China, Invention Patent, Patent No. ZL 201610137243.9. (Granted)

6. Selected Software Copyrights

[1] Chen Jianning, Zhang Ling, Zhou Zhongliu, et al. "Numerical Calculation Software for Oil-Paper Insulation Surface Discharge Based on Cellular Automata V1.0." Computer software copyright, Registration No. 2020SR0026481, Registration Date: January 7, 2020.

[2] Chen Jianning, Zhang Ling, Zhou Zhongliu, et al. "Computer Software Copyright." Registration No. 2020SR0270058, Registration Date: March 18, 2020.

[3] Zhang Ling, Zhou Yuanxiang, Chen Jianning, et al. "Software for Measuring Thermal Stimulated Currents in Dielectric Materials During the Depolarization Process V1.0." Computer software copyright, Registration No. 2020SR0419760, Registration Date: May 8, 2020.

[4] Zhang Ling, Zhou Yuanxiang, Huang Xin, et al. "Software for Processing Space Charge Signals in Solid Insulating Media Based on Electroacoustic Pulse Method V1.0." Computer software copyright, Registration No. 2020SR0419620, Registration Date: May 8, 2020.

[5] Zhang Ling, Zhou Yuanxiang, Wang Zhaowei, et al. "Software for Measuring the High-Speed Dynamic Evolution Process of Space Charge in Solid Dielectrics Under Multi-Physics Fields V1.0." Copyright holders: Tsinghua University, Xinjiang University, Computer software copyright, Registration No. 2020SR1236942, Registration Date: October 21, 2020.

[1]From 2020 to present, Youth Editorial Board Member of the journal “Insulating Materials”.

[2]From 2020 to present, Editorial Board Member of the journal “Electrical Technology”.

[3]From 2019 to present, Senior Member of the China Electrotechnical Society.

[4]From 2019 to 2023, Secretary of the D1 Committee of the China National Committee of the International Council on Large Electric Systems (CIGRE).