理学博士，教授，硕士生导师，省级一流专业负责人，原材料工程教研室主任（2021.4-2022.4），我院先进储能技术研究中心负责人。2013年入职我院物理与材料科学学院。主要从事光催化、电催化等新能源材料的理论研究，旨在用第一性原理对新能源材料进行机理解释和性能预测，为实验提供理论支持。在Applied Surface Science，Journal of Materials Chemistry C、Journal of Physical Chemistry C 等杂志发表论文30余篇。主持省级科研课题1项，参与国家级课题1项，参与校企合作项目4项。

2013年博士毕业，积极响应党的号召，到祖国最需要的地方，放弃内地多家高校任职的机会，投身祖国最西部的教育事业。秉持初心使命，将立德树人摆在工作的首位，在教学和学生管理等方面取得了一定的认可。作为专业负责人，坚持“以本为本”，积极与任课教师研究方法，注重内涵式发展，努力提高教育教学质量。作为材料专业教师，坚持与时俱进，根据专业要求、当地行业企业需求、学生情况和学校的情况，积极调整课程内容，为学生毕业就业提供有力的知识保障，更好服务当地经济和社会发展。

[教授课程]

工程力学；先进能源材料；材料物理学；计算材料学；大学物理及实验等

[科研情况]

课题：

1.主持2017年自治区科技厅项目：一维管状TiO₂光催化材料的基础研究

2.主持2019年自治区教育厅项目：材料物理一流专业建设

论文（近五年）：

1.Zhu, Yingtao(第一), et al. "Explaining improved photocatalytic activity of Double-walled TiO₂Nanotube: A hybrid density functional calculation."Applied Surface Science570 (2021): 151021.

2.Li, Lijian,Zhu, Yingtao(通讯),et al. "γ-GeSe nanotubes: a one-dimensional semiconductor with high carrier mobility potential for photocatalytic water splitting."Journal of Materials Chemistry C9.42 (2021): 15158-15164.

3.Zhang, Long,Zhu, Yingtao(通讯),et al. "Enhanced photocatalytic H₂production of graphitic carbon nitride via implantation of lithium and potassium ions."Solid State Communications354 (2022): 114915.

4.Li, Lijian,Zhu, Yingtao(通讯),et al. "Janus Ga₂SSenanotubes as efficient photocatalyst for overall water splitting."Nanotechnology33.46 (2022): 465703.

5.Li, Lijian,Zhu, Yingtao(通讯),et al. "Structural and electronic properties of double-walled G-C₃N₄nanotubes: a density functional theory study."Nanotechnology33.24 (2022): 245402.

6.C. Zhao, L. Li, L. Zhang,Y. Zhu(通讯),The BS Nanotubes with High Carrier Mobility for Potential Photocatalytic Hydrolysis Applications: First-Principles Study, Journal of Electronic Materials 51(10) (2022) 6002-6010.

7.Li, Lijian,Zhu, Yingtao(通讯),et al. "Single-walled AlX (X= S, Se) nanotubes for photocatalytic water splitting: Analysis by density functional theory."Solid State Communications362 (2023): 115083.

8.Li, Lijian,Zhu, Yingtao(通讯),et al. "Theoretical study on the photocatalytic potential of BSe nanotubes for water splitting under visible light."Chemical Physics566 (2023): 111771.

9.Li, Lijian,Zhu, Yingtao(通讯),et al. "Tunable electronic and photocatalytic properties of double-walled γ-GeSe nanotubes: From infrared to visible absorption."Physica E: Low-dimensional Systems and Nanostructures148 (2023): 115612.

10.Zhao, Chen,Zhu, Yingtao(通讯),et al. "Performance study of photocatalytic hydrogen production from ZnO double-walled nanotubes based on density functional theory." Computational and Theoretical Chemistry (2023): 114179.

11.Zhao, Huanyu,Zhu, Yingtao(通讯),et al. "Application of GaS nanotubes as efficient catalysts in photocatalytic hydrolysis: a first principles study."Physical Chemistry Chemical Physics26.7 (2024): 6148-6154.

12.Zhang, Yujiao,Zhu, Yingtao(通讯),et al. "Investigation of Diameter Regulated SnS₂Nanotube for Photocatalytic Activity: A Hybrid Density Functional Calculation."Catalysis Letters(2024): 1-9.

[获奖情况]

1.2019年9月荣获我院“优秀教师”称号

2.2020年10月 荣获我院“优秀班主任”称号

3.2023年5月 荣获全国大学生金相技能大赛（新疆赛区）优秀指导教师奖

4.2023年9月 荣获我院“科研先进工作者”称号