1998/09–2001/07, Peking University, Department of Computer Science and Technology, PhD, Supervisor: Tan Changhua
1994/09–1997/07, Institute of Solid State Physics, Chinese Academy of Sciences, Condensed Matter Physics, Master, Supervisor: Kong Qingping
1990/09–1994/07, Chongqing University, Applied Physics, Bachelor

2014/01 to present, School of Computer and Communication Engineering, University of Science and Technology Beijing
2004/02-2013/12, Professor, School of Electronic Information/School of Urban Rail Transit and Institute of Intelligent Structures and Systems, Suzhou University
2003/01–2003/12, Postdoctoral Fellow, Institute of Semiconductors, University of Linz, Austria
2001/09–2002/07, Research Engineer, Northern Institute of Electronics and Microelectronics, French National Center for Scientific Research
1997/07–1998/07, Chongqing University, Department of Applied Physics, teacher

He has published more than 90 papers in famous academic journals and conferences at home and abroad.
[1] L.F. Mao, Dot size effects of nanocrystalline germanium on charging dynamics of memory devices, Nanoscale Research Letters vol, 2013, 08 (included by SCI and EI);
[2] L.F. Mao, A theoretical analysis of field emission from graphene nanoribbons, Carbon vol, 2011, 49 (included in SCI and EI);
[3]LF Mao, XJ Li, CY Zhu, ZO Wang, ZH Lu, JF Yang, HW Zhu, YS Liu and JY Wang, Finite size effects on the thermionic emission in metal-graphene nanoribbon contacts, IEEE Electron Device Letters, 2010 ,31 (included in SCI and EI);
[4] L.F. Mao, Energy distribution of channel electrons and its impacts on the gate leakage current in graphene field-effect transistors, Applied Physics A, 2010, 98, (included by SCI and EI).

He has been engaged in the research of integrated circuits for many years. He has participated in major national basic research projects (973 G2000036503), military pre-research projects, key laboratory funds, and doctoral program funds at Peking University; as a major member, he has participated in the Peking University-Motorola joint project. Hosted 2 national natural base projects and participated in 1 national natural base projects.
2012/07-2015/05, presided over the Natural Fund project of Jiangsu Province "The impact of quantum size effect on the characteristics of nano memory circuits"; 2011/01-2013/12, presided over the National Natural Science Foundation of China project "Quantum Chaos of Nano IC And its impact on circuit performance"; 2007/01-2009/12, presided over the National Natural Science Foundation project "the impact of fine electronic structures of hydrogen, oxygen, and nitrogen-related defects on the performance of next-generation GLSI circuits"; -2011/12, participated in the "Study on Scattering Mechanism of Graphene Field Effect Tube" of the National Natural Science Foundation of China.

Funding for the "Soochow Scholars Program" high-level talent project
Zhou University Educational Research Award of Suzhou University
First Prize of Suzhou Natural Science Outstanding Academic Papers
Third Prize of Suzhou Science and Technology Progress
National Outstanding Doctoral Dissertation Nomination Award