LEI Zukang

Dr. Zukang LEI, graduated from Tsinghua University where he gained his Ph.D. degree in 2005. He acquired his Master degree at Tankang University (Taiwan) in 1993 and his Bachelor degree at Fengchia University, Taiwan, in 1991.

Now, Dr. Zukang LEI serves as Associate Professor and Master Supervisor at the School of Architecture and Urban Planning of Huazhong University of Science and Technology. He is also a Contributing Editor of “New Architecture” journal.

In terms of research experiences, Dr. Zukang LEI has worked in architectural heritage conservation and building environmental science for more than fifteen years. He has already edited and translated 8 academic books. He has also published more than fifrty prominent academic papers which are distributed in n AHCI journals (2 papers), EI/CPCI-S journals (9 papers), THCI journals (2 papers), Chinese core journals (14 papers), international journals (2 papers), international conference journals (8 papers), and national conference journals (3 papers). Apart from academic publications, Dr. Zukang Lei has conducted multiple research projects including overseas longitudinal projects (8), domestic longitudinal projects (6), national fund projects (3), provincial fund project (1), and Huazhong University of Science and Technology fun projects (4). Dr. Zukang LEI also obtained nine national invention patents.

In terms of teaching experiences, Dr. Zukang LEI has won the second prize of Excellent Teaching Award of Huazhong University of Science and Technology. He assisted students in obtaining multiple awards such as the prizes of Outstanding Achievement in Scientific Research for Hubei Provincial College Students, excellent thesis, and national architectural design competitions.

With regards to Dr. Zukang LEI’s careers in Taiwan, he has worked for Taipei Han Kuang Architects and Cultural Heritage Conservation Research Center for heritage restoration projects and research works. He was involved in the famous architectural project ‘Taipei City Council Building’, as well as other design and construction supervisions works.

Main Publications

1. Investigation, Diagnosis, Assessment and Conservation Strategy for a Wall Painting at Wudang Mountain Taoist Temple Using BIM Technology. Studies in Conservation (AHCI&EI (JA)), 2018 (Vol. 63), S1, p. 377-380, and Proceedings of IIC 2018 Turin Congress, Poster Presentation

2. An information system concerning deterioration on murals at Liangyi hall, Wudang Mountain, Hubei, China. “Studies in Conservation”(EI (JA)Compendex 201446181784), 2014(Vol. 59), S2, p244-245, and Proceedings of IIC 2014 Hong Kong Congress, Poster Presentation.

3. Study on Field Survey Methods of Architectural Heritage Dampness Symptoms of Timber Material. “BioTechnology: An Indian Journal”(EI(JA) Compendex 20141317528622) 2013(Vol. 8 Issue 3), p306-313.

4. Comparative Study of Microclimate Diversity and Transition Characteristics focused on the Living Environment in the Cold-winter and Hot-summer Area of China. “Applied Mechanic and Material”(EI(JA) Inspec 14344043, Scopus and CPCI-S) 2013 (Vol.409-410), p695-698.

5. Research of City Recreational Facilities for Handicapped People Based on Environmental Adaptability Theory. “Applied Mechanic and Material”(EI Compendex 20134516951541, Scopus and CPCI-S) 2013(Vol.437), p1046-1049. 

6. Design Study of the Multifunctional Container for Easy Portability and Assembly – Base on the Principle of Environmental Adaptability.“Applied Mechanic and Material”(EI(JA) Inspec 14387765, Scopus and CPCI-S) 2013 (Vol. 368-370), p430-434.

7. Experimental Study of the Damp Mechanism on the Masonry Mortar between lime and cement. “Applied Mechanic and Material”(EI(JA) Inspec 14387826 , Scopus and CPCI-S) 2013 (Vol. 368-370), p1070-1073.

8. Exploitation of Microclimate Diversity and Transitional Space Adaptability focused on the Residence Interior: An Example of the Hot Summer and Cold Winter Zone in China. “Applied Mechanic and Material”(EI Compendex 20133616709430, Scopus and CPCI-S) 2013 (Vol. 361-363), p472-475.

9. What is the real？Study on the difference of the 3D simulation skills for architectural spatial design. “Applied Mechanic and Material”(EI Compendex 20133616704629, Scopus and CPCI-S) 2013 (Vol. 357-360), p54-58. 

10. Experimental Study of the Characteristics of Damp and Efflorescence Mechanism for Building Brick. “Advanced Materials Research” (EI(CA) Compendex 20124515655914 (CA)；EI Inspec 13375268 (JA) and CPCI-S) 2012 (Vol. 535-537, Part 2),Advance Engineering Materials 2 , ISSN 1002-6680, p1697-1701.

    11. Preliminary Study of Building Pathological Information System for Wall Painting—In the case of Liang-yi Temple at Wudang Mountain. “Applied Mechanic and Material”(EI(CA) Compendex 20122315092367 and CPCI-S) 2012 (Vol. 174-177, Part 2),Advance Building Materials and Sustainable Architecture 2, ISSN 1660-9336, p1645-1650.