2019 - to-date

1. 2025-2026, NNSF Research Fund for International Scientists, A Study on the Technological Strategies of Ancient Chinese Tai-Liang Style Timber Buildings Based on the Impacts of Climate Change, Leading.
2. 2024-2025, Suzhou city Humble Administrator’s Garden Management Division (Suzhou Garden Museum), Suzhou Garden Stone Rockery Cultural Relics Mortar Joint Material Repair Technical Consultation , Leading.
3. 2024, POLIMI Nest project research fund, Comparison of Technological Strategies for Historical Building Revitalization and Utilization in China and Italy - Considering the Influence of Climate Change, Leading.
4. 2023-2024, Shanxi Wenshang Architectural Design Company, Study on the painting materials and deterioration mechanism of ancient mural paintings of Shanxi Changzhi Wanxiang temple，Leading.
5. 2022-2024, Tongji University Key Laboratory Open Fund, Ministry of Education，Research on the fire performance of different surface treatments on ancient timber structural member，Leading.
6. 2022-2023: Ministry of Science and Technology, Study on the in-plane structural form and force characteristics of the Tang period Tai-Liang timber frame system (20220062); Leading.

7. 2022: Yunnan Cultural and Conservation Technology Company, Study on the deterioration mechanism of Ziyonglakang duorongqika mural paintings along the Lancang river old hydropower station and Chama ancient track (20221399); Leading.

8. 2022: Yunnan Cultural and Conservation Technology Company, Study on the deterioration mechanism of stone carvings along the Lancang river old hydropower station and Chama ancient track (20221398); Leading.

9. 2021-2023: XJTU iHarbour Block 7 Research Project - Study on the Vertical and Rooftop greenery for Northwestern regions in China - Using Xi'an city as case study; Leading.

2009 - 2018 (Doctoral studies & post-Doc term in Taiwan)

1. 2018: Bureau of Cultural Heritage (BOCH) 4th-year R&D Project - Seismic analysis and structural repair techniques for traditional Dieh-Dou timber frame (RG10711-0296); NTD 888,000; Participating

2. 2017: BOCH 3rd-year R&D Project - The In-Plane and Out-of-Plane structural behavior of Taiwanese traditional Dieh-Dou timber frame (RG10612-0328); NTD 1,176,000; Participating

3. 2016: BOCH 2nd -year R&D Project - Structural performance of the Taiwanese traditional beam-column system subjected to bi-axial bending (RG10507-0026); NTD 1,192,000; Participating

4. 2015: BOCH 1st -year R&D Project: Structural performance of the traditional Nuki-column system (RG10412-0268); NTD 1,357,000; Participating

5. 2012-2013: Personal overseas study - Investigation on the Structural Performance of Taiwanese Traditional Dieh-Dou Wooden Frame Structures with Bracket Complex (Kumimono); SGD 10,000 & NTD 127,500; Leading

6. 2012-2013: Taiwan “NSC” Research Project -Static tests on the Effect of Roof Weight on Structural Bahaviour of Traditional Dieh-Dou Timber Structures in Taiwan (NSC101-2221-E-006-258); NTD 926,000; Participating

7. 2011-2012: Taiwan “NSC” Research Project: Dynamic Behaviour of Traditional Dieh-Dou Timber Structures (NSC100-2221-E-006-225); NTD 706,000; Participating

8. 2010: International collaboration between NCKU and RISH, Kyoto University, Japan - Static tests on Taiwanese Dieh-Dou Wooden Frames; NTD 359,000; Participating

9. 2010: Taiwan “ABRI” - Monuments and Historical Building Preservation, Restoration and Renovation Science and Technology Project: Sub-project 2 Structural Safety Appraisal Handbook on the Taiwanese Traditional Timber Frames; NTD 950,000; Participating

10. 2009: Taiwan “ABRI” - Monuments and Historical Building Preservation, Restoration and Renovation Science and Technology Project: Sub-project 1 Study on the Life Cycle Evaluation of the Taiwanese Traditional Timber Structures – using traditional temple buildings as case studies; NTD 915,000; Participating