Hao Gu is a dedicated researcher and Ph.D. candidate in Hydraulic Structure Engineering at Hohai University, Nanjing, China. With a robust academic foundation and research expertise, he has actively contributed to advancing water conservancy engineering. Hao’s research focuses on the interaction between plant roots and soil, aiming to develop innovative strategies for embankment stabilization and ecological restoration. He has been involved in prestigious projects funded by the National Natural Science Foundation of China and Huaian Water Conservancy Project Construction Management Center, showcasing his ability to address real-world challenges. His publications in reputed journals highlight his commitment to impactful research. With strong technical skills in programming and advanced engineering software, Hao is well-equipped to tackle complex problems in his field. He has also been recognized with multiple scholarships and awards for academic excellence, underscoring his potential as an emerging leader in hydraulic engineering research.

Professional Profile

• ORCID Profile

Education

Hao Gu’s educational journey is rooted in Hohai University, where he has consistently demonstrated academic excellence. He is currently pursuing a Ph.D. in Hydraulic Structure Engineering under the supervision of Yuan Wang. Prior to this, he completed his M.Eng in the same field in 2021, guided by Xiao Sun, where he further honed his research skills. Hao earned his B.Eng in Water Conservancy and Hydropower Engineering in 2020, laying a strong foundation in the principles of water management and hydraulic systems. His academic progression at one of China’s top institutions highlights his dedication and capability in the field. Throughout his education, Hao has not only excelled in coursework but has also actively participated in innovative research projects, reflecting his passion for solving real-world engineering challenges.

Professional Experience

Hao Gu’s professional experience is anchored in his participation in impactful research projects. As part of a National Natural Science Foundation of China-funded initiative, he contributed to identifying and predicting dike piping hazards and devising preventive measures. His role involved designing field experiments, installing monitoring equipment, and analyzing the influence of plant roots on embankment seepage fields. Additionally, Hao worked on a project focused on impervious reinforcement and ecological slope protection of the Hongze Lake embankment, supported by the Huaian Water Conservancy Project Construction Management Center. His responsibilities included conducting experimental and numerical studies on root-soil hydro-mechanical interactions and investigating water flow mechanisms in root-soil composites. These experiences have equipped Hao with practical expertise in addressing critical issues in hydraulic structure engineering.

Research Interests

Hao Gu’s research interests lie at the intersection of engineering and environmental sustainability. In the short term, he focuses on understanding water flow through root networks and the dynamic interactions between plants and soil. This work has significant implications for improving embankment stability and enhancing ecological restoration strategies. His long-term research vision involves developing vegetation selection strategies that integrate root hydraulic architecture and mechanical reinforcement. By exploring the interplay between biological and physical factors, Hao aims to contribute to the sustainable management of water conservancy structures and the protection of vulnerable ecosystems. His innovative approach reflects a commitment to bridging the gap between engineering practices and environmental stewardship.

Research Skills

Hao Gu possesses a versatile skill set that underpins his research excellence. He is proficient in programming languages such as Matlab, Python, and VB, enabling him to perform advanced data analysis and modeling. His expertise extends to using engineering software like Abaqus, Ansys, Comsol, Hypermesh, and Flac3D for numerical simulations and structural analysis. Hao is also skilled in designing and conducting field experiments, particularly in installing and utilizing monitoring equipment to gather critical data. His analytical skills are complemented by his ability to interpret complex interactions in plant-soil systems, supported by a strong foundation in hydraulics and mechanics. These competencies make him a valuable contributor to research in hydraulic engineering.

Awards and Honors

Hao Gu has been recognized with several prestigious awards and scholarships, reflecting his academic excellence and research potential. In 2020, he received the Excellent New Student Scholarship from Hohai University. He was subsequently awarded a scholarship for his Master’s and Ph.D. programs, further endorsing his academic achievements. In 2021, Hao earned a First-Grade Scholarship, demonstrating his consistent performance at the highest level. These accolades highlight his dedication to his studies and his capability to excel in a competitive academic environment. Hao’s awards not only validate his past achievements but also serve as a testament to his potential to make significant contributions to the field of hydraulic engineering.