Van Nhat Le is a highly skilled Principal Structural Engineer at Egis Group, where he has been instrumental in advancing structural engineering practices since February 2017. With a robust academic foundation, including a Master’s in Materials and Structures Mechanics from Ecole des Ponts ParisTech and...
Van Nhat Le is a highly skilled Principal Structural Engineer at Egis Group, where he has been instrumental in advancing structural engineering practices since February 2017. With a robust academic foundation, including a Master’s in Materials and Structures Mechanics from Ecole des Ponts ParisTech and a Civil Engineering degree from Vietnam’s Talented Engineer’s Training Program, Van Nhat combines theoretical knowledge with practical expertise. His previous role as a Structure and Material R&D Engineer at the University of Paris Saclay and Valeo Society has further honed his analytical skills and innovative approach to engineering challenges.
Currently, Van Nhat plays a pivotal role in the Hinkley Point C Nuclear Power Station Project, collaborating with industry giants such as EDF, Tractebel, Setec, and Bouygues. As the Principal Structural Engineer of the HK Building Design Team, he is responsible for comprehensive structural calculations and reports, addressing critical aspects such as static, hydrodynamic, seismic, and wind loads. His expertise extends to construction phase analysis and advanced methods for assessing concrete shrinkage and crack opening, ensuring the integrity and safety of the structures under various conditions.
Van Nhat's proficiency in cutting-edge software tools like ANSYS, ABAQUS, and Graitec, alongside his project management skills, allows him to deliver high-quality engineering solutions efficiently. His adept use of BIM technologies, including Navisworks and Revit, enhances collaboration and visualization throughout the project lifecycle. With a commitment to excellence and a passion for innovation, Van Nhat Le continues to make significant contributions to the field of structural engineering, driving forward the standards of safety and efficiency in complex infrastructure projects.
