• Selected as an outstanding project of the Shanghai Oriental Talent Program, 2024

PI

• National Natural Science Foundation of China: Jan. 2025-Dec. 2028 (CNY 430,000)

Research on Implicit Interface Tracking Algorithms for Thermal-Fluid Coupled Topology Optimization (No. 12471377)

• Natural Science Foundation of Chongqing City: Jul. 2023-Jun. 2026 (CNY 50,000)

Numerical algorithms for random shape design

• Natural Science Foundation of Shanghai City: Apr. 2022-Mar. 2025 (CNY 200,000)

Effective topology optimization algorithms for shape design of multi-physical systems (No. 22ZR1421900)

• National Natural Science Foundation of China: Jan. 2021-Dec. 2024 (CNY 500,000)

Research on highly accurate shape gradient numerical methods for shape and topology optimization (No. 12071149)

• National Natural Science Foundation of Shanghai City: Jul. 2019-Jun. 2022 (CNY 200,000)

Theory of highly accurate finite element approximations of distributed shape gradients and their applications in shape design (No.19ZR1414100)

• Scientific Research and Creativity Foundation of ECNU: Jan. 2021-Dec. 2022 (CNY 200,000)

Research on the numerical optimization method for the shape equilibrium of sediment based on variational principle

• National Natural Science Foundation of China: Jan. 2013-Dec. 2015 (CNY 220,000)

Fast level-set and adaptive methods for shape optimization in viscous incompressible fluid flows (No. 11201153)

• Scientific Research and Creativity Foundation of ECNU: Jan. 2012-Dec. 2013 (CNY 100,000)

Research on adaptive methods for shape optimization and control in viscous incompressible fluid flows

Co-PI

• National Key R&D Program of China: "Mathematical modeling, large-scale and highly efficient simulations in offshore engineering and ecological environment"

(PI of sub-project "Multi-process shape design algorithms for offshore engineering components") 2022. 12 - 2027. 11

• "Science and Technology Innovation Action Plan" of the Shanghai Science and Technology Commission: Oct. 2021-Sep. 2023

  "Key mathematical problems in simulations and optimization of mesoscale and downscale in estuaries and coasts"

• National Natural Science Foundation of China