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I’m Yuzhan Zhang, a mathematics and applied mathematics graduate based in Beijing, and I focus on theory-driven scientific computing and nonlinear dynamics. My research centers on dynamical systems, stability and bifurcation analysis, and building reliable numerical simulation workflows that turn complex models into reproducible computational results. I also enjoy the engineering side of research—automating high-throughput simulation pipelines and combining physics-informed ideas with probabilistic generation methods. Through work on MATLAB-CST automation and a physics-constrained Monte Carlo approach for simulation-compatible binary topology patterns, I’ve gained hands-on experience that bridges applied mathematics, interdisciplinary materials/EM simulation, and intelligent-system interests like robotics and human-machine systems.…I’m Yuzhan Zhang, a mathematics and applied mathematics graduate based in Beijing, and I focus on theory-driven scientific computing and nonlinear dynamics. My research centers on dynamical systems, stability and bifurcation analysis, and building reliable numerical simulation workflows that turn complex models into reproducible computational results. I also enjoy the engineering side of research—automating high-throughput simulation pipelines and combining physics-informed ideas with probabilistic generation methods. Through work on MATLAB-CST automation and a physics-constrained Monte Carlo approach for simulation-compatible binary topology patterns, I’ve gained hands-on experience that bridges applied mathematics, interdisciplinary materials/EM simulation, and intelligent-system interests like robotics and human-machine systems.

Yuzhan Zhang

Data Scientist, AI Engineer, Data Engineer, +1

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I’m Yuzhan Zhang, a mathematics and applied mathematics graduate based in Beijing, and I focus on theory-driven scientific computing and nonlinear dynamics. My research centers on dynamical systems, stability and bifurcation analysis, and building reliable numerical simulation workflows that turn complex models into reproducible computational results. I also enjoy the engineering side of research—automating high-throughput simulation pipelines and combining physics-informed ideas with probabilistic generation methods. Through work on MATLAB-CST automation and a physics-constrained Monte Carlo approach for simulation-compatible binary topology patterns, I’ve gained hands-on experience that bridges applied mathematics, interdisciplinary materials/EM simulation, and intelligent-system interests like robotics and human-machine systems.…I’m Yuzhan Zhang, a mathematics and applied mathematics graduate based in Beijing, and I focus on theory-driven scientific computing and nonlinear dynamics. My research centers on dynamical systems, stability and bifurcation analysis, and building reliable numerical simulation workflows that turn complex models into reproducible computational results. I also enjoy the engineering side of research—automating high-throughput simulation pipelines and combining physics-informed ideas with probabilistic generation methods. Through work on MATLAB-CST automation and a physics-constrained Monte Carlo approach for simulation-compatible binary topology patterns, I’ve gained hands-on experience that bridges applied mathematics, interdisciplinary materials/EM simulation, and intelligent-system interests like robotics and human-machine systems.

Available to hire

I’m Yuzhan Zhang, a mathematics and applied mathematics graduate based in Beijing, and I focus on theory-driven scientific computing and nonlinear dynamics. My research centers on dynamical systems, stability and bifurcation analysis, and building reliable numerical simulation workflows that turn complex models into reproducible computational results.

I also enjoy the engineering side of research—automating high-throughput simulation pipelines and combining physics-informed ideas with probabilistic generation methods. Through work on MATLAB-CST automation and a physics-constrained Monte Carlo approach for simulation-compatible binary topology patterns, I’ve gained hands-on experience that bridges applied mathematics, interdisciplinary materials/EM simulation, and intelligent-system interests like robotics and human-machine systems.

Skills

Experience Level

Intermediate

Intermediate

Intermediate

Beginner

Beginner

Beginner

Beginner

Language

Chinese

Fluent

English

Intermediate

Japanese

Intermediate

Work Experience

Independent Researcher (Self-directed research)

January 1, 2026 - Present

Self-directed applied-math and computational research, including manuscript preparation across computational modeling and interdisciplinary scientific topics. Continued work in scientific computing and theory-driven research with an active interest in robotics and intelligent systems.