CE 311S Probability & Statistics for Civil Engineers
CE 311S (Probability & Statistics for Civil Engineers) introduces students to the fundamental tools of probability and statistics for understanding uncertainty, risk, and data in civil engineering applications. The course covers probability theory, random variables, common probability distributions, the central limit theorem, parameter estimation, hypothesis testing, and linear regression, with weekly labs and homework that emphasize practical problem-solving and data analysis. By the end of the class, students are expected to interpret experimental observations, apply probability and statistical methods correctly, and analyze relationships between random variables in engineering contexts
CE 397 Advanced Mechanics of Materials and Structures
CE 397 (Advanced Mechanics of Materials and Structures) is a graduate-level course that introduces the mechanics and design principles of heterogeneous materials used in structural applications, including composites, multiphase materials, foams, cellular materials, and architected materials. Students learn how microstructural features influence material behavior, develop material selection and design strategies, and analyze damage and failure mechanisms in composite and cellular systems. Through homework and a semester-long project, the course emphasizes both fundamental theory and practical application in advanced structural and material design.
Mechanical Metamaterials Summer School 2025
In August 2025, the week-long Mechanical Metamaterials Summer School at the University of Southampton brought together a vibrant international community of master’s students, PhD researchers, postdocs, and industry participants from the UK, Europe, the USA, and India. The program featured minicourses, lectures, supervised group projects, and poster sessions, creating a highly interdisciplinary learning environment and giving participants the opportunity to explore the field in both breadth and depth. During the summer school, Dr. Zhang taught instability-based metamaterials, sharing design principles and emerging applications with participants while engaging in lively discussions across disciplines.
