Summary
Yunpeng Zhu is a systems engineering lecturer and researcher with a decade of experience bridging advanced manufacturing and nonlinear systems theory. He holds a PhD from the University of Sheffield and led complex-system modeling and design work on a multidisciplinary £1.6M SYSDYMATS project that translated theory into digital manufacturing solutions for aerospace and transportation. His research focuses on data-driven modeling and frequency analysis of nonlinear systems (including Volterra-series methods), condition monitoring for critical components, and nonlinear vibration isolation and energy harvesting. Comfortable in both academia and industry collaboration, he has supervised graduate students in vibration and control and taught digital signal processing labs and case demonstrations. Based in London, he combines mechanical engineering roots with hands-on methods for designing dynamical performance of materials and structures, often applying theoretical tools to practical monitoring and manufacturing challenges. An understated strength is his ability to tie abstract system-theoretic concepts to measurable improvements in tooling, bearings, blades and structural health applications.
10 years of coding experience
Master of Science - MS, Mechanical Engineering, Master of Science - MS, Mechanical Engineering at Northeastern University (CN)
Doctor of Philosophy - PhD, Systems Engineering, Doctor of Philosophy - PhD, Systems Engineering at The University of Sheffield
Chinese, English