Assoc. Prof. Dr Piotr Skrzypacz | Materials Characterization Techniques | Best Researcher Award

Assoc. Prof. Dr. Piotr Skrzypacz is a distinguished researcher in applied mathematics and computational engineering 🧮🔬. He specializes in Finite Element Methods (FEM), MEMS modeling, chemical reactor engineering, and nonlinear dynamics ⚙️📈. With a Ph.D. from Otto von Guericke University, he has authored over 50 publications, many in Q1 journals 📚✨. He leads major interdisciplinary projects in materials science and process modeling, supported by over $1 million in funding 💰📊. As a passionate educator and mentor 🎓🌍, Dr. Skrzypacz bridges theory and application, making vital contributions to modern science and engineering 💡🌐.

Assoc. Prof. Dr Piotr Skrzypacz, Nazarbayev University, Kazakhstan

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🎓 Education

Dr. Piotr Skrzypacz earned his Ph.D. in Applied Mathematics from Otto von Guericke University of Magdeburg, Germany (2002–2010) 🎓🇩🇪, graduating magna cum laude 🏅. His Ph.D. thesis focused on finite element analysis for flows in chemical reactors 🔬⚗️. He previously completed his Bachelor’s and Master’s degrees in Mathematics at the same university (1996–2002) 📘📐, graduating with top honors (sehr gut). His master’s thesis explored superconvergence in finite element methods applied to elliptic equations and fluid dynamics problems 🌊🧮. This rigorous academic background laid the groundwork for his research in FEM, CFD, and applied engineering 🚀.

👨‍🏫 Experience

Dr. Piotr Skrzypacz is an accomplished educator and academic leader in applied mathematics and numerical analysis 📘🧮. As Associate Professor at Nazarbayev University, he has taught over 30 advanced undergraduate and graduate courses, including FEM, PDEs, Scientific Computing, and Nonlinear Optimization 📊🔬. He has supervised numerous capstone projects, master’s theses, and PhD-level research 📈🎓. A mentor to award-winning students, his protégés have joined prestigious institutions globally 🌍🏅. He has also served in key administrative roles—developing curricula, chairing committees, and organizing international math competitions 🤝🏆. His passion for education and innovation makes him a pillar of academic excellence.

🧮 Research Projects 

Dr. Piotr Skrzypacz has led and collaborated on a wide array of funded projects totaling over $1 million USD 💰🔬. His research spans MEMS/magMEMS systems, 3D printing extrusion modeling, and catalytic reactor simulations 🧮⚙️🧫. Projects include grants from Nazarbayev University, the Polish NAWA Agency, and the German DFG, focusing on finite element methods, nonlinear material structures, chemical engineering, and micro-reactor modeling 🌡️📉. From advanced ceramics in additive manufacturing to catalyst-controlled membrane systems, his interdisciplinary work advances precision modeling and high-impact engineering applications 🏗️🧠📊.

🎤 Conference Presentation 

Dr. Piotr Skrzypacz has delivered over 40+ international talks and invited lectures on finite element methods, nonlinear dynamics, chemical reactor modeling, and MEMS/magMEMS systems 🎤🧮⚙️. His work covers stabilization techniques, dead-core diffusion phenomena, pull-in dynamics, and catalytic reaction modeling in complex systems 🔬📊. He has spoken across Europe, Asia, and Australia in top events like CHEMREACTOR, NODYCON, and EFEF 🌍🗣️. His technical insights into reaction-diffusion systems, oscillation-free schemes, and nano-scale mechanical systems illustrate deep innovation at the interface of applied mathematics and engineering 🧠🌡️🔧.

🔍 Research Focus 

Dr. Piotr Skrzypacz’s research lies at the intersection of applied mathematics and engineering sciences 🧮⚙️. He specializes in Finite Element Methods (FEM), Computational Fluid Dynamics (CFD), MEMS/magMEMS modeling, and nonlinear dynamics 🔄🧠. His work extends to chemical reactor engineering, where he develops advanced simulation tools for transport-reaction systems, catalytic processes, and energy-efficient designs 🧪🔥. By integrating mathematical rigor with real-world problem-solving, Dr. Skrzypacz advances innovations in micro-systems, reactor optimization, and multi-physics modeling 🧬🔧. His interdisciplinary approach bridges simulation, design, and experimentation, shaping next-generation technologies across science and industry 🌐🔍.

📚 Publications

A Variational Principle for a Nonlinear Oscillator Arising in the Microelectromechanical System

Authors: He, J.-H.; Anjum, N.; Skrzypacz, P.S.
Journal: Journal of Applied and Computational Mechanics (2021)

Dynamic Pull-in for Micro–Electromechanical Device with a Current-Carrying Conductor

Authors: He, J.-H.; Nurakhmetov, D.; Skrzypacz, P.; Wei, D.
Journal: Journal of Low Frequency Noise, Vibration and Active Control (2021)

Numerical Simulations of Dead Zone Formation in the Catalytic Flow-Through Membrane Reactor

Authors: Skrzypacz, P.; Chalkarova, N.; Golman, B.; Andreev, V.; Schieweck, F.
Journal: Computers and Chemical Engineering (2021)

A Simple Approximation of Periodic Solutions to Microelectromechanical System Model of Oscillating Parallel Plate Capacitor

Authors: Skrzypacz, P.; He, J.-H.; Ellis, G.; Kuanyshbay, M.

Analysis of the Lumped Mass Model for the Cantilever Beam Subject to Grob’s Swelling Pressure

Authors: Skrzypacz, P.; Bountis, A.; Nurakhmetov, D.; Kim, J.
Journal: Communications in Nonlinear Science and Numerical Simulation (2020)

Approximate Periodic Solutions to Microelectromechanical System Oscillator Subject to Magnetostatic Excitation

Authors: He, J.-H.; Skrzypacz, P.S.; Zhang, Y.; Pang, J.
Journal: Mathematical Methods in the Applied Sciences (2020)