Péter Zénó Korondi was born in Budapest in 1992. Currently, he is working at Esteco SpA. as an Early
Stage Researcher while he is enrolled in the Industrial Engineering and Information Technology Ph.D. program of the University of Trieste. In the UTOPIAE project, he is elaborating on a collaborative engineering environment for multidisciplinary optimization under uncertainty.
He obtained his bachelor degree in Mechatronics from the Budapest University of Technology and Economics in 2014. In his last semester, he moved to Germany with the Erasmus scholarship and wrote his thesis on optimal control theory in biorobotics at the Technical University of Munich. In his thesis, he worked on the mathematical modeling of human stand up motion and tailored the Differential Dynamic Programming algorithm to generate optimal trajectories for the human stand up motion.
After completing his bachelor, Zénó earned a two years long scholarship to carry out his master studies in Germany. During his master, he developed a passion for numerical optimization and his team won the International Student Competition in Structural Optimization in 2015. After attending the block course of the ATHENS Programme about crashworthiness and a seminar held by LSTC., he decided to write his master thesis on the topic of structural optimization for crashworthiness design. His thesis was discussing on a zeroth-order optimization algorithm, the so-called Hybrid Cellular Automata, to handle multiple load cases and multiple constraints.
Before joining the UTOPIAE project, he made a research internship at Siemens PLM Software in Belgium. During his work at the Vibro-Acoustic simulation group, he was elaborating on the Higher-Order Finite Element Method solver of the company and made developments on the adaptive order algorithm of the solver for acoustical problems.
Besides his scientific interest, he has an enthusiasm towards handball and other sports. In 2012, he was awarded the title of “Excellent Student, Excellent Athlete of Republic of Hungary” by the Ministry of Human Capacities of Hungary. Furthermore, he enjoys traveling and discovering new cultures. He is always open to meet new people and looking forward to working together with other highly motivated colleagues.
Research output:
Morales E, Korondi PZ, Quagliarella D, et al. Multi-fidelity Surrogate Assisted Design Optimisation of an Airfoil under Uncertainty using Far-Field Drag Approximation. In: UQOP: International Conference on Uncertainty Quantification Optimisation. 2020 (accepted).
Korondi PZ, Marchi M, Parussini L, Quagliarella D, and Poloni C. Multi-objective design optimisation of an airfoil with geometrical uncertainties leveraging multi-fidelity Gaussian process regression. In: UQOP: International Conference on Uncertainty Quantification Optimisation. 2020 (accepted).
Korondi PZ, Marchi M, and Poloni C. Optimization Under Uncertainty with Applications to Aerospace Engineering: Response Surface Methodolgy. In: Springer, 2020 (accepted for publication). Chap. 12.
Korondi PZ, Marchi M, Parussini L, and Poloni C. Multifidelity design optimisation strategy under uncertainty with limited computational budget. Optimization and Engineering, 2020.
Korondi PZ, Marchi M, Parussini L, and Poloni C. Multifidelity Gaussian Process Regression for Propeller Optimisation Under Uncertainty Poster. In: Presentazione attività dottorato, Università degli studi di Trieste. 2020.
Korondi PZ, Parussini L, Marchi M, and Poloni C. Multifidelity Gaussian Process Regression for Propeller Optimisation Under Uncertainty. In: EUROGEN. 2019.
Korondi PZ, Marchi M, Poloni C, and Parussini L. Recursive Polynomial Chaos Co-Kriging for Reliability-based Design Optimisation. In: UQOP: Uncertainty Quantification Optimization Conference. 2019.
Filippi G, Krpelík D, and Korondi PZ. Searching for an optimal and reliable design under epistemic modelling uncertainty. In: UQOP: Uncertainty Quantification and Optimization Conference. 2019.
Filippi G, Vasile M, Krpelik D, Korondi PZ, Marchi M, and Poloni C. Space systems resilience optimisation under epistemic uncertainty. Acta Astronautica 2019.
Korondi PZ, Parussini L, Marchi M, and Poloni C. Reliability based Design Optimisation Of A Ducted Propeller Through Multi-fidelity Learning. In: UNCECOMP: 3rd International Conference on Uncertainty Quantification in Computational Sciences and Engineering Proceedings. 2019.
Korondi PZ, Marchi M, Parussini L, and Poloni C. New Approach for the Optimisation of a Ducted Propeller Under Uncertainty. In: NAFEMS European Conference on Simulation-Based Optimisation. 2019.
Filippi G, Krpelik D, Korondi PZ, Vasile M, Marchi M, and Poloni C. Space Systems Resilience Engineering and Global System Reliability Optimisation Under Imprecision and Epistemic Uncertainty. In: International Astronautical Congress (IAC). 2018.
Filippi G, Vasile M, Korondi PZ, Marchi M, and Poloni C. Robust design optimisation of dynamical space systems. In: SECESA. 2018.