A graduate of the Wrocław University of Science and Technology with degrees in Mechanical Engineering and Control Engineering and Robotics. Alongside his undergraduate studies, he participated in an Individual Program of Study, deepening his knowledge of materials science, including composites and nanomaterials. His Engineering Thesis focused on the study of amorphous metals, with a particular emphasis on their unique structural and mechanical properties. During his Master’s studies, he analyzed the dynamic interactions generated by an airbag on the human craniofacial system, utilizing the Finite Element Method (FEM) to model complex dynamic processes.

He is currently pursuing a PhD focused on the energy absorption and dissipation of additively manufactured structures operating at varying strain rates. His research integrates FEM modeling with topology optimization and experimental testing to develop structures for applications in the machinery industry and personal protective equipment.

His professional experience includes industrial roles where he specialized in fatigue strength calculations, correlation of experimental tests with numerical analyses, and the evaluation of a wide range of designs, including vehicle load-bearing structures, pressure vessels, and prototype constructions.

• ☎️ +48 71 320 2899
• 🏙️ 50-372 Wrocław, ul. Mariana Smoluchowskiego 25 (budynek B1)
• 🚪 110 B1