Maciej Pilch

Dr. inż. Maciej Pilch is a researcher at the Faculty of Civil Engineering, Kraków University of Technology. His work is centered on developing innovative luminescent sensor systems, particularly high-frequency Pressure Sensitive Paints (PSP), for aerodynamic testing of buildings and urban structures under dynamic wind loads. He leads a major research project funded by the National Science Centre (NCN) under the OPUS 28 program, receiving 2,815,600 PLN in funding.

• Faculty: Faculty of Civil Engineering
• Institution: Kraków University of Technology
• Research Laboratory: Environmental Aerodynamics Laboratory

His research aims to overcome the limitations of current pressure measurement techniques by creating PSP systems with high sensitivity and fast response times for use in wind engineering. These systems will enable precise mapping of pressure distribution on complex surfaces, improving the safety and design of buildings in urban environments.

Pilch’s research interests include luminescent sensors, aerodynamic testing, wind engineering, additive manufacturing, and photoelectric materials. His work has significant implications for urban planning, civil infrastructure resilience, and environmental safety.

The recent award of "Budowa roku 2023" to the Environmental Aerodynamics Laboratory highlights the recognition of his institutional research environment. His research is supported by state-of-the-art infrastructure at PK, including large-scale aerodynamic tunnels.

Dr. Pilch has received multiple competitive grants and scholarships, including:

• START scholarship (Foundation for Polish Science)
• NCN OPUS 28
• FNP Proof of Concept (FENG)
• Inkubator Innowacyjności 4.0
• Diamentowy Grant
• NCN PRELUDIUM 20
• NCBiR LIDER
• Student Scientific Circles – Innovation programs (2023/2024, 2024/2025)

He leads several research projects focused on luminescent sensors for wind turbines and advanced 3D printing techniques using photoelectric materials. There is no mention of formal advising roles or teaching load, but his leadership in research projects suggests mentorship of students and junior researchers. The Environmental Aerodynamics Laboratory, where his project is based, serves as a key facility for wind engineering research at PK.