Michal Kucewicz was born in 1986 in Gdansk. In 2005 he completed International Baccalaureate programme in Topolowka (III High School in Gdańsk). Thanks to the G. D. Fahrenheit scholarship, he moved to the United Kingdom to study neuroscience. He received his Bachelor’s and Master’s degree from the Cambridge University, and his doctoral degree from the University of Bristol specializing in electrophysiology of memory and cognitive functions of the brain. His doctoral thesis was focused on the mechanisms of working memory as studied on the level of electrical activity of neuronal networks. Following the doctoral studies he continued the research on memory at Mayo Clinic in the USA working with invasive recordings in epilepsy patients. He returned to Poland in 2018 to set up Brain and Mind Electrophysiology laboratory in Multimedia Systems Department, faculty of Electronics, Telecommunications and Informatics, at the Gdansk University of Technology. His projects develop technology for electrical stimulation of the brain for memory enhancement in patients suffering from epilepsy, Parkinson’s disease and other neurodegenerative disorders. The goal of his research is to discover the mechanisms of human memory and mind.

The passion of his life is evangelization.

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Michał Lech was born in Gdynia in 1983. In 2007 he graduated from the faculty of Electronics, Telecommunications and Informatics, specialization: Distributed Applications and Internet Systems in the Computer Architecture Department. The subject of his thesis was the application for automatic pitch detection and correction of detuned singing. In June 2013, he received his Ph.D. degree. The subject of the dissertation was: “The method and algorithms for controlling sound mixing processes by hand gestures using video image analysis”.

He is interested in image processing and artificial intelligence algorithms. In the scope of the research projects, he develops multimodal interfaces utilizing C++ and JAVA languages.

His non-scientific interests concern guitar playing, music production, and symphonic orchestration.

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Brent Michael Berry was born in Rochester, MN. He graduated summa cum laude from the Biochemistry, Molecular Biology and Biophysics program at the University of Minnesota and graduated with minor concentrations in Classics and Management. He received his M.D. degree from the same institution and then his Ph.D. degree from Mayo Clinic in Rochester. The subject of his thesis was electrophysiologic biomarkers of seizure onset zone. During his doctoral studies, he partnered with Dr. Kucewicz in an ambitious project called ‘Restoring Active Memories’ (RAM) funded by the Defense Advanced Research Project Agency (DARPA) as part of the BRAIN initiative. The two of them led the Mayo aspect of the project and it was there that the groundwork was laid for the BME lab. Together with Dr. Kucewicz, Dr. Berry made the pivotal discovery of memory enhancement through stimulation in the lateral temporal cortex, which initiated our laboratory. He is interested in signal processing, machine learning, algorithm development, and electrophysiology, particularly as those skills translate to brain-machine interfaces and medical devices. His non-scientific interests include political economics, volunteering in the community, and soccer.


Çağdaş Topçu was born in 1987 in Adana. He received his bachelor’s degree in electrical engineering from Yıldız Technical University and his master’s degree in electrical and electronics engineering from Akdeniz University. The subject of his dissertation was Assessing functional recovery of face and arm transplantation and trauma patients with nonlinear methods. Between 2013 and 2015 he worked as a research assistant on the project Rehabilitation of patients with arm and face transplantation and trauma patients with functional electrical stimulation. He worked with full-face transplantation, arm transplantation and arm replantation patients to support their neurorehabilitation processes in this project. He works on memory processes in neurodegenerative diseases in his PhD studies.

He is keen on biomedical signal processing and neural engineering.

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