Recruitment status:
Strona główna BRAVES-Cog
register now
Recruitment

We examine cognitive functions

An innovative approach to diagnosis and therapy

We invite you to participate in a research project that combines advanced diagnostics with the possibility of personalized therapy.

register now
Ask question

✓ Bioethics Committee approval obtained

The project was created in cooperation with

The project is financed under the “Support for Research Teams 2025” program of Wrocław University of Science and Technology – No. 43WB_0009_25

What is BRAVES-Cog?

BRAVES-Cog is an interdisciplinary research project at Wrocław University of Science and Technology that uses modern diagnostic methods and an innovative therapeutic approach in the area of cognitive functions.

Our goal

Better understanding of cognitive functions and development of personalized therapeutic support methods.

01/

Advanced neurophysiological measurements (EEG, fNIRS, eye-tracking)

02/

Non-invasive brain stimulation (tES)

03/

Data analysis using AI

Who are we looking for?

Check if any of these groups applies to you.

🧠 Adults with ADHD

We’re looking for people who:

  • Are adults diagnosed with ADHD
  • Are open to non-invasive neurostimulation (tES)
  • Can continue their current pharmacotherapy

What do we offer?

  • Comprehensive cognitive function assessment
  • Possibility to participate in therapy with non-invasive neurostimulation (tES) tailored to your cognitive profile

😷 People after COVID-19

We’re looking for people who:

  • Had COVID-19 (even long ago)
  • Experience “brain fog”, memory difficulties, or concentration problems
  • Standard tests “showed nothing”

What do we offer:

  • Comprehensive cognitive function assessment
  • Advanced measurements going beyond standard diagnostics
  • Possibility to participate in therapy with non-invasive neurostimulation (tES)

🤔 People with memory concerns

We’re looking for people who:

Notice changes in memory or concentration
Received “everything is fine” results, but concerns remain
Are worried about family history (e.g., Alzheimer’s)

What do we offer:

Objective, comprehensive cognitive function assessment
Help in differentiating causes
Possibility of early intervention, if needed

✅ Healthy volunteers

We’re looking for people who:

Have no cognitive problems
Are interested in brain health and science
Want to learn about their cognitive profile

What do we offer:

Free cognitive function assessment
Learning about your “baseline” brain profile
Contribution to the development of science

register now
Ask question
Interdyscyplinarny Zespół BRAVES-Cog PWr
Interdisciplinary team of experts from Wrocław University of Science and Technology | BRAVES-Cog 2025

Why consider participation?

Contribution to science

Help develop innovative diagnostic and therapeutic methods in the area of cognitive functions.

Cognitive function assessment

Possibility of free, professional assessment of your cognitive functions using advanced technologies.

Results comparison

For participants qualified for therapy: possibility to compare initial results with final ones and objective assessment of changes.

How does it work?

  • Step 01

Registration

Fill out an online form (about 15 minutes). Provide basic information that will help us assess whether the project may be right for you.

  • STEP 02

Medical verification

A doctor from our team will analyze the application within 2-3 business days. We’ll check if you meet the criteria for participation in one of the research groups.

  • STEP 03

Contact

We’ll contact qualified candidates. If your profile matches the study assumptions, we’ll invite you to a meeting to discuss details.

  • STEP 04

Research sessions

After confirmation of participation!

First session: interview, baseline measurements (EEG, fNIRS, eye-tracking, tests)
For intervention groups: series of therapeutic sessions
Final session: control measurements, discussion of results

Note!

Not every application means qualification for the study – and that’s completely normal. The criteria are precise to ensure the scientific quality of the project. We’ll only contact selected people!

BRAVES-Cog Team

Interdisciplinary team of experts from Wrocław University of Science and Technology.

Prof. Dr. Joanna Rymaszewska
    Prof. Dr. Joanna Rymaszewska

    Faculty of Medicine

    Psychiatrist - head of the BRAVES-Cog project and Department of Clinical Neuroscience. Specializes in etiopathogenesis and treatment of dementia syndromes and mental disorders, using both advanced technologies and psychosocial interventions. First in Poland to apply deep brain stimulation (DBS) in treating OCD and treatment-resistant depression, leading an interdisciplinary medical team.

    Dr. Karolina Fila-Pawłowska, PhD in Medical Sciences
      Dr. Karolina Fila-Pawłowska, PhD in Medical Sciences

      Faculty of Medicine

      Psychologist and researcher - deputy head of the BRAVES-Cog project. Specializes in using non-invasive brain stimulation methods (TMS) in therapy of mood disorders and cognitive functions. Studies the impact of neurostimulation on working memory in seniors and treatment of treatment-resistant depression.

      Magdalena Kasprowicz, PhD, DSc, Eng., Professor at PWr
        Magdalena Kasprowicz, PhD, DSc, Eng., Professor at PWr

        Faculty of Fundamental Problems of Technology

        Biomedical engineer - head of the interdisciplinary BrainLab team. Specializes in multiparametric monitoring of the central nervous system, analyzing relationships between pressures, volumes, and flows in the brain using machine learning. Led research projects funded by FNP, NCN, and NAWA.

        Tomasz Kajdanowicz, PhD, DSc, Eng., Professor at PWr
          Tomasz Kajdanowicz, PhD, DSc, Eng., Professor at PWr

          Faculty of Information & Communication Technology

          Artificial intelligence specialist - head of the AI Department. Responsible for designing and validating complex computational models and analyzing biomedical signals using machine learning. Laureate of prestigious international grants CHIST-ERA and First Team FNP.

          Marta Rusnak, PhD, DSc, Arch., Professor at PWr
            Marta Rusnak, PhD, DSc, Arch., Professor at PWr

            Faculty of Architecture

            Architect and researcher - head of the LET'S GO Laboratory. Specializes in using eye-tracking technology to analyze perception of space and objects. Studies how people perceive architecture and how eye movements can serve as biomarkers of cognitive functions.

            Aleksandra Kawala-Sterniuk, PhD, DSc, Eng., Professor at PWr
              Aleksandra Kawala-Sterniuk, PhD, DSc, Eng., Professor at PWr

              Faculty of Information & Communication Technology

              Computer scientist - expert in brain-computer interfaces (BCI). Specializes in advanced processing of brain signals, with particular emphasis on EEG, combining computer science with biomedical engineering and artificial intelligence algorithms. Author of over 170 scientific publications, her research supports clinical diagnosis of cognitive functions. Laureate of the prestigious CHIST-ERA grant.

              Joanna Budzisz, PhD, Eng.
                Joanna Budzisz, PhD, Eng.

                Faculty of Electrical Engineering

                Electrical engineering specialist - tDCS stimulation researcher. Conducts research in transcranial direct current stimulation, using knowledge from electrical engineering to develop therapy parameters supporting treatment of neurological and cognitive disorders.

                Agnieszka Uryga, PhD, Eng.
                  Agnieszka Uryga, PhD, Eng.

                  Faculty of Fundamental Problems of Technology

                  Biomedical engineering specialist - BrainLab team researcher. Focuses on research of the relationship between the autonomic nervous system and cerebral hemodynamics using nonlinear methods. Her work combines technical and medical knowledge, supporting diagnosis after traumatic brain injuries.

                  Agnieszka Kazimierska, PhD, Eng.
                    Agnieszka Kazimierska, PhD, Eng.

                    Faculty of Fundamental Problems of Technology

                    Biomedical engineer - BrainLab team researcher. Works on developing methods for analyzing signals related to cerebral circulation and pressure-volume relationships in the intracranial space. Conducts research in non-invasive monitoring of cerebral hemodynamics and the circulatory system.

                    Marta Hendler, MSc, Eng.
                      Marta Hendler, MSc, Eng.

                      Faculty of Fundamental Problems of Technology

                      Biomedical engineer and Master of Computer Science - BrainLab team PhD student. Works on multimodal, non-invasive monitoring of cerebral hemodynamics using transcranial Doppler ultrasonography and functional near-infrared spectroscopy. Combines engineering knowledge with data processing and analysis methods.

                      Izabela Garaszczuk, PhD, Eng. & PhD in Health Sciences
                        Izabela Garaszczuk, PhD, Eng. & PhD in Health Sciences

                        Faculty of Fundamental Problems of Technology

                        Optometrist - assistant professor in the Department of Optics and Photonics, vision research expert in the BRAVES-Cog project. Specializes in early diagnosis of dry eye syndrome and vision research using modern imaging methods. Conducts interdisciplinary research, using machine learning in optometric practice.

                        Monika Najdek, MSc, Eng.
                          Monika Najdek, MSc, Eng.

                          Faculty of Fundamental Problems of Technology

                          Biomedical engineer and Master of Big Data Analytics - BrainLab team PhD student. Focuses on research of the relationship between cerebral autoregulation and the autonomic nervous system using advanced nonlinear methods and machine learning. Conducts biosignal analysis supporting diagnosis of traumatic brain injuries.

                          Anna Michalina Sawicka, MSc, Eng.
                            Anna Michalina Sawicka, MSc, Eng.

                            Faculty of Fundamental Problems of Technology

                            Software engineer and biomedical engineer - BrainLab team PhD student. Specializes in EEG and fNIRS signal analysis, using machine learning to assess brain aging and early detection of neurodegenerative diseases. Graduate of electronics and telecommunications and biomedical engineering at Wrocław University of Science and Technology.

                            Agata Rafałowicz, Eng.
                              Agata Rafałowicz, Eng.

                              Faculty of Information & Communication Technology & Faculty of Medicine

                              Student of medicine and technical computer science. Chair of the Synapsa Scientific Circle. In the project, she works on developing a mobile application taking into account the needs of different research groups.

                              Adam Gruda, Eng
                                Adam Gruda, Eng

                                Faculty of Fundamental Problems of Technology

                                Medical computer scientist and young researcher specializing in bioinformatics. Alumnus of the Health Care Leaders Academy (L. Pagi Foundation) and long-time activist implementing interdisciplinary research projects in the Signum Scientific Circle. In the project: mobile application programmer.

                                Jakub Bogacz, Eng.
                                  Jakub Bogacz, Eng.

                                  Faculty of Information & Communication Technology

                                  Biomedical engineer, student of applied computer science, co-founder of the Signum Scientific Circle, member of the HL7 Poland group establishing standards for information exchange in medical environments. In the project, he works on a service collecting data from the mobile application.

                                  Bartosz Kuczyński, MSc, Arch.
                                    Bartosz Kuczyński, MSc, Arch.

                                    Faculty of Architecture

                                    Architect and PhD student specializing in the use of eye-tracking, mainly in the field of architecture and urban planning. Studies human perception in urban environments. Member of the interdisciplinary VisionARy Scientific Circle.

                                    Maria Cicirko
                                      Maria Cicirko

                                      Faculty of Information & Communication Technology

                                      Małgorzata Biegańska
                                        Małgorzata Biegańska

                                        Faculty of Architecture

                                        Frequently Asked Questions

                                        Yes. All procedures are non-invasive and approved by the Bioethics Committee of Wrocław University of Science and Technology.

                                        Non-invasive neurostimulation (tES) is well tolerated. Possible mild side effects include skin tingling or temporary headache – transient and rare symptoms.

                                        The research team has many years of experience conducting this type of research, and all devices have safety certificates.

                                        Depends on the group:

                                        • Healthy volunteers: one session, 2-3 hours
                                        • Intervention groups (ADHD, long-COVID, memory concerns): several sessions at weekly intervals, each 1-2 hours

                                        All appointments are scheduled in advance and adjusted to your schedule.

                                        Due to the length of sessions, we provide refreshments and a comfortable rest area.

                                        Studies take place on the campus of Wrocław University of Science and Technology:

                                        • Faculty of Medicine (W14), ul. Hoene-Wrońskiego 13c
                                        • LET’S GO Laboratory (W2) adjacent to building C7
                                        • Building C20, rooms 3.08 and 3.09

                                        How to get there:

                                        • Public transport: Nearby tram and bus stops (Grunwaldzki Square)
                                        • By car: Parking spaces available on university grounds

                                        You’ll receive the exact location and detailed directions when scheduling your appointment.

                                        Yes. We guarantee full confidentiality:

                                        • All data is anonymized – each participant receives an individual code
                                        • Processing is conducted in accordance with GDPR
                                        • Access to anonymized data is limited to authorized research team members only
                                        • Personal data (consent forms) are accessible only to the project leader and her deputy

                                        Your employer, family, or other people will not have access to your data without your explicit consent.

                                        Yes, at any time, without giving a reason.

                                        Participation in the study is completely voluntary. You can withdraw before starting, during, or stop at any moment – without any consequences.

                                        Your data collected until withdrawal will be archived according to procedures but will not be used in analysis.

                                        Yes. After completing participation, you’ll receive:

                                        • Summary of your results in accessible form
                                        • Discussion of results with a research team member
                                        • Recommendations for further action (if needed)
                                        • Opportunity to ask additional questions

                                        Results are presented in a way understandable for people without medical education.

                                        Yes, in most cases.

                                        • ADHD: you can continue your pharmacotherapy
                                        • Long-COVID: medications are not a contraindication
                                        • Memory concerns: depends on the type of medications – we’ll discuss this during qualification
                                        • Other conditions: inform us about all medications taken during registration

                                        Always inform the research team about all medications and supplements you’re taking.

                                        Participation in the study is completely free.

                                        Participants do not receive financial compensation, but they gain:

                                        • Free, professional cognitive function assessment
                                        • Access to advanced diagnostic technologies
                                        • In experimental groups: free innovative therapy
                                        • Care from a team of experts from Wrocław University of Science and Technology

                                        Didn't find an answer?

                                        ASK YOUR OWN QUESTION

                                        Are you a participant? Download the app

                                        The BRAVES-COG app supports monitoring of cognitive functions between laboratory sessions throughout the study.

                                        Download from google store
                                        Download from Apple store
                                        Scroll to Top