The Brain Computer Interface Research Infrastructure had the pleasure of participating in the Seminar & Social Hour hosted by the CEID - Computer Engineering and Informatics Department of the University of Patras, on Friday 8/05/2026.

The seminar featured an inspiring presentation by ANASTASIOS BEZERIANOS, collaborator of its Research Infrastructure and member of its Advisory Board, titled: “The Evolution of Brain Neuroengineering: From Decoding Brain Dynamics to Directed Neuroplasticity.”

The presentation explored the evolution of brain neuroengineering through three interconnected phases — from the early descriptive monitoring of brain activity, to modern real-time decoding of neural dynamics and connectomic analysis, and finally toward the future of autonomous closed-loop neurotechnologies. Advanced methodologies such as EEG, fMRI, and ECoG were highlighted as key technologies enabling real-time cognitive workload assessment, neural decoding, and mapping of complex brain networks. The seminar also presented emerging Brain-Machine Interfaces (BMIs) and targeted neurostimulation approaches aiming to reconnect neural circuits through electrical, magnetic, and chemical stimulation. Particular emphasis was given to the long-term vision of fully implantable bidirectional systems and “hospitals within the brain,” designed to support mobility restoration and cognitive health enhancement for elderly individuals, stroke survivors, and people living with neurodegenerative diseases.

As part of the event, a brief presentation of the Neuroengineering and Brain-Computer Interfaces Research Infrastructure of the University of Patras was also delivered, highlighting our ongoing mission to support interdisciplinary neurotechnology research, collaboration, and innovation.

We would like to warmly thank the organizers and all attendees for the engaging discussions and strong interest in the future of neuroengineering and Brain-Computer Interfaces.

It was a pleasure to welcome Professor Sofia Lampropoulou, Head of the Department of Physiotherapy of the University of Patras, Professor Constantinos Koutsojannis, Assistant Professor Eftychia Trachani, PhD candidates and students to the presentation of Brain Computer Interface Research Infrastructure.

During the meeting the staff of the Brain Computer Interface Research Infrastructure lab with the participation of Professor ANASTASIOS BEZERIANOS presented and explored topics like:
🔹 The structure and capabilities of the BCI Research Infrastructure lab at the University of Patras
🔹 A hands-on showcase of the equipment, ranging from EEG and fNIRS systems to eye-trackers and XR devices
🔹 Future actions and initiatives aimed at strengthening interdisciplinary collaboration

We are hopeful that this interaction will foster future collaborations not only with the Department of Physiotherapy, but also with other departments and Schools participating in our Horizontal Infrastructure ecosystem.

From March 29th to April 3rd, Brain Computer Interface Research Infrastructure successfully hosted the international workshop “BrAIn's Anatomy: From Brain Signals to Insight”, organized by EESTEC LC Patras. Bringing together 11 participants from universities across Europe and 9 local students for an immersive journey into Brain–Computer Interface (BCI) technology, the workshop combined theory, hands-on experience, and meaningful discussions around the rapidly evolving field of neurotechnology.

Participants were introduced to the full pipeline of brain signal processing — from acquisition to interpretation — through:
▪ Neural data fundamentals and EEG signal analysis
▪ Signal processing and visualization techniques
▪ AI & Machine Learning applications in brain data
▪ Ethical and societal implications of neurotechnology

The workshop kicked off with engaging lectures from distinguished experts including Vincenzo Ronca (Sapienza University of Rome), ANASTASIOS BEZERIANOS (University of Patras), and Demetris Iacovides (Metavallon VC). Their insights into neurotechnology, brain signal acquisition, and real-world BCI applications set the tone for an impactful week.

Participants actively engaged in interactive sessions on #EEG morphology, visualization methods, and AI integration. Through practical experiments students worked directly with brain signals, applying their engineering skills to real-time data and gaining firsthand experience with BCI systems.

Beyond the technical knowledge, the workshop fostered a vibrant international environment where students exchanged ideas, collaborated across cultures, and built lasting connections.

On the final day, a round table discussion brought together participants and organizers to reflect on key learnings, discuss the future of neurotechnology, and share perspectives on challenges and opportunities in the field. It was a fitting conclusion to a week filled with curiosity, innovation, and collaboration.

As part of our mission, this workshop highlighted the power of interdisciplinary learning and international cooperation in shaping the engineers of tomorrow.

We are happy to announce that from March 29th to April 3rd our Lab is hosting the #EESTEC LC Patras international workshop entitled "BrAIn's Anatomy: From Brain Signals to Insight". This event will bring together 11 participants from universities across Europe and 9 local students to explore the intersection of brain signals and engineering.

Designed especially for early-level Engineering students, this one-week workshop introduces participants to neurotechnology and the full data processing pipeline behind brain measurements.

Throughout the week, participants will dive into:
🔹 Neural data fundamentals and EEG signals — understanding their origin
🔹 Signal processing and visualization techniques for interpreting brain activity
🔹 AI applications in neural data — using machine learning to detect patterns
🔹 Ethical and societal aspects of neurotechnology

This event aligns with the goals of the BCI Lab, as an act of opening the horizontal infrastructure to students interested in our field.

We would like to cordially invite everyone interested in BCI technology to attend the open lectures according to the schedule.
 
The event is supported by the Neuroengineering & Brain–Computer Interfaces horizontal research infrastructure of the University of Patras.
Location: Department of Electrical and Computer Engineering - Laboratories: Interactive Technologies Laboratory, Computer Systems Laboratory

We were pleased to welcome Professor Koutsogiannis and his team from the hashtag#Upatras, School of Health Rehabilitation Sciences, Department of Physiotherapy, to our laboratory.

During the visit, we had the opportunity to present our work, demonstrate our technologies, and engage in meaningful discussions around research and innovation in rehabilitation sciences.

We sincerely thank Professor Koutsogiannis and his team for their visit and insightful exchange. We look forward to exploring future opportunities for collaboration.

We were delighted to welcome a group of postgraduate students from the #UPatras #HCIMaster master to the BCI Lab for their Brain–Computer Interaction lesson.

As part of the course, the students visited the lab to gain hands-on exposure to Brain–Computer Interface (BCI) technologies. The session included an introduction to how brain signals are acquired and interpreted, as well as how they can be used to enable direct communication between the brain and computing systems.

During the visit, students also attended a live demonstration of BCI equipment, where they observed how neural signals are captured and translated into commands that allow interaction with computers and external devices.

It was a pleasure hosting such an engaged group of postgraduate students and supporting their learning experience in the field of Brain–Computer Interaction.