Neuroscience and neuro psychology

Leveraging neural foundations of learning and memory to engineer assistive technologies and bio-inspired algorithms that enhance cognitive performance.

Overview

Investigations into the neural foundations of learning and memory guide refined AI-driven tools and interventions. Implementation of assistive technologies with real-time neural feedback and insights for cognitive enhancement in education. Neuro-inspired computing draws on biological processes to create efficient AI algorithms and hardware. Understanding, modeling and controlling of brain disabilities related to educational and cognitions processes.  Algorithmic optimization focuses on effectively leveraging insights into how humans create, store, and apply knowledge to achieve complex creative, scientific, cognitive and learning goals.

Our Projects

Explore our innovative research work

Discover a selection of our key projects that highlight our commitment to advancing education through research.

Using Brain Signals to Increase The Quality of IDEs

Publications

Discover a selection of our key publications that highlight our commitment to advancing education through research.

  • Dlamini, G., Huraira, A., Kholmatova, Z., Mikriukov, A., Safiullina, G., Succi, G., & Tormasov, A. (2025). A systematic literature review on measuring brain activity while reviewing code and paintings. IEEE Access.
  • The creative mind: examining brain waves in drawing and programming through EEG images (Zamira Kholmatova; Ilaria Cutica; Gcinizwe Dlamini; Abu Huraira; Davide La Torre; Riccardo Sartori; Guzel Safiullina; Michele Scandola; Mariia Snigireva; Giancarlo Succi)

Research Team

Meet Our PIs

Discover our teams diverse expertise and how their qualifications drive innovative solutions in education and research.

Prof. Dr. Giancarlo Succi

Prof. Dr. Alexander Tormasov

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