I am a Researcher in Hearing Technology, studying how people with hearing loss perceive speech and sound, and developing innovative solutions to make life sound better.
Jacoti’s mission is to make state-of-the-art hearing solutions accessible and affordable for people with hearing loss throughout the world.
2023 - PresentResearch on deep learning methods to enhance speech intelligibility for hearing aid and cochlear implant users in environments with multiple speakers and background noise.
2022Lecturer of "Sound Recording and Mixing Techniques" course
2021 - 2022Audio-Visual (AV) System Design for projects in the Directorate-General for Security of the European Parliament and the Joint Research Centre of the European Commission.
2021 - 2022Audio signal processing and Machine Learning for the research project "Automated fault detection of industrial equipment via audio analysis" (5047780) funded by Greece and the European Union (European Social Fund- ESF).
2019 - 2021Aristotle University of Thessaloniki, Greece
Thesis: "Restoring speech intelligibility in complex acoustic environments for people with hearing loss using deep learning techniques"
Aristotle University of Thessaloniki, Greece
Thesis: "Development and evaluation of a diagnostic audiometer application software for mobile devices"
For the full list of publications, visit Google Scholar.
Development of novel deep learning architectures for improving speech intelligibility in complex acoustic environments.
Design and implementation of a mobile-based hearing assessment system for remote and accessible hearing testing.
Research on advanced signal processing algorithms for hearing aid applications.
Designing and conducting clinical evaluations for hearing assessment and hearing loss compensation strategies.
Development of advanced techniques for audio semantic analysis and speaker recognition.
Development of audio signal processing and semi-supervisedmachine learning techniques for automated fault detection of industrial equipment.
SCENE is a Horizon Europe project that aims to revolutionize the EU filmmaking landscape by integrating cutting-edge technologies with cultural preservation. A key element of the project is the creation of 3D representations of historical monuments, enabling immersive auralizations that simulate realistic reverberation using advanced AI techniques.
Research collaboration with Dr. Tobias Goehring's Deep Hearing Lab, focusing on speech perception with hearing devices. The lab combines auditory neuroscience, engineering, and deep learning to advance our understanding of hearing technology, including cochlear implants, hearing aids, and hearables.
Member of the Hellenic Institute of Acoustics (HELINA), an organization founded in 2002 that brings together Greek scientists active in acoustics. HELINA contributes to the advancement of acoustics in Greece and collaborates with similar institutes worldwide to spread knowledge and foster innovation in the field.
The Multidisciplinary Media & Mediated Communication Research Group (M3C) of the Aristotle University of Thessaloniki conducts interdisciplinary research on contemporary media and mediated communication. M3C combines technological innovation with social science, exploring topics such as computational journalism, media psychology, and digital broadcasting.
I'm always interested in discussing potential research collaborations in the fields of:
Feel free to reach out if you'd like to discuss potential collaborations or have any questions about my research.
© 2025 Iordanis Thoidis
