SKILLS
Programming: Python, MATLAB, C++, ARM, Arduino, ESP32
Hardware: PCB Design, Arduino, Beaglebone Black, SMD Soldering
Machine Learning: Object Segmentation, TinyML, OpenCV, Edge Impulse
Web Development: MongoDB, Express, Node, Angular, SQL
3D Design: AutoCAD, Onshape, Solidworks
Languages: English (C2, University of Michigan)
WORK EXPERIENCE
R&D Engineer
Erlikon, Sidenor (July 2024 - Present)
- Developed microcontroller-based devices for quality control of welding rods.
- Implemented object detection models in industrial environments, improving defect detection rates.
- Introduced automated systems that reduced manual inspection time.
Engineering Intern
Energy Systems Lab, IHU (2022, 7 months)
- Created Arduino prototypes for electric vehicles, marine sensors, and IoT EV chargers.
- Certified as a Sustainable Electric Mobility Engineering Expert (ECQA).
- Helped in teaching Arduino programming for postgraduate students.
Erasmus Intern
Triggo S.A., Warsaw (2022, 2 weeks)
- Programmed object detection models in Python.
- Designed and repaired electric vehicle PCBs (SMD soldering, Altium Designer).
EDUCATION
MSc in Biomedical Engineering
Aristotle University of Thessaloniki (2023 - Present)
- Created machine learning models for meniscus tear detection and skin cancer detection.
- Developed an air quality monitoring device with vital function tracking (blood oxygen, heart rate).
BSc in Automation Engineering and Mechatronics
International Hellenic University (2016 - 2022)
- Thesis: Portable biomedical sensor using Mie scattering with Beaglebone microcontroller.
- Specialization in Industrial Control Systems, SCADA, and HMI solutions.
Udacity Nanodegree in Front End Web Development (2018)
- Developed 7 web applications using HTML, CSS, ReactJS, and Angular.
THESIS
Master’s Thesis
Iterative Development, Validation, and Benchmarking of Custom and Commercial EMG, EEG, and fNIRS Sensors (2024 - Present)
- Manufacturing of EEG and fNIRS biological phantoms.
- Data acquisition and data analysis of EEG, EMG, fNIRS data from custom and commercial grade sensors.
Bachelor’s Thesis
Scattering Measurements with Beaglebone Microcomputer for Biomedical Sensors (2021-2022)
- Designed hardware and developed software for non-invasive biomedical sensors.
- Created CE technical files and presented findings at international industry conferences.
CERTIFICATIONS
- Sustainable Electric Mobility Engineering Expert, ECQA (2022)
- Quality Assurance Foundations, TÜV HELLAS (2024)
- Solving Nonlinear Equations with MATLAB, MathWorks (2023)
- Solving Ordinary Differential Equations with MATLAB, MathWorks (2024)
- MongoDB Node.js Developer Path, MongoDB (2023)
Publications:
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Bio-Silicon Synergetic Intelligence System (Phase 1): Software Development and Prospective Implantation of Microelectrode Arrays and Human Cortical Organoids into Rat Brains, M. Michailidou, A. Pattnayak, V. Jorgsson (2024)
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Medium scale projects as a means for educating students on electric vehicle technology, M. Michailidou, , M. Ciudin, E. V. Enache, A. Samaras
and X. Fejzo (22WOM-07)
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Scattering measurements with the Beaglebone microcomputer for portable biomedical sensors, A. Bantis, M. Michailidou (2022)
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Fabrication and Development of an Optical Biomedical Sensor, A. Bantis, M. Michailidou, E. Gkagkanis, K. Karakostas and M. E. Kiziroglou (21WOM-06)
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From Microtechnology to Nanotechnology, D. Bagdatoglou, N. Balp, A. Bantis, R. Beal, Y. Carmichael, C. I. Danaskou, K. Georgiadis, M. Michailidou, A. Nikolopoulos, S. Ntemkas, D. Parastatidou, V. Petitjean, H. Schaefer and N. Traikoudis (20WOM-05)