Resume
Experience
As a member of a multidisciplinary team, I have been actively involved in the development of microneedle array patches (MAP) tailored for ultra-long-term drug delivery. Collaborating within a cross-functional environment, I contributed to the design, documentation, and scaling of the MAP manufacturing process. My role also encompassed organizing and leading ideation sessions focused on MAP geometry, material selection, and experimental validation methodologies. To ensure transparency and alignment with project objectives, I deliver comprehensive weekly progress reports that foster meaningful discussions on pivotal aspects of the project. Furthermore, I took on the responsibility of supervising and mentoring undergraduate students across multiple projects, facilitating daily progress discussions, and fostering a conducive environment for effective knowledge transfer and skill development.
September 2023 - Present
Research Engineer
GI Lab
MIT - Harvard Medical School - BWH
Cambridge, MA, USA
I played a key role to the development of advanced medical devices focused on drug delivery and body monitoring for my master’s thesis and other projects.
For the former, I spearheaded the design, prototyping, in vitro and in vivo characterization of electronic assemblies tailored for long-term health sensing, targeting parameters such as body temperature, cardiovascular, and respiratory vital signs. The system employs a temperature sensor and a microphone to collect data, which are wirelessly (BLE) transmitted to an external device. The latter data were analysed using signal processing (FFT, Wavelet Decomposition) and machine learning (Autoregressive model, PCA, SVM) techniques. The device’s performance is comparable to existing tools while featuring double to quintuple monitoring duration. The same platform can be extended to drug delivery, for which I conducted in vitro and in vivo pharmacokinetic studies to assess device performance.
Another notable achievement includes co-designing a groundbreaking pump and valve assembly for an implantable robotic device dedicated to detecting and treating opioid overdose. Its overdose reversal time and performance surpass all current solutions, while maintaining a small form factor and economical manufacturing process.
For both projects, I participated in co-authoring research papers that are currently in the process of publication.
November 2022 - August 2023
Exchange Graduate Researcher
GI Lab
MIT - Harvard Medical School - BWH
Cambridge, MA, USA
For my semester project, I researrched adaptive terrestrial locomotion for a soft multimodal aerial drone. My research encompassed the utilisation of evaluation matrices to assess and compare various locomotion methods and actuation strategies, aligning them with project requirements and key findings. To validate these methods computationally, I employed the Simulation Open Framework Architecture (SOFA). Taking a hands-on approach, I developed a prototype through 3D printing, laser cutting, and electronics assembly. This prototype underwent experimental validation across diverse static and dynamic conditions, where I documented both qualitative and quantitative results to gauge its efficacy and performance.
February 2022 - May 2022
Research Assistant
Environmental Robotics Lab
ETH Zurich
Zurich, Switzerland
As my diploma thesis, I spearheaded the development and validation of a model-based control algorithm for active vibration and impact control of composite structures. Utilizing piezoelectric elements as both actuators and sensors, I employed distributed finite elements in ANSYS to model beam and plate structures, deriving their dynamic characteristics through FFT analysis and custom C functions. Further advancing my expertise in control systems, I implemented an LQR control scheme in state space using MATLAB, achieving significant reductions in actuation energy , with efficient system damping. In continuation of my thesis project, I collaborated with a post-doctoral candidate at the Control Systems Lab of NTUA to validate the theoretical model from my thesis, designing a modular experimental setup for impact studies on structures, and co-authored a manuscript detailing our findings for publication in an academic journal.
October 2018 - February 2020
Research Assistant
Control Systems Lab
National Technical University of Athens
Athens, Greece
Collaborating closely with the production unit, designed (Solidworks, ANSYS) and supervised the manufacturing of structures used in various electrical power generation applications (hydroelectric power plants, gas turbine power plants). Improved the efficiency of the manufacturing process by installing automated procedures along the production line and setting up CNC machines (2 lathes, 1 milling center, 1 laser router) for faster part production. Lastly, I was responsible for updating/maintaining safety protocols within production unit.
June 2018 - September 2018
Mechanical Engineering Intern
Poseidon ATEVE
Farsala, Greece
Conducted novel computational analysis on spur gear lubrication hydrodynamics during steady-state and transient operation. Developed C-based user-defined functions for a commercial FEA package (ANSYS) for better implementation of one-way and two-way fluid-solid interaction.
March 2017 - October 2017
Research Assistant
Machine Design Lab
National Technical University of Athens
Athens, Greece
Developed an algorithm (MATLAB) that facilitates the geometrical design of asymmetric involute gear tooth profiles based on modified conventional gear theory. Published a conference paper (An integrated approach for designing asymmetric involute helical gears in CAD environment - 7th International Conference “From Scientific Computing to Computational Engineering”) along with the development of proprietary software. Consequently, Static and Transient Structural studies (ANSYS) for the determination of the asymmetric gears’ mechanical characteristics in comparison to conventional were conducted. The developed program was later integrated into a commercial machine elements software (KISSsoft). Beside my research duties, engaged as a teaching assistant in the M.D. Lab.
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February 2016 - August 2016
Research Assistant
Machine Design Lab
National Technical University of Athens
Athens, Greece
Experimental research on the deformation and failure features in hot stamping procedures. Worked in close cooperation with a PhD candidate in order to determine the effect of temperature, forming speed, BHF (blank holding force), and blank holder design on hot stamping metal forming. The results of the research were used to evaluate the possibility of future utilization of hot stamping forming techniques in the automotive and aerospace industry.
June 2015 - August 2015
Research Intern
Space Lab
Imperial College London
London, UK
Conducted a literature review on the application of laser induced incandescence in optical engine for in-cylinder soot diagnostics in diesel engines. The review covered soot formation, compression ignition, low temperature diesel combustion, and HCCI. It additionally covered techniques applied for in-cylinder optical diagnostics.
Concurrently, concluded a literature review on the application of computer tomography (CT) for the measurement of temperature and stoichiometry in combustion.
The results of the reviews were used for the evaluation of the ongoing experimental research on Imperial College’s diesel optical engine for the Ford Motor Company.
July 2014 - August 2014
Research Intern
Mechanical Engineering Department
Imperial College London
London, UK
Designed a functioning gear box (Solidworks) based on an existing truck gear box and used for educational purposes. Trained on mechanical measuring techniques and metrology for accurate representation and drawing of the model.
March 2014 - June 2014
Research Intern
Machine Design Lab
National Technical University of Athens
Athens, Greece
Education
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Coursework in Advance Machine Learning, Probabilistic AI, Computer Vision
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Coursework in Robot Dynamics, Autonomous Mobile Robots, Soft Robotics, Microrobotics, Nanorobotics
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Coursework in Model Predictive Control, Dynamic Programming & Optimal Control, System Identification
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Semester Project: Squashy – Design of a multimodal soft drone for restricted environments
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Master Thesis: An Ingestible Gastric Resident System for Cardiovascular Monitoring
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Fully funded scholarship by Hellenic Petroleum Group for studies abroad
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2020 - 2024
ETH Zurich
MSc in Robotics, Systems & Control
Department of Mechanical and Process Engineering
Zurich, Switzerland
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Mechanical Design & Control Systems Specialization
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Coursework in Fluid Mechanics, Heat & Mass Transfer, Thermodynamics
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Coursework in Mechanical Design, Automatic Control, Manufacturing Technology, Material Science
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Coursework in Industrial Management, Operational Research
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Senior Thesis: Active Vibration Control of Composite Structures using Piezoelectric Patches
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2013 - 2019
National Technical University of Athens
Diploma (Integrated BSc and MSc) in Mechanical Engineering
Department of Mechanical Engineering
Athens, Greece
Languages
English (fluent)
German (proficient)
Greek (native)
French (beginner)
Korean (learning)
Professional skillset
Software:
Microsoft Office Suite, Adobe Creative Suite, LaTeX, Visual Studio, XCode
Specialized Software:
Wolfram Mathematica, Solidworks, Fusion 360, AutoCAD, SolidCAM, ANSYS, LS Dyna, SOFA Framework, Abaqus, MATLAB & Simulink, LabView, MeshLab, Altium Designer
Programming Languages:
Python, Fortran 75/99, C, Swift
Research & Prototyping Tools:
Soldering, Electronics Assembly, FDM & Resin 3D Printing, CNC Milling & Lathe, Laser cutter, Material Testing Systems, Injection Molding, HPLC, Profilometer, Optical Microscope
Soft Skills:
Critical / Logical Thinking, Research, Creativity
Project Management, Conflict Resolution
Collaboration, Communication
Professional skillset
Software:
Microsoft Office Suite, Adobe Creative Suite, LaTeX, Visual Studio, XCode
Specialized Software:
Wolfram Mathematica, Solidworks, Fusion 360, AutoCAD, SolidCAM, ANSYS, LS Dyna, SOFA Framework, Abaqus, MATLAB & Simulink, LabView, MeshLab, Altium Designer
Programming Languages:
Python, Fortran 75/99, C, Swift
Research & Prototyping Tools:
Soldering, Electronics Assembly, FDM & Resin 3D Printing, CNC Milling & Lathe, Laser cutter, Material Testing Systems, Injection Molding, HPLC, Profilometer, Optical Microscope
Soft Skills:
Critical / Logical Thinking, Research, Creativity
Project Management, Conflict Resolution
Collaboration, Communication