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PromoterContact email address(es)TitleDescription (link to website or document)
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Emanuele Garoneegarone@ulb.ac.be, michele.ambrosino@ulb.be[Robotics] VIsual Servoing with RGB-D cameras
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Emanuele Garoneegarone@ulb.ac.be[Robotic Hummingbird] Colibri Project: embedded electronics and control
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Emanuele Garoneegarone@ulb.ac.beDesign, Realization and Control of an Autonomous Car, in collaboration with the youtubber J. Bruton
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Emanuele Garoneegarone@ulb.ac.be[Automotive] Master Thesis in collaboration with Toyota Research Center (to be discussed)
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Bram Vanderborghtellen.roels@vub.beIntegration of sensors for self-healing soft robots
https://vub-my.sharepoint.com/:w:/g/personal/tom_verstraten_vub_be/ESBIje4-AmdEv-ldjZgLVEsBSOXYDwBO32UV3ehZ3qbNUA?e=zYpUsE
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Bram Vanderborghtellen.roels@vub.beMagnetic actuation and sensing for self-healing soft robots
https://vub-my.sharepoint.com/:w:/g/personal/tom_verstraten_vub_be/EaCunZSgv0lJs6F8HVw3b18BIvqOTJUXQlLU4TM29IA3HA?e=t7R6F8
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Bram Vanderborght
bram.vanderborght@vub.be; pasquale.ferrentino@vub.be
Dynamic modeling of a Soft Robotic Hand
https://vub-my.sharepoint.com/:b:/g/personal/tom_verstraten_vub_be/EX89V9rodrdJv4Md4bPCjeUBEh2o44978DpIZmMJo46TiA?e=qSkF6j
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Bram Vanderborght
bram.vanderborght@vub.be; pasquale.ferrentino@vub.be
Design-based avoidance of out of plane deformation in soft grippers
https://vub-my.sharepoint.com/:b:/g/personal/tom_verstraten_vub_be/EaSV2X1m0AZEgAoK88rrBn4Bitg9m6y8fCOGrCvPazUfvg?e=mOMT5A
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Bram Vanderborght
seyedreza.kashef.tabrizian@vub.be; Seppe.Terryn@vub.be
Integrating of a 3D-printed healable soft resistive heater in a self-healing soft robot
https://vub-my.sharepoint.com/:b:/g/personal/tom_verstraten_vub_be/EaeS3cm1OyNEn6KF1h-luS4BAxbWUW83b93y3PA4s8i3Pw?e=zXlFN8
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Bram Vanderborght
seyedreza.kashef.tabrizian@vub.be; Seppe.Terryn@vub.be
Self-healing in soft robotics through hot air injection
https://vub-my.sharepoint.com/:b:/g/personal/tom_verstraten_vub_be/EZyu4r92s3BJq5MTXtXaNu0BKMixwT8wgaDGtpbLQ4_nbQ?e=YbHUqb
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Bram Vanderborghtbryan.convens@vub.beAerial Robotic Swarms
https://vub-my.sharepoint.com/:b:/g/personal/tom_verstraten_vub_be/EQl8cZeqYqNFriMWtjDteGcBkbL148lqtSKrNNyYcYUF2g?e=A0ates
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Bram Vanderborghtkelly.merckaert@vub.beA Planning and Control Framework for Physical Human-Robot Interaction
https://vub-my.sharepoint.com/:b:/g/personal/tom_verstraten_vub_be/EVVnTZGmQxROmF9j2RO6aBUBRksPZceHZI4qgkYJIqbUZQ?e=4Isfb2
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Tom Verstraten
Amin.Khorasani@vub.be; Stein.Crispel@vub.be
Study of a continuously variable transmission for robotics
https://vub-my.sharepoint.com/:w:/g/personal/tom_verstraten_vub_be/Ea46-2__dQFLqdnPiNdXYWoBeOQpPSzrCX02atgNC79Kow?e=lFpHpW
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Tom VerstratenTom.Verstraten@vub.beEnergy-efficient spring-based actuation for robot arms
https://vub-my.sharepoint.com/:w:/g/personal/tom_verstraten_vub_be/EX-BEkjj61VDqlhWDTZwJNcBSFoCBvuzLoyGdcIzYv1Ckw?e=ZIaqCl
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Tom Verstratenthierry.rene.hubert@vub.beBuilding lightweight robotic link structure using stress constrained topology optimization.
https://vub-my.sharepoint.com/:b:/g/personal/tom_verstraten_vub_be/EdwmcoEpb2RGhR9xHJ7W8h0B-ZHIaSifjs0xdiRVdrKwKA?e=fb5jly
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Tom Verstratenthierry.rene.hubert@vub.beMA2 thesis proposal Building lightweight robotic link structure using composite materials
https://vub-my.sharepoint.com/:b:/g/personal/tom_verstraten_vub_be/ESRLMnDbjfpCi0QLlFEV_3MBqkkR7jMRxT_uco-q9aZ-Bg?e=ZyV3QR
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Tom Verstratenkevin.langlois@vub.beRobotically assisted characterization of soft tissue compiance
https://vub-my.sharepoint.com/:w:/g/personal/tom_verstraten_vub_be/EQhe3xog2JtNmbjjxww7uYYBBgApGWpIt_ewo_NN8a7IVQ?e=YmmHs9
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Pierre Lambertpierre.lambert@ulb.beCleaning optical lenses from biological fluids in endoscopy (+internship in LysMedical (Waterloo (BE))https://www.dropbox.com/s/vxysjm1yzvybwrn/2021-2022_MFE_LAMBERT.pdf?dl=0
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Pierre Lambertpierre.lambert@ulb.beMoving droplets with thermal gradientshttps://www.dropbox.com/s/vxysjm1yzvybwrn/2021-2022_MFE_LAMBERT.pdf?dl=0
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Pierre Lambertpierre.lambert@ulb.beSurface Tension Microrobotics (+internship in FEMTO-ST, Besançon (FR))https://www.dropbox.com/s/vxysjm1yzvybwrn/2021-2022_MFE_LAMBERT.pdf?dl=0
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Pierre Lambertpierre.lambert@ulb.beStretching and rupture of fluid films and filamentshttps://www.dropbox.com/s/vxysjm1yzvybwrn/2021-2022_MFE_LAMBERT.pdf?dl=0
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Pierre Lambertpierre.lambert@ulb.beSoft sensor for soft roboticshttps://www.dropbox.com/s/vxysjm1yzvybwrn/2021-2022_MFE_LAMBERT.pdf?dl=0
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Pierre Lambertpierre.lambert@ulb.beMaterials with designed viscoelastic propertieshttps://www.dropbox.com/s/vxysjm1yzvybwrn/2021-2022_MFE_LAMBERT.pdf?dl=0
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Pierre Lambertpierre.lambert@ulb.beIn vitro study of nose-to-brain drug delivery using nasal replicashttps://www.dropbox.com/s/vxysjm1yzvybwrn/2021-2022_MFE_LAMBERT.pdf?dl=0
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Pierre Lambertpierre.lambert@ulb.beCFD simulations in the field of nose-to-brain drug deliveryhttps://www.dropbox.com/s/vxysjm1yzvybwrn/2021-2022_MFE_LAMBERT.pdf?dl=0
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Pierre Lambertpierre.lambert@ulb.beUsing magneto-capillary assemblies to characterize the effect of a laser-induced thermocapillary flow on floating particleshttps://www.dropbox.com/s/vxysjm1yzvybwrn/2021-2022_MFE_LAMBERT.pdf?dl=0
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Pierre Lambertpierre.lambert@ulb.beSurface state enhancement for glass micro-structures manufactured with a femtosecond laserhttps://www.dropbox.com/s/vxysjm1yzvybwrn/2021-2022_MFE_LAMBERT.pdf?dl=0
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Pierre Lambertpierre.lambert@ulb.beDevelopment of a glass flexure based kinematic mirror mechanism for a compact interferometerhttps://www.dropbox.com/s/vxysjm1yzvybwrn/2021-2022_MFE_LAMBERT.pdf?dl=0
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Pierre Lambertpierre.lambert@ulb.beDevelopment of a two-axis force sensor array to measure the adhesion forces of an ant’s legshttps://www.dropbox.com/s/vxysjm1yzvybwrn/2021-2022_MFE_LAMBERT.pdf?dl=0
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Pierre Lambertpierre.lambert@ulb.beMicrofabrication complexes optical shapes by using a femtoprint machinehttps://www.dropbox.com/s/vxysjm1yzvybwrn/2021-2022_MFE_LAMBERT.pdf?dl=0
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Omar Hegazyomar.hegazy@vub.beAnalytic Harmonic Prediction model of a PMSM machine based on the modulation strategy ( with Punch Powertrain company)
Current Battery Electric Vehicles available in the market use different types of electric motors, but one of them is the Permanent Magnet Synchronous Machine. This machine is controlled using an alternative rotating magnetic flux in the stator, which is created by the control of a High Voltage Inverter.
To this end, many different modulation techniques exist, and will affect the harmonic content of the current waveforms being sent to the machine. Those harmonics will have an effect on losses and noise, which is why a prediction model would be beneficial to take such aspects early in the design process.
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Omar Hegazyomar.hegazy@vub.beDesign of a WBG-based Integrated Modular Multifunctional Converter for automotive applications
This thesis aims to design a SiC-based integrated modular multifunctional converter to achieve high power density and efficiency for electric vehicle applications (EVs). The proposed converter and its functionalities will be analyzed by using MATLAB/Simulink® model. Furthermore, preliminary experimental results will demonstrate to validate the proposed modular multifunctional topology’s applicability and performances.
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Omar Hegazyomar.hegazy@vub.beIGBT Temperature Monitoring and estimation of an Automotive Power Electronics Inverter
The failure of PE converters has mostly occurred to the junction-temperature variations; hence, the PE converters' thermal profile should be monitored to identify abnormal behavior in the system; thus, wear-outs or break down can be prevented by condition monitoring. This thesis aims to develop a Junction temperature (Tj) estimation tool that uses temperature-sensitive electrical parameters (TSEPs) from the Si IGBT and body diode, measured on the gate drive, to estimate the on-chip junction temperature.
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Omar Hegazyomar.hegazy@vub.beDesign and control of Modular Multilevel Converters for Stationary Applications
A modular multilevel converter (MMC) is an advanced voltage source converter applicable to a wide range of medium and high voltage applications. It has competitive advantages such as quality output performance, high modularity, simple scalability, and low voltage and current rating demand for the power switches. The students will study state of the art of the MMC technology and do the design and the simulation in MATLAB/Simulink to analyse the performance of the MMC.
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Omar Hegazyomar.hegazy@vub.beIntelligent Gate Driver Design and Dynamic Characterization for Paralleled SiC MOSFETs in High-Power High-Voltage Inverter
The aim of this thesis is to design and develop an intelligent gate driver for Paralleled SiC MOSFETs. This deveoped gate driver will be verified via simulation and tested in the lab for further validation for inverter system.
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Omar Hegazyomar.hegazy@vub.beDynamic Modeling and Switching Loss Validation of GaN HEMTs
The student will deliver a dynamic model of a GaN switch with turn-on, turn off and switching loss characterization. The model characterization can be done by MATLAB/Simulink. Finally, a double-pulse test prototype have to implement to validate the switching transients.
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Omar Hegazyomar.hegazy@vub.beModeling and Performance Analysis of Permanent Magnet In-Wheel Motors
The thesis aims to develop FEA model of PMSM motors for In-Wheel Motor Technology and perform comparative studies to evaluate electro-magnetic performance of developed models.
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Omar Hegazyomar.hegazy@vub.beDesign and Analysis of different winding configurations of Permanent Magnet In-Wheel Motors
The aim of the thesis is to design and compare the stator windings for Permanent Magnets AC machines for In-Wheel Motor Technology. A study on the effect of Distributed vs concntrated winding on performance of the motor will be conducted.
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Omar Hegazyomar.hegazy@vub.beImplementation and assessment of inverter switch open-fault diagniosis methods
The aim of this thesis is to select a proper switch open-fault detection and diagnosis method for a motor drive system with a dynamic load. To this extent, the student will first review the methods in the litterature and identify suitable ones. The selected methods are then implemented in Matlab/Simulink and their main charachteristics will be assessed (efectiveness, resestivity, detection time, tunning effort...)
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Omar Hegazyomar.hegazy@vub.beDesign and modeling of 48V Vehicle Powertains and Fleet Management System
The aim of this thesis is to design and model a 48-V vehicle powertrain with simplified Digital Twin system with standard and inwheel motors. Thermal management and control of the powertain will be investigated towards eco-comfort system.
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Omar Hegazyomar.hegazy@vub.beDesign and control of double side cooled SiC inverters for Automotive Applications
The aim of this thesis is to design and develop a double sided cooling system for a SiC inverter system.
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Greet Van de PerreGreet.Van.de.Perre@vub.beAnalysis and control of a flexible manipulator using strain measurements
https://vub-my.sharepoint.com/:b:/g/personal/tom_verstraten_vub_be/EXh-0wVYlohKo25oNAJFFVYBm-zfLhMBQx5fIGjGrgrE6Q?e=psFpoa
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Greet Van de PerreGreet.Van.de.Perre@vub.beEffective Structural Health Monitoring system as embedded strain sensing technique for flexible link robots
https://vub-my.sharepoint.com/:b:/g/personal/tom_verstraten_vub_be/ERBr5LZqxytGkcflwJF9FicBBKRBePj0LAtFDCa77T0Apw?e=VRSSgA
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Dirk Lefeberlflynn@vub.beDesign of low cost prosthesis for developing countries
https://vub-my.sharepoint.com/:w:/g/personal/tom_verstraten_vub_be/Ee1sfrqFYz1Pvu0ygjOusAsBSoxpnr9DbKnteelzJ0kOLA?e=KmpsHP
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Tom Verstratenlflynn@vub.beDevelopment of a 2-Dof Ankle Actuator
https://vub-my.sharepoint.com/:w:/g/personal/tom_verstraten_vub_be/EaemetWc905LsXbYGdgOC1sBJYYXGNyMjPHwVlUJh1cEzw?e=20KCdH
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Tom Verstratenlflynn@vub.beHuman in the loop control of powered prosthesis
https://vub-my.sharepoint.com/:w:/g/personal/tom_verstraten_vub_be/EeNOE3HK_6pLtaxVj7Y7GXkBkrcrxWhy7rXciCERegh54A?e=u66bMy
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Tom Verstratenlflynn@vub.beDevelopment of an actuated cam system
https://vub-my.sharepoint.com/:w:/g/personal/tom_verstraten_vub_be/EbLNAMfH-l1DnZJuUfY9Tq0B5fFHtOXjVroPsmGswqHFbA?e=laVfzW
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Tom Verstratenmuhammad.usman@vub.beModeling of Remote Actuation using Flexible Shaft for a Robotic Joint
https://vub-my.sharepoint.com/:w:/g/personal/tom_verstraten_vub_be/Ed57Yh8Y9kJJgQncjfmrqCkB5pJGCXVFAHcWg7ZJNPZLWA?e=JIDmxf
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Tom Verstratenmuhammad.usman@vub.beRemote Actuation Design for a Collaborative Arm
https://vub-my.sharepoint.com/:w:/g/personal/tom_verstraten_vub_be/Ebup1V_ZByBFn5jSO8lyfAMBKWTGa4Q2w6JIxHAcIKqigg?e=itycQK
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Bram Vanderborght
greet.van.de.perre@vub.be; seppe.terryn@vub.be
Additive manufacturing of flexible sensors
https://vub-my.sharepoint.com/:b:/g/personal/tom_verstraten_vub_be/EbA2LzptPXZCjvq6oSNpLtgBkc6xqkMLLqbEZJ4NAP_aEw?e=36H5zd
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Bram Vanderborghtseppe.terryn@vub.beMulti-cycle damage-healing testing of self-healing polymers used to manufacture healable soft robots
https://vub-my.sharepoint.com/:b:/g/personal/tom_verstraten_vub_be/EQuv2osPi5BApkm770kI_I0BbjsdmwkYo-ciQfZFJWrlUQ?e=Lboo8q
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Dirk Lefeber
joost.geeroms@vub.be; kevin.langlois@vub.be
A sensorized exoskeleton for improved motion intention recognition
https://vub-my.sharepoint.com/:b:/g/personal/tom_verstraten_vub_be/EWWF9TpIn59OqKjObkCQN58BRTWSemh5Z2USOJE2sPU1tg?e=ek49cc
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Dirk LefeberMarco.Rossini@vub.ac.bePowered Shoulder exoskeleton Assistive profiles
https://vub-my.sharepoint.com/:b:/g/personal/tom_verstraten_vub_be/EUXmyFc2r8lJsfDSqLLMJQgBdV7x7GEQ_-rAP150yeQ3yg?e=nb9vwc
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Tom Verstratenvducaste@vub.be; kevin.langlois@vub.beSensorized liner for Powered Prosthetics
https://vub-my.sharepoint.com/:b:/g/personal/tom_verstraten_vub_be/Ef-R8icsTJNOnRFG1QdFFVsBfvaQk5UXJ0j0KjTx4LQfaQ?e=J1sT0a
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Tom Verstratenvictor.grosu@vub.beHigh level hardware architecture for wearable exoskeletons
https://vub-my.sharepoint.com/:b:/g/personal/tom_verstraten_vub_be/EVMp_WMU6_9Gn9nZ823uu-4B63o8VtwbEwuNJRK7AKo3Kg?e=U5Xoxr
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Tom Verstratenvictor.grosu@vub.beUser oriented additive manufacturing for wearable robotic devices
https://vub-my.sharepoint.com/:b:/g/personal/tom_verstraten_vub_be/EU9qfAJxKbxNuUXZfoSA6WsB1NhiNsldEprqnyojZHTG2w?e=eOHgov
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Bram Vanderborghtyuri.durodie@vub.beSLAM for ground robot with UWB and odometry
https://vub-my.sharepoint.com/:b:/g/personal/tom_verstraten_vub_be/EaejGmxNkHRNo3HuQKHobGIBaASxkZRhFhlmzuuh6kMgtQ?e=an8HQr
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Arnaud Deraemaekerarnaud.deraemaeker@ulb.beStudy and development of technical solutions to protect artwork against excessive vibrations during transporthttps://www.dropbox.com/s/0hmql9cjnz059g0/Master%20thesis%20EM%20Deraemaeker.pdf?dl=0
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Aurélie Bellemansaurelie.bellemans@vub.beDevelopment of machine-learning methods for aerosols in engineering applications
https://vub-my.sharepoint.com/:b:/g/personal/aurelie_bellemans_vub_be/EQyLBXGajMZKgQszgRW8ViwBDw4_1toXBMhxi5W_mBgFKA?e=L1djZS
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Aurélie Bellemansaurelie.bellemans@vub.beMachine-learning prediction of flow properties for space vehicles during atmospheric reenty
https://vub-my.sharepoint.com/:b:/g/personal/aurelie_bellemans_vub_be/EaSPqTaFwNlLgZxlp-abuRcB23p1gUOVNgTIqaTnZE-wMg?e=YL0xV0
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Aurélie Bellemansaurelie.bellemans@vub.beReduction of large plasma-assisted combustion simulations using principal component analylsis and machine-learning techniques
https://vub-my.sharepoint.com/:b:/g/personal/aurelie_bellemans_vub_be/ESz6z0RNdqNCtHQPN7pLbGoB3PgiE5-iB3qzQsRBm2jFPA?e=8hx5hn
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Aurélie Bellemansaurelie.bellemans@vub.beChemistry classification methods for plasma-assisted combustion simulations
https://vub-my.sharepoint.com/:b:/g/personal/aurelie_bellemans_vub_be/EbLBE32Q5u5FmpsIOQVZkmwBM4J98sLbvV7kKHgRxzNGbw?e=FTeTXS
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Aurélie Bellemansaurelie.bellemans@vub.be; julien.blondeau@vub.beStudy of plasma-assisted biomass processes using 0D reactor simulations
https://vub-my.sharepoint.com/:b:/g/personal/aurelie_bellemans_vub_be/EbGIrPkHyN5Im8yU-xWxW1kBey1dYlTwzPZ1zoi4io7m6g?e=jfvs3c
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Aurélie Bellemansaurelie.bellemans@vub.be; tim.de.troyer@vub.be Data-driven analysis of the pressure field around a cylinder using wind tunnel data and CFD simulations
https://vub-my.sharepoint.com/:b:/g/personal/tim_de_troyer_vub_be/ET7RX2JpoAJFodiv9WLQp6wBqUHi8EeDzHaoQ4Zkr_X-vA?e=nV7q4i
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Svend Bramsvend.bram@vub.beExperimental and numerical investigation of leakage in a screw compressor
https://vub-my.sharepoint.com/:b:/g/personal/svend_bram_vub_be/ETMLL1GX9p1EhP4pY85v4q8BXZdv6LoYjQqHNGG2lVro7A?e=3bW5Sb
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Svend Bramsvend.bram@vub.beA novel single-pipe thermal grid for district heating and cooling: modelling and performance evaluation
https://vub-my.sharepoint.com/:w:/g/personal/svend_bram_vub_be/EcPDUwlr2_5EkLzNX7Sh-1QBq6zzKyppbS_Qga06TcM_uA?e=lWObNU
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Svend Bramsvend.bram@vub.beDesign of a smart substation for a thermal grid
https://vub-my.sharepoint.com/:w:/g/personal/svend_bram_vub_be/EcPDUwlr2_5EkLzNX7Sh-1QBq6zzKyppbS_Qga06TcM_uA?e=lWObNU
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Svend Bramsvend.bram@vub.beModelling of the VUB campus Etterbeek as an energy hub (EHUB)
https://vub-my.sharepoint.com/:w:/g/personal/svend_bram_vub_be/EcPDUwlr2_5EkLzNX7Sh-1QBq6zzKyppbS_Qga06TcM_uA?e=lWObNU
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Svend Bramsvend.bram@vub.beIntegrating uncertainty quantification (UQ) in a energy hub (EHUB) approach
https://vub-my.sharepoint.com/:w:/g/personal/svend_bram_vub_be/EcPDUwlr2_5EkLzNX7Sh-1QBq6zzKyppbS_Qga06TcM_uA?e=lWObNU
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Svend Bramsvend.bram@vub.beUsing uncertainty quantification (UQ) for the design and modelling of a heat pump
https://vub-my.sharepoint.com/:w:/g/personal/svend_bram_vub_be/EcPDUwlr2_5EkLzNX7Sh-1QBq6zzKyppbS_Qga06TcM_uA?e=lWObNU
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Axel Coussementaxel.coussement@ulb.beDesign of a tilt rotor, closed wing drone
https://www.dropbox.com/s/ecz3vus9pkxai1n/Design%20of%20a%20tilt%20rotor%20closed%20wing%20drone.pdf?dl=0
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Axel Coussement axel.coussement@ulb.beAnalysis of flame radiation using machine learning algorithm to develop reduced CFD models https://www.dropbox.com/s/ri5yvdhecnbv8cq/Radiation%20analysis%20.pdf?dl=0
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Axel Coussement axel.coussement@ulb.beNumerical modeling of propulsive nozzles for a hypersonic aircraft
https://www.dropbox.com/s/fnj9ydbckmd7kgg/Numerical%20modeling%20of%20propulsive%20nozzles%20for%20a%20hypersonic%20aircraft.pdf?dl=0
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Axel Coussement axel.coussement@ulb.beTechnico-economic analysis of micro gas turbines for applications as a range extender for electric vehicleshttps://www.dropbox.com/s/02u3ys5k7w4z2cn/micro-gas.pdf?dl=0
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Axel Coussement axel.coussement@ulb.beImplementation of simulation tools for automatic gearbox control !!!! WILL BE COUPLED WITH AN INTERNSHIP AT AW EUROPE !!!https://www.dropbox.com/s/r37lw5hzpl65nac/Topic%20description%20control%202020.pdf?dl=0
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Axel Coussement axel.coussement@ulb.beCFD pre design of a flameless pure hydorgen burner, for micro-turbine applicaions https://www.dropbox.com/s/cembj4b0y4awhaz/CFD-flameless.pdf?dl=0
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Axel Coussement axel.coussement@ulb.beNumerical studies of smoke stopper effectiveness in CFBT training containers - in collaboration with Brussels Fire Department https://www.dropbox.com/s/lwkmvzr2qrhnzwm/Smoke%20stop.pdf?dl=0
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Axel Coussement axel.coussement@ulb.beNumerical studies of fire dynamics in CFBT training containers - in collaboration with Brussels Fire Department https://www.dropbox.com/s/fm9beeaq5p5tlht/Containers.pdf?dl=0
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Axel Coussement axel.coussement@ulb.beNumerical studies of multi compartments fire training doll house - in collaboration with Brussels Fire Department https://www.dropbox.com/s/j2iclx97zrvz87b/doll%20house.pdf?dl=0
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Antoine Nonclercqanoncler@ulb.ac.be[Active implants] Design and implementation of a neurostimulation electrode
https://www.dropbox.com/s/rfwp10bo4eke65y/MFE%20-%20biomechatronics%20-%20%5BActive%20implants%5D%20Design%20and%20implementation%20of%20a%20neurostimulation%20electrode.pdf?dl=0
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Antoine Nonclercqanoncler@ulb.ac.be[Active implants] Design and implementation of an optical system to power implantable neurostimulators
https://www.dropbox.com/s/yerj26cagnsnadj/MFE%20-%20biomechatronics%20-%20%5BActive%20implants%5D%20Design%20and%20implementation%20of%20an%20optical%20system%20to%20power%20implantable%20neurostimulators.pdf?dl=0
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Antoine Nonclercqanoncler@ulb.ac.be[Active implants] Design and implementation of an ultrasonic powering system for implantable devices
https://www.dropbox.com/s/h56lvhvtmgo9tms/MFE%20-%20biomechatronics%20-%20%5BActive%20implants%5D%20Design%20and%20implementation%20of%20an%20ultrasonic%20powering%20system%20for%20implantable%20devices.pdf?dl=0
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Antoine Nonclercqanoncler@ulb.ac.be[Active implants] Design of an implantation of a setup for monitoring of key physiological parameters linked to satiety
https://www.dropbox.com/s/xeh9852miz1m7le/MFE%20-%20biomechatronics%20-%20%5BActive%20implants%5D%20Design%20of%20an%20implantation%20of%20a%20setup%20for%20monitoring%20of%20key%20physiological%20parameters%20linked%20to%20satiety.pdf?dl=0
85
Antoine Nonclercqanoncler@ulb.ac.be[Implantation tools] Design of an implantation tool for a minimally invasive gastrostimulator
https://www.dropbox.com/s/xyu294b0qb3p4ev/MFE%20-%20biomechatronics%20-%20%5BImplantation%20tools%5D%20Design%20of%20an%20implantation%20tool%20for%20a%20minimally%20invasive%20gastrostimulator.pdf?dl=0
86
Antoine Nonclercqanoncler@ulb.ac.be[Neuromodelling] Design of a nerve model to optimize neurostimulation treatment against epilepsy
https://www.dropbox.com/s/ov17fl9n7nd2jjv/MFE%20-%20biomechatronics%20-%20%5BNeuromodelling%5D%20Design%20of%20a%20nerve%20model%20to%20optimize%20neurostimulation%20treatment%20against%20epilepsy.pdf?dl=0
87
Antoine Nonclercqanoncler@ulb.ac.be[Neuroprocessing] A method to anticipate epileptic seizures at the Intensive Care Unit (ICU)
https://www.dropbox.com/s/5j58gxbkir7yq23/MFE%20-%20biomechatronics%20-%20%5BNeuroprocessing%5D%20A%20method%20to%20anticipate%20epileptic%20seizures%20at%20the%20Intensive%20Care%20Unit%20%28ICU%29.pdf?dl=0
88
Antoine Nonclercqanoncler@ulb.ac.be[Neuroprocessing] Assessing consciousness at the Intensive Care Unit (ICU)
https://www.dropbox.com/s/aczx398dwvokq64/MFE%20-%20biomechatronics%20-%20%5BNeuroprocessing%5D%20Assessing%20consciousness%20at%20the%20Intensive%20Care%20Unit%20%28ICU%29.pdf?dl=0
89
Antoine Nonclercqanoncler@ulb.ac.be[Neuroprocessing] Implementation and validation of a spike detection algorithm
https://www.dropbox.com/s/oc5gcc9ps3hi6hk/MFE%20-%20biomechatronics%20-%20%5BNeuroprocessing%5D%20Implementation%20and%20validation%20of%20a%20spike%20detection%20algorithm.pdf?dl=0
90
Antoine Nonclercqanoncler@ulb.ac.be[Neuroprocessing] Stereoelectroencephalography connectivity analysis to predict brain sites involved in seizure generation
https://www.dropbox.com/s/z31g50miznw41g0/MFE%20-%20biomechatronics%20-%20%5BNeuroprocessing%5D%20Stereoelectroencephalography%20connectivity%20analysis%20to%20predict%20brain%20sites%20involved%20in%20seizure%20generation.pdf?dl=0
91
Ghader Ghorbaniaslghader.ghorbaniasl@vub.beUncertainty quantification of aerodynamic and aeroacoustic performance of rudimentary landing gear componentshttps://www.dropbox.com/s/oguqnp5pok699rp/Proposal%20MSc_1%202021-2022.pdf?dl=0
92
Ghader Ghorbaniaslghader.ghorbaniasl@vub.beAeroacoustic and aerodynamic study of cactus-shaped cylindershttps://www.dropbox.com/s/mcf0pvn0avkupzf/Proposal%20MSc_2%202021-2022.pdf?dl=0
93
Ghader Ghorbaniaslghader.ghorbaniasl@vub.beUncertainty quantification in aeroacoustic of rudimentary airframe components: Noise generation by tandem of cylindershttps://www.dropbox.com/s/a8la1t0nvl3lxi1/Proposal%20MSc_3%202021-2022.pdf?dl=0
94
Maitane Berecibarmaitane.berecibar@vub.beDevelopment of solid-state batteries, needs and challenges
95
Maitane Berecibarmaitane.berecibar@vub.beSelf-Healing properties of next generation of Lithium Ion battery technology
96
Maitane Berecibarmaitane.berecibar@vub.beBattery Manufacturing: Digitalization, Sensorization and Autmoatization of the process
97
Maitane Berecibarmaitane.berecibar@vub.beEmbedded sensors on Lithium Ion battery cells
98
Maitane Berecibarmaitane.berecibar@vub.beSoX estimaion algorithms with the use of Machine Learning for an EV application
99
Maitane Berecibarmaitane.berecibar@vub.beBattery Themal Managemet Sysmem development for an EV application
100
Maitane Berecibarmaitane.berecibar@vub.beEfficient Cooling Sysmtem development for EV application