• Discussed, planned and structured 5 Science experiences around the theme of roller coasters, destined to promote science studies and scientific openmindness to youngsters aged 8 to 10.
• Vulgarized and concretized complicated physical and chemical concepts such as intertia, pressure, combustions and state changes.
• Designed and executed testing, 3-year experiences adapted to manipulation and testing by youngsters .
• Designed Predictive maintenance system for electric shavers using 6-axis IMU sensing to detect early-stage failure.
• Data acquisition pipeline, collecting and processing multivariate time-series data using Python.
• FFT-based spectral analysis, K-Means clustering, Topological Data Analysis (TDA) and Decision Tree classification to extract discriminative vibration signatures.
• Demonstrated 90% classification accuracy (confusion matrix validation), assessed the feasibility of a sub-€2 embedded sensor solution supporting circular economy and product lifetime extension.
• Designed a full CAD model of a glenoid implant and performed finite-element analysis using Abaqus on CATIA-generated geometry. Implemented elastic–plastic UHMWPE material properties (E = 2100 MPa, v = 0.37) and applied 50–300 N quasi-static loading conditions to replicate physiological joint forces.
• Used additive manufacturing and ionizing-radiation to produce UHMWPE prototypes to improve wear resistance and reduce debris.
• Designed and executed a mechanical-testing protocol, instrumented the implant with strain gauges, and measured deformation using a camera-based tracking under controlled loading.
• Conducted a full literature review to map existing glenoid prosthesis designs and establish a technical state of the art.
• Designed and implemented a custom experimental protocol using electromagnetic tracking sensors (60 Hz).
• Performed 5 pointing trials on 6 subjects to quantify humerus–scapula rotational dynamics.
• Identified orientation error of 2.3°, evaluated limitations of EM tracking, proposing improvements using an optoelectronic motion-capture system.
• Designed a complete aircraft wheel braking system for a 685 kg aircraft. Maximum deceleration of 4 m/s². 125 mm maximum brake disc diameter.
• Developed and optimized the wheel hub architecture in CATIA. Preloaded tapered roller bearings, 30 mm shaft, 129.99 mm spacer, structural calculations and multi criteria analysis.
• Validated brake assembly: calculations and CAD. 125 mm cast-iron disc, 6 M5 bolts compliant using VDI 2230, brake pads capable of transmitting a 204 N·m braking torque per wheel.
• Upgraded a champagne corking machine from 800 to 1800 bottles/hour by redesigning its cam-driven compression mechanism.
• Designed and modeled a new cam profile in CATIA, achieving a 45 mm lift and reducing cork diameter from 31 mm to 16 mm before insertion.
• Validated the design using Excel calculations and CATIA CAD, verifying contact pressure (1103 MPa), non-detachment, non-interference (63.9 mm minimum curvature radius), and buckling resistance.
• Implemented and compared multiple AI pipelines (OpenCV, YOLO, LLMs) to extract engineering-relevant information from early-stage design sketches.
• Deployed a local open-source LLM with structured prompts and JSON outputs to analyze mixed text–image design data.
• Prepared and annotated an industrial dataset and performed exploratory fine-tuning to improve technical coherence of model outputs.
• Managed an inventory of approximately 45 tools used in a 42 m² production line.
• Optimized storage layout based on frequency of usage and location on the production line, improving retrieval efficiency.
• Designed 3D models of each 45 tool with 3D scanners.
• Cut 9 custom foam inserts with imprints of 3D-modeled tools
• Simulated a fully automated warehouse environment using object oriented programming including robots, conveyors and storage zones.
• Developed an adaptive A* algorithm to enable real-time pathfinding and collision avoidance in a constantly changing setting.
• Used Tkinter to create a graphical user interface for visualization and XML for data configuration and storage.
• Designed and built a life-size slide prototype to simulate electricity production.
• Used 3D modeling software to design and 3D print 12 prototype components
• Implemented a 12V-DC motor as a generator and conducted 25+ tests involving computer science, electronics, and energy science.
• Designed and analyzed automatic bar screens, including size, hydraulic and electrical parameters
• Contacted engineers at the wastewater treatment plant for technical insights.
• Learned by myself CSS and HTML languages on internet while also taking courses in my engineering school
• Designed and upgraded each day my website
• Made mistakes and spent hours and days debugging to synchronize the html and css files
• Learned how do domains and https protocol work, to post my portfolio online
• Still need to adapt the format to mobile users, very difficult to do it in css
