Embedded AI Engineer
VTEC Lasers & Sensors
Assistive-exoskeleton ML, followed by UAV perception workstream leadership. Data pipelines, real-time deployment, sensor integration and hardware verification.
I’m Walid, a Computer Vision and Embedded AI Engineer. I build end-to-end AI systems, from data processing and model development to deployment and optimisation, using efficient models designed for low-latency inference on real hardware.

Connecting models to the physical world.
I care about what happens after training: the sensor input, compute limits, timing, controller response, and the evidence that it all works together. My background connects computer vision and signal processing with hands-on embedded engineering.
Real projects. Practical constraints.
Lessons from the complete pipeline.
Try real YOLO detection.
Then ask a question about Eindhoven.
Use your webcam, upload an image, or try my portrait. Images are processed on your device.
Choose an input to load the detector.
PRETRAINED MODEL · 80 OBJECT CLASSESLoading YOLO model…
First use downloads the model (about 13 MB). Speed varies by device. This is a pretrained YOLO demo, not my custom UAV model.
Model source ↗Explore Eindhoven, one question at a time.
“Young people” means ages 15–24. Rankings use shares, not estimated headcounts. Small or unreported populations are excluded by default.
From automotive embedded systems
to AI in the physical world.
Industry work and hands-on internships.
Assistive-exoskeleton ML, followed by UAV perception workstream leadership. Data pipelines, real-time deployment, sensor integration and hardware verification.
Initial intention-detection prototypes using IMU and EMG data, preprocessing and feasibility evaluation for embedded inference.
Designed an automated parking prototype with Arduino, weight sensors and position sensors. Developed an OpenCV coin-detection component and 3D mechanical models for prototype validation.
Used OBD-II diagnostics and CAN-bus analysis to investigate vehicle electronic systems. Assisted with sensor calibration, integration and validation.
The academic foundation behind my engineering work.
A technical foundation connecting image analysis, signal processing and machine learning.
Practical experience, grouped by purpose.
No invented proficiency scores.
Deepening my understanding of vision transformers, 3D perception and cloud MLOps. My current expertise is strongest in applied vision and embedded deployment.
Explore answers grounded in my experience.
CURATED PORTFOLIO Q&A · NO GENERATIVE AI
Hiking, fresh air and good company.
My work connects models with sensors and hardware. At VTEC, I developed real-time UAV detection and tracking on Jetson, and movement-intention inference for an assistive exoskeleton on Raspberry Pi. I take part in the entire loop: data, training, deployment, integration and validation.
Looking for a Computer Vision, Machine Learning
or Embedded AI Engineer? Let’s start a conversation.