Professional Overview
AI/Computer Vision Engineer with a Master's in Embedded Systems Engineering. I specialize in Python, OpenCV, YOLO, TensorFlow and deep learning. I build practical computer vision solutions for detection, classification and real-time applications, with a focus on reliable and efficient AI systems.
Experience
AI Expertise
Skills
Employment Type
Description of Responsibilities
- Developed computer vision solutions for object detection and classification.
- Built real-time AI applications using Python, OpenCV, YOLO and deep learning.
- Trained and evaluated custom YOLO models on client-specific datasets.
- Integrated computer vision models with Arduino and embedded hardware.
- Delivered end-to-end AI prototypes based on client requirements.
Key Achievements / KPIs
- Achieved 99.1% mAP@50 on a custom YOLOv8 waste-sorting model.
- Developed a real-time face recognition access-control prototype.
- Built a gesture-controlled wheelchair using MediaPipe and embedded hardware.
- Delivered multiple AI/CV projects in detection and classification.
AI Expertise
Skills
Employment Type
Description of Responsibilities
- Developed computer vision solutions for object detection and classification.
- Built real-time AI applications using Python, OpenCV, YOLO and deep learning.
- Trained and evaluated custom YOLO models on client-specific datasets.
- Integrated computer vision models with Arduino and embedded hardware.
- Delivered end-to-end AI prototypes based on client requirements.
Key Achievements / KPIs
- Achieved 99.1% mAP@50 on a custom YOLOv8 waste-sorting model.
- Developed a real-time face recognition access-control prototype.
- Built a gesture-controlled wheelchair using MediaPipe and embedded hardware.
- Delivered multiple AI/CV projects in detection and classification.
Education
Field of Study: Embedded Systems Engineering
Areas of Expertise
AI & Machine Learning Engineers
Design, train, and ship production ML models — from data pipelines to model inference at scale. Covers supervised learning, neural networks, LLM integration, and model optimisation.
