Vladimir C.
Computer Vision Engineer
About
Volodymyr is a seasoned Deep Learning & Computer Vision Engineer with deep expertise in Generative AI and media synthesis. In recent years, he has specialized in architecting complex systems from the ground up-ranging from developing Image-to-Video and Lipsync modules to deploying scalable services powered by Stable Diffusion. His background covers the entire ML product lifecycle, from initial R&D and model training in PyTorch to deep inference optimization using TensorRT and ONNX for real-time applications. Throughout his career, Volodymyr has successfully delivered high-impact, technologically sophisticated projects, including AI-driven content creation platforms, 3D head reconstruction systems, and real-time analytical solutions for sports broadcasting and fitness. He is highly proficient with the Diffusers library and has extensive experience with Image-to-Mesh pipelines and complex multi-object tracking. Beyond model development, he places a strong emphasis on infrastructure and MLOps (Docker, ClearML, DVC), ensuring the stability and reproducibility of experiments in production environments. His primary focus is striking the perfect balance between high-fidelity generation and system performance. Volodymyr excels at optimizing GPU memory consumption and accelerating neural networks, enabling the deployment of heavy models under high-load conditions or on edge devices without compromising quality.
Key Expertise
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Project Portfolio
Generative AI Video Platform (Lipsync & Video Generation)
Senior Deep Learning Research Engineer
Development of a large-scale generative AI video platform serving high-volume content creation, architecting image-to-video and video-to-video systems from scratch.
Image Generation Service based
Computer Vision Researcher
Built a scalable production image generation service based on Stable Diffusion capable of handling user-level traffic.
AI-Based Fitness Technique Correction App
Computer Vision Engineer
Developed a real-time fitness application that analyzes exercise technique using a camera. Users select an exercise, position the camera, and receive feedback on movement correctness.
Real-Time Football Match Perception System
Computer Vision Engineer
Led the end-to-end development of a real-time computer vision system for football match analytics, combining OCR, object detection, tracking, classification, and classical CV techniques into a unified production pipeline.
Smart Parking Detection System
Computer Vision Engineer
Designed a system that detects available parking spaces from live camera feeds.
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Computer Vision Engineer
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