Computer Vision Engineer
RISE Innovations Ltd.
Develops AI systems for autonomous devices and industrial analysis, processing real-time video streams (20 FPS, ~30 ms latency) and integrating Computer Vision and LLM/VLM models for decision-making. Production-ready solutions use microservice architecture and scalable infrastructure.
Oct 2025 — Apr 2026Built and deployed a real-time drone CV/LLM system, achieving ~20 FPS, ~30 ms latency, and up to 92% recall.
• Designed and implemented a CV + LLM/VLM drone autonomy system for real-time decision-making. Built video processing for two cameras with OpenCV, FFmpeg, GStreamer, and RTSP; translated natural-language instructions into trajectories using Qwen and GPT-4; integrated OpenVINS for navigation and dynamic route correction. Built a low-latency video pipeline and adaptive planning based on CV data.
Freelance Computer Vision / ML Engineer
Freelance
Apr 2026 — Jun 2026Delivered solar-panel defect analysis and energy-generation forecasting; reported >90% accuracy, R2 = 0.945, and 50% less image-processing time.
• Built a YOLOv11 system to segment solar-panel defects (dust, snow, and damage), achieving >90% accuracy.
• Collected and annotated a dataset of 100+ images and applied augmentation to improve model quality and robustness.
• Calculated power losses based on defect area, enabling quantitative assessment of panel efficiency.
• Classified panel condition as Normal, Maintenance, or Critical to support operational decisions.
• Visualized results by overlaying defect annotations, power losses, and status on images.
• Automated the end-to-end image-analysis pipeline, reducing processing time by 50%.
Product Data Analyst (Growth / Marketing Analytics)
Yuzhny Polevod
Agricultural technology company. The resume describes an initiative to optimize its YouTube channel, increasing organic traffic by 50% in six months without additional resources.
Sep 2023 — Jul 2025Analyzed YouTube audience behavior and optimized posting times, contributing to 50% organic-traffic growth in six months.
• Analyzed the YouTube channel without being assigned the task, identifying opportunities to grow traffic.
• Collected and processed likes, comments, and watch-time data using Python, pandas, and scikit-learn to structure behavioral metrics.
• Built visualizations with matplotlib and seaborn to identify audience-activity patterns.
• Identified optimal publishing times by day of the week and month, contributing to 50% organic-traffic growth over six months.