Object-Oriented Programming (OOP), .NET Framework, C#, Python, Wpf

Vision Transformer (ViT), Redis, Tensorflow, Pytorch, Gcp, Docker, Opencv, FastAPI, Python, AWS, timm, SAM, Hugging Face Transformers, self-supervised pre-training, torchvision, BLIP, CLIP, contrastive learning, DINOv2, zero-shot adaptation, SigLIP, DETR

.NET Framework, C#, Microsoft Visual Studio, Python, Wpf, HDevelop, HALCON, Cognex VisionPro

Rust, C++, Cmake, Deep Learning, Yocto, Linux, Embedded Software Development, Computer Vision, Quantization Workflows, Media Pipelines, NPU SDKs, TensorRT, Buildroot, Bazel, TFLite, ONNX Runtime, OpenVINO, Camera Stacks

3d reconstruction , object detection , camera calibration , Image Processing, Machine Learning, C++, Cuda, Tensorflow, Computer Vision, Pytorch, Opencv, Python, Tracking, point cloud processing, recognition, pcl, scene understanding

stereo vision , camera calibration , C++, Software Architecture, Deep Learning, Tensorflow, API Design, Pytorch, Opencv, Image Processing, Python, Computer Vision, 3D Vision, ONNX, Embedded AI

C#, C++, AOI, Python, Optical Inspection equipment, Machine Vision

3d reconstruction , object detection , camera calibration , Image Processing, Machine Learning, C++, Cuda, Tensorflow, Pytorch, Opencv, Python, Tracking, point cloud processing, recognition, pcl, scene understanding, computer vision algorithms

Computer Vision, C++, Python, Embedded Software Development, Quantization, Build systems, TensorRT, Runtime constraints, Cross-compilation, TFLite, ONNX Runtime, Deep learning inference, Linux systems knowledge, OpenVINO, Edge runtimes toolchains, Optimizing inference for edge hardware, Deep learning models, Linux-based products