Senior Computer Vision & Edge AI Engineer

• Expert-level PyTorch: CNN / transformer vision architectures, training, evaluation and rigorous ONNX export (zero train/serve skew).
• One-class / unsupervised anomaly detection: PatchCore, EfficientAD, PaDiM, student–teacher, normalizing flows, and their real failure modes (reference-set contamination, threshold calibration with few or no defective samples, synthetic defects via cut-paste / DRAEM, over-rejection, drift).
• Supervised defect segmentation and detection (encoder–decoder, DETR-family): training, acceptance criteria and imbalanced datasets.
• Methodological rigor: AUROC / AUPRO alongside plant-level metrics (escape rate, false-reject rate) and regression validation against recorded data.
• Expert-level modern C++ (C++17/20) for real-time vision pipelines, in addition to expert Python.
• High-performance systems design: native pipeline/orchestrator coordinating capture, pre-processing, inference and post-processing while keeping data in memory and avoiding unnecessary copies and hops.
• Hard latency budgets: determinism, watchdogs and graceful degradation.
• Linux, Docker, Git and CI as the natural working environment.
• Solid CUDA: execution model, streams, CUDA Graphs, memory management (pinned, unified, pre-allocation), writing and debugging custom kernels.
• GPU libraries: cuBLAS, NPP, CV-CUDA, Thrust or equivalents for accelerated image pre-processing and scoring.
• TensorRT in production: engine building, mixed FP16 / INT8 precision with custom quantization calibration, precision-degradation diagnosis and dynamic batching.
• Triton Inference Server in production.
• Profiling with Nsight Systems / Nsight Compute; p99 latency characterization per stage and finding the real bottleneck before optimizing.
• Model versioning and registry (MLflow or equivalent), reproducibility and dataset curation (CVAT).
• Traceability: able to demonstrate which model, data and version produced a given result.
• Models in production: monitoring, drift detection and a retraining / rollback policy.

• Custom TensorRT plugins.
• Industrial cameras — GigE Vision (ideally Basler pylon); optics, lighting and photometric calibration (flat-field).
• Anomalib (advanced use or upstream contributions).
• Manufacturing / quality context (automotive or another regulated industry); ISA-95 and IEC 62443.
• Public cloud and cloud MLOps (ideally Azure: IoT Edge, ML).
• Publications, talks or open source in vision / anomaly detection.

• Formarás parte de un gran equipo de profesionales con inquietud y motivación por el desarrollo y la programación y participaras en nuevos y punteros proyectos para la compañia.
• Trabajarás a jornada completa con un horario flexible bajo un modelo de trabajo 100% remoto.
• 22 días de vacaciones + 2 de asuntos propios.
• Formación por parte de la empresa para que puedas seguir desarrollándote y promocionar dentro del plan de carrera que existe para ti.
• Podrás asistir a eventos y conferencias relevantes del sector.
• Contrato indefinido.
• Estabilidad y buen clima laboral.
• Salario Competitivo.
• Acceso a ventajas del grupo de empresa
• Retribución flexible y más beneficios

Senior engineer with full, end-to-end technical ownership of the vision core of an industrial visual inspection product built on the NVIDIA platform. Combines deep expertise in unsupervised anomaly detection and defect segmentation with production-grade GPU inference optimization and complete model lifecycle management. Also able to design and lead the evolution of the pipeline orchestration toward a high-performance native C++ core, delivering real-time decisions on the factory floor.