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An AI-based agriculture technology firm is seeking a Senior Computer Vision & ML Engineer to lead the development of image analysis models remotely from Mumbai. The role emphasizes model development for agricultural applications, requiring expertise in Python and various ML frameworks. Candidates should have experience in AI/ML, Computer Vision, or Geospatial Analytics, ideally within an agricultural context. This position includes collaborative research opportunities and the design of innovative machine learning solutions.
Hiring Computer Vision & ML Engineer - Remote from Mumbai India
Client Company Introduction:
An AI-based agriculture technology firm headquartered in Canada.
We’re seeking a Senior Computer Vision & ML Engineer to lead the development of next‑generation models for agricultural imagery analysis. You’ll own the end‑to‑end lifecycle from dataset design and deep learning model development to scalable inference and autonomous agent integration. This is a high‑impact role where research meets production, blending computer vision, MLOps, and agricultural domain knowledge into intelligent, deployable solutions.
Design and train object detection, segmentation, and classification models for aerial drone imagery (YOLO, GRIT, Mask R‑CNN, GNNs).
Build models for crop health assessment, weed detection, off‑type/volunteer identification, and yield estimation using multispectral datasets.
Apply spectral normalization, tiling, and augmentation for diverse agricultural conditions.
Build and optimize orthomosaic pipelines using GDAL, OpenCV, and rasterio.
Implement coordinate alignment, geotagging, and crop‑level spatial statistics.
Integrate drone imagery with field boundaries, weather, and soil datasets.
Develop and orchestrate multi‑agent systems for agricultural decision support (e.g., Crop Doctor, Spray Planner, Compliance Checker).
Integrate LLMs and vector databases for contextual crop advisory and autonomous intervention planning.
Collaborate with product and data teams to automate inference and generate actionable insights.
Containerize and deploy models using Docker, FastAPI, and cloud services (AWS/GCP/Azure).
Implement inference APIs, model versioning, and automated retraining pipelines.
Ensure scalability, low‑latency inference, and cost optimization across environments.
Publish internal performance benchmarks and model evaluation reports.
Collaborate on research papers and whitepapers in agri‑AI, UAV, and geospatial analytics.
Support visualization dashboards (e.g., orthomosaic overlays, density maps, and predictive analytics).