Senior computer vision researcher

Following selection criteria will be followed -5-15 YOE Worked on at least 1 Computer vision problem statement in the past 5 years Have built, trained and deployed models on production before Comfortable with WFO in Bangalore or Noida Happy to read research papers day in day out and train on terabytes of image data on big H100 clusters preferably tier-1 college ( IISc, IITs, NITs, BITS and others) About Us Site Recon is a B2 B Saa S platform transforming property measurements for landscapers and snow removal contractors in the $176 B US market. Using advanced AI on high-resolution aerial imagery, we’ve reduced measurement time from 1 week to 1 day, aiming for 1 hour with upcoming AI advancements. Role Overview We seek a skilled engineer to evaluate, enhance and/or transform our computer vision infrastructure from traditional CNN architectures to cutting-edge transformer-based models. This role demands expertise in model design, training, and optimization. You’ll have access to: A vast aerial imagery database (7 cm GSD) of 500,000+ properties across the U. S. since 2021. A team of 60 annotators mapping thousands of acres daily. A ready market of 350+ customers for immediate deployment. Powerful compute resources for rapid model training. This is a frontier challenge in computer vision and GIS. While solutions like Meta’s SAM offer basic raster segmentation, they lack the precision for creating high-fidelity, topologically consistent vectors essential for practical GIS applications. SAM struggles with occlusions (e.g., shadows, tree canopies) and produces "blobs" rather than architect-quality outputs. Our approach focuses on solving a constrained problem: using the world’s highest-resolution aerial imagery (7 cm) over U. S. urban areas with logical, repeatable patterns. By tackling this focused challenge, we aim to develop scalable templates to generalize automated extraction for broader GIS applications, similar to Waymo’s strategy in self-driving technology. Key Responsibilities Design and implement transformer-based architecture for semantic segmentation of aerial imagery Develop efficient image-to-token and token-to-image conversion pipelines Create and maintain training datasets, including data cleaning, augmentation, and validation Optimize model training processes for distributed computing environments Implement efficient inference pipelines for production deployment Collaborate with engineering team to integrate new models into existing infrastructure Required Technical Skills Strong foundation in computer vision and deep learning fundamentals Extensive experience training transformer models from scratch Expert-level proficiency in Py Torch Experience with ONNX or Tensor RT model optimization and deployment Deep understanding of distributed computing and parallel processing Advanced Python knowledge, including multi-threading and multi-processing optimization Experience with semantic segmentation tasks Proven track record of handling large-scale data processing Required Experience 5+ years of hands-on deep learning experience Track record of successfully deploying computer vision models in production Experience with vision transformer architectures Experience optimizing models for production using ONNX/Tensor RT Background in handling high-resolution satellite/aerial imagery preferred Masters/Ph D in Computer Science, Machine Learning, or related field preferred Desired Qualities Strong mathematical foundation in deep learning concepts Experience with model architecture design and optimization Proven ability to conduct independent research and stay current with latest developments Excellence in technical documentation and communication Self-motivated with a passion for solving complex technical challenges What Sets You Apart Experience with vision transformers specifically for segmentation tasks Published research or contributions to open-source computer vision projects Experience with high-performance computing environments Background in geospatial data processing Hands-on experience with model quantization and optimization using ONNX/Tensor RT Experience deploying optimized models in production environments Why This Role Matters Every day without improved segmentation costs us real business opportunities. We need someone who moves fast, thinks systematically, and delivers production-ready improvements quickly.