Shape computer vision for Planitar’s iGUIDE technology in hybrid Waterloo, Ontario, combining photogrammetry, SLAM, and 3D reconstruction.

This Algorithm Developer will create capabilities for the Planix capture system, transforming raw sensor data into reliable spatial outputs. The work covers photospheres, point clouds, meshes, sensor alignment, and processing optimization. You will collaborate with system engineering, embedded firmware, visualization design, and draft operation teams from concept through iteration.

Key Responsibilities:
Develop and deploy computer vision reconstruction algorithms
Align RGB cameras, depth sensors, GPS, and IMU inputs
Process raw data through photon-to-mesh pipelines
Convert prototypes into robust core APIs
Refine accuracy,



reliability, and processing efficiency

Requirements:
Three-plus years in algorithm development, testing, and deployment
Computer science, mathematics, physics, or engineering degree
Knowledge of spatial transformations and numerical optimization
Experience with photogrammetry, SLAM, filtering, alignment, and meshing
Advanced C++ and Python with OpenCV, Open3D, or PyTorch

Bring computer vision, photogrammetry, and sensor-processing expertise to improve Planitar’s accurate spatial data products.

📌 Computer Vision 3d Reconstruction Engineer London (Canada)
🏢 Planitar
📍 Canada