Job description
In charge of integrating cutting-edge deep learning algorithms with robust, real-time software, and delivering safety-critical features for VTOL.
Responsibilities
- Develop state-of-the-art, online and offline state estimation and 3D perception algorithms by fusing information from cameras, IMUs and other sensors
- Design, validate and improve algorithms against simulated challenging real-world data sequences
- Design and develop automated data generation pipelines that create various types of high-quality, unbiased ground truth data for real-world perception problems
- Create robust sensor calibration systems that perform reliably in complex and unpredictable environments
Criteria
- Strong mathematical fundamentals including Linear Algebra, Vector calculus, Probabilistic theory, and Mathematical Optimization, along with relevant implementation experience.
- Ability to write production-level code in modern C++.
- Ability to quickly prototype and profile algorithms in Python is desired
- Background in core problems in computer vision and robotics, e.g., Bayesian estimation (e.g., MAP, MMSE, MLE), Classical or Neural Structure-from-Motion and 3D Reconstruction, SLAM, and Bundle Adjustment.
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We are seeking exceptional individuals who want to make a global impact. A high-performing team is built on culture - join ours.
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You can also send an email to our recruiter at solutions@faitcorp.com