Responsibilities
- Implement core deep-learning, computer vision, and (inverse-)procedural modeling algorithms in Python. You will rely on mathematical techniques from linear algebra, probability, and geometry to build these systems.
- Apply cutting-edge research in machine learning and computer graphics to solve real-world problems.
- Work closely with our cofounders to understand high-level product vision and translate customer requirements into technical milestones.
- Interact with remote machines via a Unix shell to deploy and test code on large-scale geospatial datasets, ultimately generating 3D content for our customers.
- Use Git to manage source code and modularize complex implementation tasks into manageable, executable components.
Requirements
- Experience manipulating large 2D and 3D media datasets.
- Implementation of core deep-learning, computer vision, and (inverse-)procedural modeling algorithms in Python.
- Use of mathematical techniques from linear algebra, probability, and geometry.
- Experience applying cutting-edge research in machine learning and computer graphics.
- Ability to work closely with cofounders to understand product vision and translate customer requirements into technical milestones.
- Experience interacting with remote machines via a Unix shell for deployment and testing on large-scale geospatial datasets.
- Proficiency in using Git for source code management and modularization of complex systems.