Conduct applied research and design innovative algorithms in geometric computer vision and vision-centric foundation models for industrial robotics
Job Summary
Conduct applied research and design innovative algorithms in geometric computer vision and vision-centric foundation models for industrial robotics.
Define processes and develop approaches in Deep Learning that mitigate hallucinations, improve accuracy, and gauge sim-to-real transfer of models.
Work with Research partners and cross-disciplinary engineering teams to ideate new approaches and architectures to bring state-of-the-art foundation models to real-world industrial applications.
Matching Summary
Conduct applied research and design innovative algorithms in geometric computer vision and vision-centric foundation models for industrial robotics.
Skills & Requirements
Must-have
geometric computer vision
image/video/vision-centric foundation models
deep learning algorithms
Python programming
robotics hardware or simulation
Nice-to-have
product mindset
willingness to learn
tangible impact
publications in relevant conferences
Key Requirements
Master’s or PhD degree
3 years of experience in robotics software development or research
Proficiency programming in Python
Knowledge of robotics perception or manipulation algorithms
Experience working with robot hardware or simulation environments