Job Sdbgfmubh23iq7
Scenix
Application deadline
Mar 31, 2025
Job location
Job location
Scenix
New York, NY
Geocoding is still running and results will appear soon.
Source: legacy
Quick Information
Application Deadline
Mar 31, 2025
Start Date
Flexible
Education Required
See description
Experience Level
Not specified
Job location
Job location
Scenix
Job Description
robotic learning systems. That is, a world model that captures object geometry,
appearance, and dynamics with an eye toward facilitating robotic training and
evaluation. Existing AI systems can generate pixels, but often lack a robust
understanding of physics and object interactions. We’re on a mission to advance the
science of 3D generative models so they can handle the real-world complexity of how
objects look, move and interact.
SceniX was founded By William O'Farrell (SpeechWorks, Body Labs), Changxi Zheng
(Columbia professor), Yunzhu Li (Columbia professor) and Sonny Hu (Body Labs,
Amazon). They combine a unique background of serial entrepreneurship, computer
graphics, physical simulation, and robotics.
In-person role in New York preferred. Hybrid or remote considered.
Requirements
- PhD or Equivalent Experience: You hold a PhD in Robotics
- 3D Generative
- Models
- Simulation
- or related fields
- or bring comparable research experience.
- Physics-Based Simulation Expertise: You have deep experience with simulators
- (e.g.
- MuJoCo
- Isaac Sim
- and Drake).
- Generative Modeling: You can leverage state-of-the-art 3D generative models
- or
- develop new ones
- and have publications or projects to showcase this.
- Fast Iteration & Communication: You thrive on iterating quickly
- testing ideas
- and
- communicating the “whys” behind them to a cross-functional team.
- Publications a Plus: Demonstrated thought leadership in your field through
- conference/journal publications is a strong bonus.
Job location
Job location
Scenix
Location coordinates are not ready yet. Check back shortly.
New York, NY
We are still processing the location. Results typically appear within a few minutes.
Source: legacy
About Unknown Organization
Learn more about this opportunity with Unknown Organization.
Related Seminars
Rethinking Attention: Dynamic Prioritization
neuro
Decades of research on understanding the mechanisms of attentional selection have focused on identifying the units (representations) on which attention operates in order to guide prioritized sensory p
The Cognitive Roots of the Problem of Free Will
neuro
Memory Colloquium Lecture
neuro
How was this session?
Reactions, quick ratings, and optional notes help World Wide prioritise improvements and highlight standout seminars.