Unconventionalinc
AI Theory
Mountain View, CA I US Remote. Posted 11 months ago
The role
As a Member of Technical Staff, you will drive invention, prototyping, and validation of core components for a novel computing platform. Your work will span theoretical modeling, algorithm development, hardware/software co-design, or experimental validation.
What you will do
- Drive invention, prototyping, and validation of core components of a novel computing platform
- Perform theoretical modeling and simulation
- Develop algorithms
- Perform hardware/software co-design
- Conduct experimental validation in collaboration with team members
- Navigate deep uncertainty to help chart the technical roadmap
Required qualifications
- Exceptional technical ability in a quantitative field such as Physics, Computer Science, Electrical Engineering, Applied Math, or a related discipline
- Demonstrated history of tackling complex, ambiguous R&D problems
- Core competences in the analysis of nonlinear dynamical systems (ODEs, PDEs, SDEs)
- Ability to leverage analytic insights to build practical tools like metrics, algorithmic optimizations, and automated analyses
- Strong command of Python
- Expertise with numeric computing and visualization libraries such as numpy, scipy, and matplotlib
- Familiarity with dynamics-based ML model architectures such as diffusion models and energy-based models
- General experience with ML model training flows
Nice to have
- MS/PhD or equivalent research/project experience
- Experience with computer algebra libraries such as sympy
- Experience with high-level ML model frameworks such as PyTorch and JAX
- Cross-disciplinary expertise with hardware or AI/ML algorithms
- Excellent ability to translate complex technical concepts for diverse teams
Benefits
- Best-in-class health benefits
- 401k matching
- Truly unlimited PTO
- Complimentary meals in our Palo Alto office
About the company
Unconventional is rethinking computing from the ground up to build a new foundation for AI that is 1000x more efficient by exploiting the rich physics of semiconductors.