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About Us
At Archetype AI, we’re building the world’s first physical AI platform to bring artificial intelligence into the real world. Our foundation model, Newton, understands the physical world through objective sensor data and generates real-time insights into complex physical behaviors, from industrial machinery and systems to wearable devices and smart environments.
Formed by a high-caliber team from Google and backed by one of Silicon Valley’s most renowned venture funds, Archetype AI is in a Series A phase and rapidly advancing its technology for the next big leap. This is a unique opportunity to join an exciting, fast-growing AI team based in the heart of Silicon Valley.
Role Overview
We are building the next generation of foundation models for real-world sensor data. Our goal is to develop AI systems that can learn rich representations of complex environments from diverse physical measurements, including vibration, temperature, electrical signals, gases, video, and other sensor modalities, and use those representations to understand and reason about the physical world.
We are looking for an AI Researcher to design, train, and interpret large-scale models that learn directly from raw sensor streams. This role combines deep learning research, large-scale experimentation, and hands-on system building, with the opportunity to shape core technology used across multiple real-world applications.
You will work on problems at the intersection of representation learning, multimodal learning, foundation models, and physical-world sensing.
Key Responsibilities
Design and train foundation models for sensor data, including multimodal architectures combining non-visual sensing modalities.
Develop new approaches for representation learning, multimodal alignment, and self-supervised learning from raw sensor streams.
Develop methods for adapting pretrained models to new datasets, sensing modalities, environments, and customer use cases, understanding and navigating trade-offs between data availability, model capacity, and performance.
Identify model limitations, diagnose failure modes, and design experiments that drive measurable improvements.
Collaborate closely with engineers and product teams to translate research advances into production systems.
Qualifications
8+ years of experience developing advanced ML/AI systems, with a focus on real-world sensor data.
Strong expertise in modern deep learning architectures, especially transformers, representation learning, and large-scale model training.
Strong research and experimentation skills, including designing and evaluating new approaches.
Excellent programming skills in Python, with deep learning frameworks such as PyTorch.
Ability to move quickly from idea → experiment → working prototype.
Comfortable working in a fast-paced, multidisciplinary environment with a distributed team.
Excellent written and verbal communication skills.
Preferred Qualifications
Familiarity with LLMs.
Experience with self-supervised or contrastive learning for large unlabeled datasets.
Experience with large-scale training infrastructure or distributed training frameworks.
Skills Required
- 8+ years of experience developing advanced ML or AI systems, focused on real-world sensor data
- Expertise in modern deep learning architectures, including transformers, representation learning, and large-scale model training
- Strong research and experimentation skills, including designing and evaluating new approaches
- Excellent programming skills in Python
- Experience with deep learning frameworks such as PyTorch
- Ability to rapidly develop experiments and working prototypes
- Ability to work in a fast-paced, multidisciplinary environment with a distributed team
- Excellent written and verbal communication skills
- Familiarity with LLMs
- Experience with self-supervised or contrastive learning for large unlabeled datasets
- Experience with large-scale training infrastructure or distributed training frameworks
What We Do
Archetype AI is a Physical AI company pioneering a new form of artificial intelligence capable of perceiving, understanding, and reasoning about the physical world, utilizing a multimodal AI foundation model that fuses real-time sensor data with natural language.
