M

Machine Learning Research Engineer

MBN Solutions • United State
Relocation
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AI Summary

Join a world-class AI research team to develop a new class of foundation models that learn directly from physical systems. Work alongside researchers and engineers to build large-scale multimodal foundation models from scratch. Contribute to the core research agenda and shape the future of AI.

Key Highlights
Develop a new class of foundation models that learn directly from physical systems
Build large-scale multimodal foundation models from scratch
Contribute to the core research agenda and shape the future of AI
Key Responsibilities
Train large-scale foundation models from scratch
Design and implement novel model architectures and training approaches
Build distributed training infrastructure across hundreds of GPUs
Develop petabyte-scale multimodal data pipelines
Design evaluation frameworks and analyse experimental results
Collaborate closely with researchers to rapidly iterate on new ideas
Technical Skills Required
Machine Learning Distributed Training PyTorch
Benefits & Perks
Relocation Support Available
On-site Work Option
Opportunity to work with a highly funded early-stage company
Nice to Have
Large Language Models
Computer Vision
Robotics
Sensor Fusion
Physics-informed Machine Learning
Scientific AI
Multimodal Learning

Job Description


Machine Learning Research Engineer

San Francisco, CA | On-site | Relocation Support Available


What if the next breakthrough in AI isn't a bigger language model?

One of the world's most ambitious AI research teams believes we've been asking the wrong question.

Instead of building larger language models, they're developing a completely new class of foundation model capable of understanding cause and effect—AI that can predict what will happen next and determine the actions required to change the outcome.

Their starting point isn't text.It's the physical world.

Using one of the largest collections of real-world observational data available, this team is building large-scale foundation models that learn directly from physical systems, with the long-term goal of advancing a new generation of general intelligence.If you're motivated by solving problems that don't yet have published answers, and want to help shape a research direction rather than optimise an existing one, this is an exceptional opportunity.


The Posiiton.


You'll work alongside a small team of world-class researchers and engineers building large-scale multimodal foundation models from the ground up.This is a hands-on research engineering position spanning the entire machine learning stack, from data infrastructure and distributed training through to model architecture, evaluation, experimentation and production research systems. You'll be expected to challenge assumptions, move quickly, and contribute directly to the core research agenda.


What You'll Be Doing

  • Train large-scale foundation models from scratch.
  • Design and implement novel model architectures and training approaches.
  • Build distributed training infrastructure across hundreds of GPUs.
  • Develop petabyte-scale multimodal data pipelines.
  • Design evaluation frameworks and analyse experimental results.
  • Collaborate closely with researchers to rapidly iterate on new
  • ideas.Contribute across modelling, infrastructure, experimentation and systems engineering.


We're Looking For

  • You'll likely bring experience in several of the following:Training large-scale foundation models rather than simply fine-tuning existing ones.
  • Distributed training using PyTorch, FSDP or similar frameworks.
  • Building large-scale ML infrastructure and data pipelines.
  • Strong machine learning fundamentals.


Experience in one or more of:

  • Large Language Models
  • Computer Vision
  • Robotics
  • Sensor Fusion
  • Physics-informed Machine Learning
  • Scientific AI
  • Multimodal Learning
  • Comfortable working across research and engineering.


The Environment

This is not a large corporate research lab.

You'll join a highly funded early-stage company with fewer than 15 people today, scaling rapidly over the next year.

The team is intentionally small, highly collaborative and deeply technical.

Everyone writes code.

Everyone contributes to research.

Everyone is expected to move quickly.

The role is based five days a week in San Francisco, with relocation support available.


Why This Opportunity?

Most AI companies are trying to scale today's models.

This team is attempting to build the next paradigm.

If you're excited by frontier research, enjoy solving problems that don't yet have established solutions, and want to work with a small group tackling one of AI's hardest challenges, we'd love to hear from you.


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