Noïa Labs is an early-stage neurotechnology company building the next generation of human-AI interfaces.
We are working on one of the most ambitious problems in human-AI interaction: creating a more natural way for people to control, guide, and collaborate with AI systems by relying directly on brain activity. Our approach combines optimized non-invasive neural sensors with large-scale AI models trained across many users to decode human intent from brain signals, without surgery.
Noïa Labs was founded by the team behind NextMind (acquired by Snap) and is backed by tier-1 investors. We are at the beginning of the journey and are building a team of outstanding engineers and scientists where each person can have a major impact on the product and technology.
Role summaryWe are seeking a talented BCI Scientist to lead the neural decoding efforts behind our non-invasive neural interface. You will work on identifying the brain-state markers that are stable, generalizable, and decodable at scale, and turning neuroscience insight into practical ML-ready approaches.
This is a hands-on scientific role at the intersection of neuroscience and machine learning: you will design experiments, analyze neural and behavioral data, and own the decoding validation pipeline. The role spans experimental design, signal analysis, decoding metrics, user studies, and collaboration with ML and product teams.
In this role, you will:Develop machine learning models for decoding neural and physiological time-series
Design experiments, benchmarks, and ablations to evaluate performance, robustness, latency, and generalisation.
Study how models adapt across users, sessions, tasks, sensors, and contexts
Work with data-collection teams to define labels, tasks, and annotation protocols for training-ready neural data
Collaborate with ML engineers to turn promising methods into reliable training and inference workflows
5+ years of experience in ML, computational neuroscience, or a related field.
Experience building ML or deep-learning models for time-series data
Experience with neural or physiological signals such as EEG, MEG, ECoG, EMG, ECG, eye tracking, PPG, or related modalities
Strong experience with Python and modern ML frameworks such as PyTorch, JAX, or TensorFlow
Strong understanding of signal processing, statistics, model evaluation, and experimental design
Experience with personalization, domain adaptation, transfer learning, few-shot learning, or online adaptation
Experience with real-time inference, edge deployment, or low-latency ML systems
Experience with MNE, Braindecode, scikit-learn, NumPy/SciPy, or similar tools
Experience with transformers, self-supervised learning, representation learning, foundation models, or multimodal models for neural or sensor data
Experience translating research into products or deployed systems
Experience working in a fast-moving startup or research-to-product environment
In case of any doubts or questions, please contact - [email protected]
Skills Required
- 5+ years of experience in ML, computational neuroscience, or a related field
- Experience building ML or deep-learning models for time-series data
- Experience with neural or physiological signals such as EEG, MEG, ECoG, EMG, ECG, eye tracking, PPG, or related modalities
- Strong experience with Python and modern ML frameworks such as PyTorch, JAX, or TensorFlow
- Strong understanding of signal processing, statistics, model evaluation, and experimental design
- Experience with personalization, domain adaptation, transfer learning, few-shot learning, or online adaptation
- Experience with real-time inference, edge deployment, or low-latency ML systems
- Experience with MNE, Braindecode, scikit-learn, NumPy/SciPy, or similar tools
- Experience with transformers, self-supervised learning, representation learning, foundation models, or multimodal models for neural or sensor data
- Experience translating research into products or deployed systems
- Experience working in a fast-moving startup or research-to-product environment
What We Do
Noïa Labs is an early-stage neurotechnology company developing non-invasive brain-computer interfaces for human–AI interaction. Its platform aims to decode human intent directly from brain signals in real time, enabling people to control and collaborate with AI systems without surgery. The company combines optimized neural sensors with large-scale machine-learning models trained across users, integrating neuroscience, hardware, and frontier AI for practical everyday use.
