Geneva, Geneva, Switzerland · Hybrid
$45k–$55k/yr
<p>Neurosoft Bioelectronics is developing next-generation AI for decoding neural time series (high-density subdural ECoG LFPs). We seek an intern machine learning scientist with interest in sequence modelling, state-spac…
Skills: Machine learning, Sequence modelling, State-space methods, Self-supervised learning, Physics-informed machine learning
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You will design and benchmark advanced sequence architectures to decode neural time series and infer complex hand movements. The role involves developing large-scale pretraining pipelines and deploying optimized, low-latency inference models for real-time neural decoding.
Candidates must possess strong theoretical foundations in time-series modeling, dynamical systems, control theory, and Bayesian estimation. Proficiency in sequence models like LSTMs, SSMs, and Transformers, along with experience in contrastive learning and system identification, is required.
Neurosoft Bioelectronics is developing next-generation AI for decoding neural time series (high-density subdural ECoG LFPs). We seek an intern machine learning scientist with interest in sequence modelling, state-space methods, self-supervised learning, and/or physics-informed machine learning to build foundation models that infer dexterous finger movements and continuous high DoF upper extremity kinematics, initially from only few minutes of brain data. The role spans research into modern system identification, representation learning, and real-time deployment of low-latency inference pipelines.
We view neural decoding as a problem of system identification: learning latent state-space representations that increasingly approximate the underlying continuous dynamical system generating voluntary movement of a particular individual. Your role is about implementing, testing, and benchmarking the methods developed in collaboration with our academic partners.
Due to the novelty of this effort, this is a mandatory intake role across all seniority levels. At any point you take over an essential practice, tech stack, or reach an essential milestone, your compensation and authority will reflect that. Your role scope and growth are entirely metrics-driven and evaluated quarterly. This is a CSO-track role.
Soft Minimally Invasive Brain Computer Interfaces
At Neurosoft Bioelectronics, we strive at improving the care of patients who suffer from neurological disorders by developing soft implantable electrodes to interface with the nervous system. We have established a unique technology that allows to manufacture extremely compliant neural interfaces that can achieve long-term bio-integration in the body. These devices will improve therapeutic outcomes in patients as well as open up new applications for neural interfaces that were so far impossible.
Offices: Chemin des Mines 9, Geneva, CH
Soft Minimally Invasive Brain Computer Interfaces
At Neurosoft Bioelectronics, we strive at improving the care of patients who suffer from neurological disorders by developing soft implantable electrodes to interface with the nervous system. We have established a unique technology that allows to manufacture extremely compliant neural interfaces that can achieve long-term bio-integration in the body. These devices will improve therapeutic outcomes in patients as well as open up new applications for neural interfaces that were so far impossible.
Offices: Chemin des Mines 9, Geneva, CH
