Neuroscientist

Our client is developing advanced interfaces at the intersection of neuroscience and intelligent systems. Their work focuses on building high-fidelity models of whole-brain function to deepen our understanding of cognition, behaviour, and biological computation. They operate where neuroengineering, AI, and systems design converge — creating technologies that tightly link sensory processing, neural computation, and behaviour. A key long‑term ambition is to enable data‑driven alternatives to traditional animal testing by producing accurate predictive models of neural activity, while contributing to a future where advances in AI improve human insight and agency.

The Role

We are partnering with our client to identify a Neuroscientist with hands‑on expertise in in vivo electrophysiology and implantable neural recording systems. This individual will play a critical role in shaping and executing the experimental foundation that supports the client’s development of interpretable, brain‑inspired technologies. This is a highly cross‑disciplinary position at the interface of experimental neuroscience, engineering, and computational modelling.

Key Responsibilities

• Lead in vivo electrophysiological studies using chronic and/or acute multi‑channel implants
• Develop and optimise protocols for neural recording, stimulation, and behavioural coupling
• Validate new implant designs and refine surgical workflows alongside engineering teams
• Record, curate, and analyse electrophysiological data across multiple brain regions
• Collaborate with hardware engineers on neural probe, headstage, and implant design
• Integrate new sensors, amplifiers, and stimulation modules into experimental setups
• Manage recording rigs, acquisition software, and associated data pipelines

Data Analysis & Interpretation

• Process large‑scale datasets using Python, MATLAB, or related analytical frameworks
• Implement spike sorting, LFP analyses, and time–frequency signal processing
• Work closely with computational neuroscientists to model and interpret neural activity
• Partner with AI, embedded systems, and hardware teams to connect biological data with computational architectures
• Support automation of experiments and behavioural monitoring
• Contribute to strategic research design discussions, influencing both scientific and engineering roadmaps

Candidate Profile

The ideal candidate is a hands‑on experimentalist with strong analytical skills, comfortable working across wet‑lab and computational environments. They should be motivated by high‑impact, long‑term scientific challenges and thrive in cross‑functional teams.

You will bring:

• Extensive experience with in vivo electrophysiology
• Strong problem‑solving instincts and experimental rigour
• A collaborative mindset and an interest in bridging neuroscience with technology development
• Commitment to reproducibility, documentation, and scientific integrity

Requirements

• PhD (or comparable experience) in Neuroscience, Neurophysiology, Biomedical Engineering, or related field
• At least 1–2 years of hands‑on experience with electrophysiological recordings in animal models
• Proficiency with neural acquisition systems (e.g., Intan, Open Ephys, Neuropixels, Plexon)
• Practical experience in signal processing, spike sorting, and time‑series analysis
• Strong Python, MATLAB, or equivalent technical skills
• Familiarity with stereotaxic surgery, chronic implants, or neural stimulation systems
• Solid grounding in neuroanatomy and experimental design

Preferred Experience

• Prior work developing or adapting neural recording hardware
• Exposure to optogenetics, calcium imaging, or multimodal neurotech
• Experience in research environments spanning both experimentation and computation
• Publications or open‑source projects in systems neuroscience or neurophysiology

Seniority Level Mid‑Senior level

Employment type Full‑time

Job function Research