The University of Pittsburgh is a world-leading institution in brain-machine interfaces, and our lab is based at the newly opened Mercy Pavilion, housing researchers and clinicians across the fields of ophthalmology, motor and somatosensory rehabilitation, and hearing. Our lab has strong clinical and industry partnerships, facilitating both basic and translational scientific research. More information about the lab can be found here: https://ophthalmology.pitt.edu/people/xing-chen-phd

The Chen lab seeks an outstanding research technician who is a highly productive and driven team-player. Our lab studies how vision arises through a combination of input via the eyes, with imagination and expectation within the brain. We use electrophysiological recording and microstimulation in non-human primates to understand visual processing in everyday life- including during waking, dreaming, and hallucinating- and during electrical stimulation of the visual pathway to induce perception following blindness. Crucially, we use chronically implanted neuroprostheses comprised of >1000 electrodes to observe and modulate population-wide neuronal activity with high spatial and temporal resolution in vivo.

Performs a variety of laboratory experiments and procedures. Prepares specimens. Oversees supply management. Operates and properly maintains equipment.

Performs a variety of laboratory experiments and procedures. Prepares specimens. Oversees supply management. Operates and properly maintains equipment.

The University of Pittsburgh, Department of Ophthalmology, is searching for a Research Technician II.

Key responsibilities: Working with non-human primates and performing scientific research. The incumbent will be responsible for tasks related to the execution and analysis of labresearch. Tasks could include, but are not limited to, performing laboratory procedures, developing materials, managing data collection, data input, evaluation and analysis, writing reports and articles, giving presentations, and participating in the design and planning of tasks and experiments.

The ideal candidate would have a degree in a related field (e.g. neuroscience, bioengineering, medicine) at the Bachelors or Masters level. Experience working with animals and electrophysiological techniques is preferred, although all necessary training will be provided. Programming experience (e.g. in Matlab, Python, and/or C ) and a track record of publication are a plus. Strong communication, project management and interpersonal skills are essential.