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World-Class Facilities

Nils Hasselmo Hall

Translational NeuroTechnology Lab Core Facility

Over 1,000 sq. ft. of dedicated research space exclusively for the NeuroTrans Lab, designed for device prototyping, electrical testing, high-fidelity neural signal acquisition, stimulator and sensor development, and advanced computational modeling. A fully integrated innovation environment built for end-to-end neuromodulation research.

Non-Invasive Neuromodulation Laboratory (MnDRIVE Access)

A premier clinical neuromodulation suite featuring robotic neuronavigated TMS, rTMS, tDCS/tACS/tRNS, high-density EEG/EMG systems, and full protocol and data-collection support. NeuroTrans Lab researchers hold privileged access through MnDRIVE, enabling seamless translation from engineering to human studies.

MINCEP Level-4 Epilepsy Center

MINCEP Level-4 Epilepsy Center (Clinical Access)

One of the nation’s leading epilepsy programs, equipped with a 7-bed Epilepsy Monitoring Unit, continuous video-EEG, invasive and non-invasive electrophysiology, intracranial EEG, and surgical mapping capabilities. NeuroTrans Lab collaborates directly within this environment to drive clinically grounded innovations in devices and biomarkers.

Earl E. Bakken Medical Device Center (Engineering Access)

An 8,000 sq. ft. engineering powerhouse, in the Mayo Building, for medical device development, offering machining, electronics fabrication, rapid prototyping, and expert engineering support. NeuroTrans Lab leverages this center to rapidly design, refine, and build next-generation neuromodulation technologies.

Clinical and Translational Science Institute (CTSI Access)

A nationally recognized translational research powerhouse offering support for clinical trials, regulatory guidance (IND/IDE), IRB preparation, protocol development, cohort identification, and clinical research coordination. This integrated infrastructure allows us to accelerate the path from laboratory discovery to clinical deployment.

Minnesota Supercomputing Institute (HPC Access)

University-scale high-performance computing clusters with thousands of CPU cores, advanced GPUs, and petabyte-level storage, at the Walter Library. The NeuroTrans Lab utilizes these supercomputing resources for large-scale modeling, simulation, machine learning, and neural data analytics.

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