The mission of the Neurotech Hub is to accelerate progress in neuroscience by providing cutting-edge technical services on demand, and seeking, testing, and deploying paradigm-shifting or bespoke technologies.

What we do

Electronics

  • 2-Layer flex circuit boards
  • Reflow & SMD assembly
  • Bench testing & characterization

3D Parts

  • Bio-compatible (≥25µm)
  • Wide-range of filaments
  • 3D design & consultation

Other

  • Laser & textile cutting
  • Specialized training
  • And more…

Let’s build something great.

Are you interested in creating a piece of equipment, implementing a new technology, or figuring out how to make your idea come to life? We can help.

Get involved

How do I start using the Neurotech Hub?

  1. Head to our Membership page and find a plan that fits and then Get in Touch. We can also work on an hourly basis or collaborate on grants.
  2. Request Training to get a tour of the Hub and familiarize yourself with our equipment and safety protocols. We will require a cost center to be on file at this point.
  3. Schedule your equipment so we know who, what, and when.

One of our goals is to engage with the community and provide scientific, technological, or professional resources. This has many forms: from building hardware to providing enriching training experiences.

Internships

Gain valuable volunteer, internship, or credit hours within an exciting, entrepreneurial workplace right here on campus!

Specialized training

Having problems soldering? Need a crash course in MATLAB? Don’t know how to make a 3D part? Let us help you (or your students).

Monthly newsletter

Subscribing to our newsletter is the best way to stay tuned: 12 emails a year, that’s it.

Newsletter Signup

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Our work

How to Measure Electrode Impedance on the Bench

How to Measure Electrode Impedance on the Bench

Impedance is the opposition to electrical current in a circuit, and in brain electrodes, it matters because high impedance can reduce signal quality, leading to poor detection of neural activity or inefficient stimulation delivery.