Neuromodulation via tDCS for Fatigue Resistance in Critical Environments
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Login for More InformationDevelop and evaluate a wearable electrode design for a neurostimulation system to augment astronaut health and performance during spaceflight. Ensure electrode sponges are fully saturated with saline, and that the device is adjustable for different users.
Project Overview
The primary objective is to fabricate and test an ergonomic headgear with saline saturated electrodes that can stimulate the frontal lobe in order to prevent fatigue in critical environments for periods of 60 minutes and longer.
Contact Information
Team Members
- Isabella Crane - Team Leader
- Sydney Franta - Communicator
- Kevin Zhang - BSAC
- Maggie LaRose - BWIG & BPAG
Advisor and Client
- Prof. Paul Campagnola - Advisor
- Prof. Ranjana Mehta - Client
Related Projects
- Spring 2025: Neuromodulation via tDCS for Fatigue Resistance in Critical Environments
- Fall 2024: Neuromodulation via tDCS for fatigue resistance in critical environments