Customized Transcranial Electrical Stimulation (TES) Device Design -- 2
Budget: €1,500 – €3,000 EUR
I am looking for a talented and experienced electronic hardware engineer who can design a Transcranial Electrical Stimulation (TES) device. This device is intended to enhance cognitive function. Please keep in mind that the project is similar to the Neuromyst device (see https://neuromyst.com/shop/).
Key Requirements:
- Adjustable Intensity Levels: The device should allow users to adjust the stimulation intensity based on their preferences or needs.
- Pre-Programmed Stimulation Modes: I need the device to come with pre-set stimulation modes for different cognitive enhancements.
- Real-Time Monitoring and Feedback: It should have real-time monitoring capabilities to ensure the stimulation is working correctly.
- Flexible Stimulation Modes: The device should support multiple modes including DC, AC, AC with custom waveforms.
- Connectivity: The device should be capable of wireless communication for connected features and Bluetooth for connecting to a mobile app.
Power Source:
- USB Rechargeable: The device should be powered by a USB rechargeable battery, providing users with hassle-free charging options.
Skills and Experience:
- Experience in designing TES devices or similar neurostimulation products.
- Proficient in hardware design and development, including adjustable intensity controls, pre-programmed modes, and real-time monitoring.
- Familiarity with wireless communication protocols.
- Prior work with mobile app integration via Bluetooth is a plus.
Key Requirements:
- Adjustable Intensity Levels: The device should allow users to adjust the stimulation intensity based on their preferences or needs.
- Pre-Programmed Stimulation Modes: I need the device to come with pre-set stimulation modes for different cognitive enhancements.
- Real-Time Monitoring and Feedback: It should have real-time monitoring capabilities to ensure the stimulation is working correctly.
- Flexible Stimulation Modes: The device should support multiple modes including DC, AC, AC with custom waveforms.
- Connectivity: The device should be capable of wireless communication for connected features and Bluetooth for connecting to a mobile app.
Power Source:
- USB Rechargeable: The device should be powered by a USB rechargeable battery, providing users with hassle-free charging options.
Skills and Experience:
- Experience in designing TES devices or similar neurostimulation products.
- Proficient in hardware design and development, including adjustable intensity controls, pre-programmed modes, and real-time monitoring.
- Familiarity with wireless communication protocols.
- Prior work with mobile app integration via Bluetooth is a plus.