*ecc

scroll through some highlighted works!

towards

translating neural technology

2024 - ongoing

embedded systems/systems engineering

info

for motif neurotech, a startup developing a wirelessly powered neurostimulation implant for depression, to make technically complex systems understandable while preserving scientific accuracy.

towards

translating neural technology

2024 - ongoing

embedded systems

info

for motif neurotech, a startup developing a wirelessly powered neurostimulation implant for depression, to make technically complex systems understandable while preserving scientific accuracy.

towards

translating neural technology

2024 - ongoing

embedded systems/systems engineering

for motif neurotech, a startup developing a wirelessly powered neurostimulation implant for depression, to make technically complex systems understandable while preserving scientific accuracy.

towards

faster biosignal recordings

2025 (4 months)

embedded systems

info

a new communication protocol for battery-free bio-implants to rethink a common tradeoff between efficient power transfer and high data rate for miniaturized implantable devices.

towards

faster biosignal recordings

2025 (4 months)

embedded systems

info

a new communication protocol for battery-free bio-implants to rethink a common tradeoff between efficient power transfer and high data rate for miniaturized implantable devices.

towards

faster biosignal recordings

2025 (4 months)

embedded systems

a new communication protocol for battery-free bio-implants to rethink a common tradeoff between efficient power transfer and high data rate for miniaturized implantable devices.

towards

longer lasting pacemakers

2022-2023

embedded systems

info

rethinking cardiac pacing with a miniature, wirelessly powered cardiac pacemaker designed to eliminate implanted batteries and reduce complications while delivering reliable, precisely timed pacing

towards

longer lasting pacemakers

2022-2023

embedded systems

info

rethinking cardiac pacing with a miniature, wirelessly powered cardiac pacemaker designed to eliminate implanted batteries and reduce complications while delivering reliable, precisely timed pacing

towards

longer lasting pacemakers

2022-2023

embedded systems

rethinking cardiac pacing with a miniature, wirelessly powered cardiac pacemaker designed to eliminate implanted batteries and reduce complications while delivering reliable, precisely timed pacing

+ say hey! let's talk projects & collaborations :)
ellie.c.chen@gmail.com