Faculty

Institution

Unit

Venue

Shadi Dayeh

Professor

University of California, San Diego

Affiliations

Jacobs School of Engineering

Electrical & Computer Engineering

Shadi Dayeh is currently serving as an Electrical & Computer Engineering Professor at University of California, San Diego.

Honors

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Experiences

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Education

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Shadi Dayeh

University of California, San Diego

Professor

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materials science nanotechnology optoelectronics applied physics nanomaterials biomedical engineering electrical engineering electronics nanoengineering solid-state electronics semiconductor nanostructures electronic materials nanowires semiconductor technology microelectronics semiconductor devices nanometrology materials engineering nanoscale science advanced materials surface nanotechnology semiconductor device fabrication nanomechanics nanostructure synthesis aluminum gallium nitride charge carrier transport material chemistry nanobiotechnology charge transport gan power device nanoparticle research epitaxial growth interface science condensed matter mechanical science inas nanowires health technology advanced functional materials brain imaging electrochemical interfaces silicon nanowires advanced energy material membrane science metal nanoparticles polymer technology organic electronics surface nanoengineering additive manufacturing composite science nanoscale chemistry brain stimulation nickel silicide ultrafast carrier dynamics stem cell research energy storage materials surface modification electronic engineering medical technology brain mapping haptic technologies sensor technology advanced energy technology nanotribology electrode-electrolyte interfaces surface states inas nanowire growth transport properties human cortical surface microscale physiological events microneedle arrays electrochemical safety limits high internal gain electrochemical lithiation strain engineering epitaxial stabilization nanowire arrays neuroscience bioelectronics precision engineering device design neural engineering

Notable Scholarly Works

Notable Federal Grants

Collaborators

The Conformal, High‐Density Spinewrap Microelectrode Array for Focal Stimulation and Selective Muscle Recruitment. Advanced Functional Materials (2025)

Samantha M. RussmanRhea Montgomery‐WalshRitwik VatsyayanHoi Sang ULuis D. Diaz‐AguilarEric Y. ChangQingbo TangKeundong LeeTony L. YakshSharona Ben‐HaimJoseph CiacciShadi A. Dayeh

stimulation devicemuscle functionfocal stimulationbiomimetic actuatorsselective muscle recruitmentadvanced functional materialsbiomedical imagingbioelectronicsmechanobiologybiomedical engineeringbiomechanical engineeringbone researchmicro-electromechanical systemsvascular biologymicrofabricationneural tissue engineeringbiomolecular engineeringmicrofluidicsbiological engineeringspinal cord

A 0.00179 MM 2 /Ch Chopper-Stabilized Tdma Neural Recording System With Dynamic Eov Cancellation and Predictive Mixed-Signal Impedance Boosting. IEEE Transactions on Biomedical Circuits and Systems (2024)

Nader Sherif Kassem FathyRitwik VatsyayanAndrew M. BourhisShadi A. DayehPatrick P. Mercier

biomedical informaticssystems engineeringbioelectronicsvlsi technologybiomedical technologiesneural engineeringbiomedical engineeringdigital signal processingmedical electronicshealth technologyelectronicswearable technologysignal processingelectrical engineeringdynamic eov cancellation

A 2.5-20Ksps In-Pixel Direct Digitization Front-End for Ecog With In-Stimulation Recording. 2022 IEEE Custom Integrated Circuits Conference (CICC) (2024)

Aditi JainEric FoglemanPaul BotrosRitwik VatsyayanCorentin PochetAndrew BourhisZhaoyi LiuSuhas ChethanHanh-Phuc LeIan GaltonShadi DayehDrew A. Hall

brain stimulationsystems engineeringengineeringdigitizationintermittently connected devicein-stimulation recordinginstrumentationubiquitous computingdigital signal processingeeg signal processingadvanced display technologysignal processingelectrical engineeringdeep learning

A 2.5–20 Ks/S In-Pixel Direct Digitization Ecog Front End With Submillisecond Stimulation Artifact Recovery. IEEE Journal of Solid-State Circuits (2024)

Aditi JainEric FoglemanPaul BotrosRitwik VatsyayanAsish KoruproluCorentin PochetAndrew BourhisZhaoyi LiuSuhas ChethanHanh-Phuc LeIan GaltonShadi A. DayehDrew A. Hall

circuit simulationdigitizationmicroelectronicssolid-state electronicscomputer engineeringdigital signal processingelectronicselectrical engineering

An Electroencephalogram Microdisplay to Visualize Neuronal Activity on the Brain Surface. Science Translational Medicine (2024)

Youngbin TchoeTianhai WuHoi Sang UDavid M. RothDongwoo KimJihwan LeeDaniel R. ClearyPatricia PizarroKaren J. TonsfeldtKeundong LeePo Chun ChenAndrew M. BourhisIan GaltonBrian CoughlinJimmy C. YangAngelique C. PaulkEric HalgrenSydney S. CashShadi A. Dayeh

translational medicinebrain imagingelectrophysiologyneurosciencebrain surfaceelectroencephalogram microdisplayneuronal activityneuroimaging

Conductive Block Copolymer Elastomers and Psychophysical Thresholding for Accurate Haptic Effects. Science Robotics (2024)

Rachel BlauAbdulhameed AbdalNicholas RootAlexander X. ChenTarek RafeediRobert RamjiYi QieTaewoo KimAnthony NavarroJason ChinLaura L. BecerraSamuel J. EdmundsSamantha M. RussmanShadi A. DayehDavid P. FenningRomke RouwDarren J. Lipomi

polymer technologyblock co-polymerspsychophysical thresholdingadvanced materialssoft roboticsroboticsorganic electronicsoptoelectronicsmaterials sciencepolymer sciencemechanical engineeringhaptic technologies

Flexible, Scalable, High Channel Count Stereo-Electrode for Recording in the Human Brain. Nature Communications (2024)

Keundong LeeAngelique C. PaulkYun Goo RoDaniel R. ClearyKaren J. TonsfeldtYoav KfirJohn S. PezarisYoungbin TchoeJihwan LeeAndrew M. BourhisRitwik VatsyayanJoel R. MartinSamantha M. RussmanJimmy C. YangAmy BaohanR. Mark RichardsonZiv M. WilliamsShelley I. FriedU. Hoi SangAhmed M. RaslanSharona Ben-HaimEric HalgrenSydney S. CashShadi. A. Dayeh

brain mappingbiomedical imagingbrain imagingstereoscopic processingneural engineeringneurosciencestereo imagingmedical electronicsneuroimaginghuman brain

Graphene-Polymer Nanofibers Enable Optically Induced Electrical Maturation in Stem Cell-Derived Cardiomyocytes and Brain Organoids. bioRxiv (Cold Spring Harbor Laboratory) (2024)

Erin LaMontagneGisselle GonzalezRitwik VatsyayanBlanca Martin-BurgosFrancesca PuppoDiogo BiagiFabio PapesShadi A. DayehAlysson R. MuotriAdam J. Engler

stem cellsgraphene-polymer nanofibersgraphenebiomedical engineeringbrain organoidsstem cell-derived cardiomyocytes

Low-Power Fully Integrated 256-Channel Nanowire Electrode-On-Chip Neural Interface for Intracellular Electrophysiology. IEEE Transactions on Biomedical Circuits and Systems (2024)

Jun WangRen LiuYoungbin TchoeAlessio Paolo BuccinoAkshay PaulDeborah PreAgnieszka D’Antonio-ChronowskaFrazer A. KellyAnne G. BangChul KimShadi DayehGert Cauwenberghs

nanoelectronicsneural interfacesbioelectronicsnanowireselectrophysiologyneuroscienceneural engineeringbiomedical engineeringmedical electronicsintracellular electrophysiologyelectrical engineering

Modular Phoneme Processing in Human Superior Temporal Gyrus. bioRxiv (Cold Spring Harbor Laboratory) (2024)

Daniel R. ClearyYoungbin TchoeAndrew BourhisCharles W. DickeyBrittany StedelinMehran GanjiSang Hoen LeeJihwan LeeDominic A. SilerErik C. BrownBurke Q. RosenErik KaestnerJimmy C. YangDaniel J. SoperSeunggu Jude HanAngelique C. PaulkSydney S. CashAhmed M. T. RaslanShadi A. DayehEric Halgren

systems neurosciencelinguisticsbrain organizationneurosciencespeech processingbiologyphoneticsneurolinguisticscomputational neurosciencemodular phoneme processingneuroanatomycognitive neuroscience

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Shadi Dayeh

Professor

University of California, San Diego

Affiliations

Jacobs School of Engineering

Electrical & Computer Engineering

Shadi Dayeh is currently serving as an Electrical & Computer Engineering Professor at University of California, San Diego.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Shadi Dayeh

University of California, San Diego

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

The Conformal, High‐Density Spinewrap Microelectrode Array for Focal Stimulation and Selective Muscle Recruitment. Advanced Functional Materials (2025)

Samantha M. RussmanRhea Montgomery‐WalshRitwik VatsyayanHoi Sang ULuis D. Diaz‐AguilarEric Y. ChangQingbo TangKeundong LeeTony L. YakshSharona Ben‐HaimJoseph CiacciShadi A. Dayeh

Nader Sherif Kassem FathyRitwik VatsyayanAndrew M. BourhisShadi A. DayehPatrick P. Mercier

A 2.5-20Ksps In-Pixel Direct Digitization Front-End for Ecog With In-Stimulation Recording. 2022 IEEE Custom Integrated Circuits Conference (CICC) (2024)

Aditi JainEric FoglemanPaul BotrosRitwik VatsyayanCorentin PochetAndrew BourhisZhaoyi LiuSuhas ChethanHanh-Phuc LeIan GaltonShadi DayehDrew A. Hall

A 2.5–20 Ks/S In-Pixel Direct Digitization Ecog Front End With Submillisecond Stimulation Artifact Recovery. IEEE Journal of Solid-State Circuits (2024)

Aditi JainEric FoglemanPaul BotrosRitwik VatsyayanAsish KoruproluCorentin PochetAndrew BourhisZhaoyi LiuSuhas ChethanHanh-Phuc LeIan GaltonShadi A. DayehDrew A. Hall

circuit simulationdigitizationmicroelectronicssolid-state electronicscomputer engineeringdigital signal processingelectronicselectrical engineering

An Electroencephalogram Microdisplay to Visualize Neuronal Activity on the Brain Surface. Science Translational Medicine (2024)

translational medicinebrain imagingelectrophysiologyneurosciencebrain surfaceelectroencephalogram microdisplayneuronal activityneuroimaging

Conductive Block Copolymer Elastomers and Psychophysical Thresholding for Accurate Haptic Effects. Science Robotics (2024)

Flexible, Scalable, High Channel Count Stereo-Electrode for Recording in the Human Brain. Nature Communications (2024)

brain mappingbiomedical imagingbrain imagingstereoscopic processingneural engineeringneurosciencestereo imagingmedical electronicsneuroimaginghuman brain

Graphene-Polymer Nanofibers Enable Optically Induced Electrical Maturation in Stem Cell-Derived Cardiomyocytes and Brain Organoids. bioRxiv (Cold Spring Harbor Laboratory) (2024)

Erin LaMontagneGisselle GonzalezRitwik VatsyayanBlanca Martin-BurgosFrancesca PuppoDiogo BiagiFabio PapesShadi A. DayehAlysson R. MuotriAdam J. Engler

stem cellsgraphene-polymer nanofibersgraphenebiomedical engineeringbrain organoidsstem cell-derived cardiomyocytes

Low-Power Fully Integrated 256-Channel Nanowire Electrode-On-Chip Neural Interface for Intracellular Electrophysiology. IEEE Transactions on Biomedical Circuits and Systems (2024)

Jun WangRen LiuYoungbin TchoeAlessio Paolo BuccinoAkshay PaulDeborah PreAgnieszka D’Antonio-ChronowskaFrazer A. KellyAnne G. BangChul KimShadi DayehGert Cauwenberghs

nanoelectronicsneural interfacesbioelectronicsnanowireselectrophysiologyneuroscienceneural engineeringbiomedical engineeringmedical electronicsintracellular electrophysiologyelectrical engineering

Modular Phoneme Processing in Human Superior Temporal Gyrus. bioRxiv (Cold Spring Harbor Laboratory) (2024)

systems neurosciencelinguisticsbrain organizationneurosciencespeech processingbiologyphoneticsneurolinguisticscomputational neurosciencemodular phoneme processingneuroanatomycognitive neuroscience

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