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Daeun Sung
Daeun Sung
LinkedIn | sde4597@berkeley.edu
Extensive interest and expertise in BioMEMS, electrochemistry, and material science
Have turned innovative concepts into successful device-level demonstrations.
Research Interest
Research Interest
Epidermal/Implantable devices (BioMEMS)
Closed-loop biomedical devices with biosensing, actuation (drug delivery, electrical stimulation, ...), and energy harvesting function
Education
Education
Master of Science in Bioengineering (Korea University)
Overall GPA: 4.43/4.5, Major GPA: 4.45/4.5
Thesis: "Development of an electro-colorimetric sensor platform"
Bachelor of Engineering in Biomedical Engineering (Korea University)
Overall GPA: 4.05/4.5, Major GPA: 4.25/4.5
Research Position
Research Position
Lawrence Berkeley National Laboratory (LBNL) (2025.08 — Present)
University of California, Berkeley (2025.08 — Present)
Korea Institute of Science and Technology (KIST) (2024.09 — 2025.04)
Global Healthtech Research Institute (2023.09 — 2025.04)
Research Highlight
Research Highlight
First author publications on epidermal wearable sensors, 3D printing, and biomaterials (bioresorbable materials)
Electro-colorimetric (EC) sensor platform
Electro-colorimetric (EC) sensor platform
"Electrophoretic digital colorimetry integrated with electrochemical sweat sensor" (Published, Science Advances)
Patent: "RGB Sensor-Based Multi-Sample Absorbance Analysis System"
Microfludics-subsidized SERS/colorimeric dual sensor
Microfludics-subsidized SERS/colorimeric dual sensor
"Quantitative analysis of sweat creatinine using surface enhanced raman spectroscopy" (Under revision, npj Flexible Electronics)
Globalization: demonstrated to distinguish the life cycle of Schistosoma and facilitate spatial mapping of them (Tanzania)
Patent 1:"A colorimetric sensor comprising microfluidic channels for surface enhanced raman scattering analysis"
Patent 2: "Surface enhanced raman scattering analysis method using internal standards"
Patent 3: "Microfluidic channel capable of surface-enhanced raman scattering analysis using reference material and device including the same"
3D-printed biodegradable "amphiphobic" polymer
3D-printed biodegradable "amphiphobic" polymer
"Amphiphobic encapsulation for biodegradable electronics" (Published, International Journal of Bioprinting)
Globalization: presented at international conference (Gordon Research Conference (GRC), Switzerland) and international co-symposium (National Cheng Kung University (NCKU), Taiwan)
Summary of Globalization
Summary of Globalization
Research exchanges with global medical schools (National Cheng Kung University, Taiwan), research institutes (National Cheng Kung Univeristy, Taiwan; Catholic University of Health and Allied Sciences Cantens, Tanzania; UC Berkeley, United States), and academic societies (GRC, Switzerland; BMES, United States; BSAC, United States)
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