People

Ph. D. 최창순 (Choi, Changsoon )

Contact

Email:pccs2004@hanyang.ac.kr
Office: 한양대학교 산학기술관 311호
(내선)번호: 02-2220-2739

Education & Career

한양대학교 바이오메디컬공학과 부교수

(2024. 3 - 현재)

동국대학교 융합에너지신소재공학과 조교수

(2020. 3 - 2024.2)

DGIST 융합연구원 선임연구원

(2017. 8 - 2020. 2)

한양대학교 생체공학과 공학박사

(2014. 3 - 2017. 2)

부산대학교 나노소재공학과 학/석사 연계과정

(2024. 3 - 2012. 2)

Education & Career

한양대학교 바이오메디컬공학과 부교수 (2024. 3 - 현재)
동국대학교 융합에너지신소재공학과 조교수 (2020. 3 - 2024.2)
DGIST 융합연구원 선임연구원 (2017. 8 - 2020. 2)
한양대학교 생체공학과 공학박사 (2017. 2)
부산대학교 나노소재공학과 학/석사 연계과정 (2012. 2)

Awards

우수논문 발표상 (2025, 정보통신설비학회), 우수논문상 (2023, 전기전자재료학회)
우수논문 발표상 (2023, 센서학회), 우수논문 발표상 (2022, 대한금속 재료학회)
Best teaching prof. 공학부문 (2021, 동국대학교)
19년 기관 최우수 학술상 표창 (2019, DGIST)
대통령 포스닥 펠로우십 선정 (2017, 교육부)
연구실적 우수자상 (2017, 한양대학교), 글로벌 박사 펠로우십 선정 (2014, 한국연구재단)

Selected Recent Papers (from 2019)

Google Scholar : scholar.google.com/citations?user=qI_KjWIAAAAJ&hl=en
(교신) Structurally Aligned Multifunctional neural Probe (SAMP) using forest‐drawn CNT sheet onto thermally drawn polymer fiber for long‐term in vivo operation, Advanced Materials (2024).
(교신) Soft and elastic hygroelectric fiber for wearable human monitoring textiles, Advanced Functional Materials (2024).
(교신) Pore-Controlled Carbon Nanotube Sheet Anodes for Proton/Anion-Exchange Membrane Water Electrolyzers, Chemical Engineering Journal, (2024).
(교신) Hierarchical mesh-type oxygen electrode using carbon nanotube, Chemical Engineering Journal, (2024).
(교신) Synergistic effect of microscopic buckle and macroscopic coil for self-powered organ motion sensor, Nano Energy, (2024).
(교신) Hierarchically-plied, mechano-electrochemical energy harvesting using a scalable kinematic sensing textile woven from a graphene-coated commercial cotton yarn, Nano Letters (2023).
(교신) Electro-mechanical stability, electro-chemical energy storage, and mechano-electrochemical energy harvesting characteristics of carbon nanotube buckle, Composite part B: engineering, (2023).
(교신) ‪Micro-buckled mechano-electrochemical harvesting fiber for self-powered strain sensors and energy harvesters, Nano Letters (2022).
(교신) ‪High-power hydro-actuators fabricated from biomimetic carbon nanotube coiled yarns with fast electrothermal recovery, Nano Letters (2022).
(교신) Twist-Stabilized, Coiled Carbon Nanotube Yarns with Enhanced Capacitance, ACS Nano, (2022).
(교신) Hierarchically porous, biaxially woven carbon nanotube sheet arrays for next-generation anionexchange membrane water electrolyzers, Journal of Materials Chemistry A, (2022).
(교신) DNA-inspired, highly packed supercoil battery for ultra-high stretchability and capacity, Nano Energy (2021).
(교신) Extremely flexible and mechanically durable planar supercapacitors: High energy density and low-cost power source for E-skin electronics, Nano Energy (2020).
(교신) Highly twisted supercoils for superelastic multi-functional fibres, Nature Communications, (2019).
(교신) Self-Powered Pressure- and Vibration-Sensitive Tactile Sensors for Learning Technique-Based Neural Finger Skin, Nano Letters, (2019).