Department

Principal Investigator

Research Project Title

Department of Bachelor Program in Semiconductor Materials and Fabrication

CHANG, CHUN-YU

Biodegradable polyurethanes for electronic component adhesives and muscle repair scaffolds applications

Department of Chemical Engineering

SU, CHIA-HUNG

Design and Activity of Artificial Leaf Structures: Synergy of Metal Catalysts Decorated on Van der Waals Heterostructures

Battery Research Center of Green Energy

YANG, CHUN-CHEN

Utilization Taylor Flow Reactor to synthesize Co-free and Ni-rich NMAO cathode material to increase energy density and reduce the raw material cost(2/3)

Department of Chemical Engineering

WU, YUNG-FU

Understanding the impact of lithium, oxygen concentrations and diverse synthesis temperatures on the structural changes in nickel-rich cathode materials: first-principles study-II

Department of Chemical Engineering

LU, YI-TING

Design criteria for non-aqueous metal-air batteries with high energy density and stability

Department of Chemical Engineering

SU, CHIA-HUNG

Innovative Microdroplet Electrochemical System for Commercial Applications in Catalysts and Corrosion-Resistant Materials

Department of Materials Engineering

CHEN, SHENG-CHI

Self-Assembled Molecular Design and Its Effects on Perovskite Interface Passivation, Carrier Dynamics, and Defect Suppression Behavior(1/3)

Department of Materials Engineering

TUNG, CHING-WEI

Dynamic Structure of Molecularly Tuned Iron Complexes for Ammonia Synthesis in Electrocatalytic Gas Diffusion Electrodes

Department of Materials Engineering

YIU, PAK-MAN

Main project: Investigation of thin film deposition processing parameters of high power impulse magnetron sputtering technique and its high-value applications, and Sub-project (I): Investigation of HiPIMS processing parameters on the fabrication of high entropy alloy carbide thin films(2/3)

Department of Materials Engineering

HUANG, YU-CHING

Development of Near-Infrared to Shortwave Infrared Organic Photodetectors and Mechanistic Study of Low-Bandgap Organic Thermally Generated Carriers

Department of Materials Engineering

YU, YANG-YEN

Research on the Application of Novel Ternary Copolymer Donor Materials in All-Polymer Solar Cells and All-Polymer Photodetector Devices with Low Energy Loss and High Thermal Stability

Department of Materials Engineering

HSIEH, CHIEN-KUO

Development of high-performance oxide thin films and performance study of their application in light-sensing nano core-shell hybrid structure devices

Department of Materials Engineering

LEE, JYH-WEI

Research on the mechanical and tribological behavior of Atomic layer deposited TiN contributing to applications in dental implant

Department of Materials Engineering

CHEN, CHIH-PIN

Optimization of Laser Induced 3D Graphene and Its Application for Portable Electrochemical Biosensors toward Alzheimer's Disease Biomarker II

Department of Materials Engineering

LIU, TING-YU

Dual-functional Exciton-Plasmon Coupled Enhanced Raman Scattering (PECERS) and electrochemical (EC) Biosensors for Cancer miRNA Diagnosis

Department of Materials Engineering

HUANG, CHI-HSIEN

Plasma induced vacancies in enhancing performance of electrochemical supercapacitors and the investigation of mechanisms (II and III)

Department of Materials Engineering

CHANG, CHI-LUNG

Research on the microstructure, mechanical, and drilling properties of superhard TiB2 thin films using novel power output mode of high-power impulse magnetron sputtering

Department of Materials Engineering

LU, JONG-HONG

The study on biocompatibility and environmentally assisted cracking of magnetron-sputtered Ag-doped plasma electrolytic oxidation coatings on magnesium and titanium alloys

Department of Materials Engineering

LAI, I-TING

Sunlight-responsive self-tunable layered double hydroxides-based electrodes for wastewater treatment-2

Department of Materials Engineering

CHEN, SHENG-CHI

Fundamental Optoelectronic Properties of Wide-Bandgap Perovskites and Infrared-Conjugated Organic Materials and Their Application in High-Efficiency Tandem Solar Cells

Department of Materials Engineering

LIN, MENG-FANG

Applications of multifunctional triboelectric nanogenerator

Department of Materials Engineering

TSENG, CHUAN-MING

The research and development of high entropy alloys and coatings applied in harsh environments(2/3)

Department of Materials Engineering

CHANG, CHI-LUNG

Research on the surface of ball grid array stamping mold for application on solder ball anti-stick coating treatment

Department of Materials Engineering

TSUNG-YU HUANG

Development of growth process for low dislocation density 8 inch SiC ingot

Department of Materials Engineering

LIU, TING-YU

Develop of Recyclable Porous Nanocomposites Electrochemical and Raman Enhancing Chips for Biomedical and Environmental Detection

Department of Materials Engineering

HUANG, YU-CHING

Development and Process Validation of an Automated Perovskite Solar Cell Manufacturing Platform

Department of Materials Engineering

LAI, I-TING

The development of underwaster in situ detection of electrocatalytic nitrate rduction

Department of Materials Engineering

CHUN, PI-JUAN

Device fabrication and integration by using low-k and high-heat dissipation films at back-end-of-line (BEOL) process for new-era semiconductor technology

Department of Materials Engineering

CHEN, SHENG-CHI

Process Evaluation of Perovskite Semiconductors and Applications in Photovoltaic

Department of Safety, Health and Environmental Engineering

KUAN, WEN-HUI

Wastewater-to-resource－Non-thermal plasma oxidative degradation of heavy metal chelate complexes with synergistic metal recovery

Department of Safety, Health and Environmental Engineering

HSU, CHIN-YU

Study on the Potential Relationships Between Primary and Secondary Brown Carbon and Particle-bound Polycyclic Aromatic Hydrocarbons and Their Derivatives in the Atmosphere

Department of Safety, Health and Environmental Engineering

LIU, ZHEN-SHU

Development of highly efficient and green hydrogen production technology: Catalytic gasification of waste plastics into clean hydrogen energy using the innovative two-stage microwave fluidized bed technology