Jui-Yuan Chen

Title: Assistant Professor& Chair of department

Expertise: transmission electron microscope, microstructure analysis, nanoscience, novel memory, nano and semiconductor device design

Office phone: 037-382241

E-mail: juiyuanchen@nuu.edu.tw

Fax machine: 037-382247

Education: PhD, Department of Materials Science and Engineering, National Chiao Tung University

Expertise:

1. Transmission electron microscope, microstructure analysis, nanoscience, novel memories, and nano and semiconductor component design.

Main research directions:

1. Prospective and novel memory; synthesis, application, and characteristics of metal oxide nanowire; study on the design and development of liquid observational test pieces and microscopic image analysis; and use of transmission electron microscopes to study the structure and reactive behaviors of nanomaterials.

Research projects:

1. Prospective study on the design, application, and storage behaviors of innovative materials in resistant memory components.

Academic background: Bachelor’s degree, Department of Materials Science and Engineering, National Chiao Tung University (2006–2010)

Chi-Shiung Hsi

Title: Professor

Expertise: thick film electronic materials, low-temperature co-fired ceramics, structural ceramic materials, ceramic powder system, glass ceramic materials, microelectronics assembly

Office Tel: 037-382240

Email: chsi@nuu.edu.tw

Fax machine: 037-382247

Education: PhD in Ceramic Engineering, Clemson University, South Carolina, USA (1993)

Expertise:

1. Multilayered electronic ceramics (low temperature co-fired ceramic techniques) Thick film techniques are used to create green tape, electric circuits and components are printed on it, and the tape is laminated with a hot water balancer. The laminated green tape then undergoes cutting, degreasing, sintering, and surface circuit production to create multilayered electronic ceramic modules.
2. Glass ceramics The purpose of this study is to explore the characteristics of glass ceramic materials containing iron oxide. Because of the presence of iron oxide particles, these glass ceramics are magnetic, and the magnetism is related to the location of the iron ions.

Academic background: Doctorate of Ceramic Engineering, Clemson University, South Carolina, USA, 1993.

Hsi-wen Yang

Title: Professor

Expertise: Special purpose glass and optical fiber, thin film engineering, magnetic materials, ceramic engineering, nanotechnology

Office Tel: 037-382237

E-mail: hwyang@nuu.edu.tw

Fax machine: 037-382247

Education: PhD, National Cheng Kung University, Institute of Mining, Metallurgy and Materials (1993)

Expertise:

1. Special-purpose glass and optical fibers, thin film engineering, magnetic materials, ceramic engineering, and nanotechnology.

Research project:

1. Advanced Technology of Glasses and the Properties and Structural Analysis Technology Application Service for Industry in Taiwan

Academic background: Doctorate of Metallurgy & Materials Engineering, National Cheng Kung University (1988/09–1993/06)

Ping-Yu Shih

Title: Professor

Specialty: Glass Material

Office phone: (none)

E-mail: (none)

Fax machine: (none)

Education: PhD, Department of Materials Science and Engineering, National Tsinghua University

Expertise:

1. Low-molten glass materials
2. Ultraviolet penetrative glass materials
3. Fabrication and application of waste glass

Academic background: Doctorate of Materials Science and Engineering, National Tsing Hua University

Huey-Jiuan Lin

Title: Professor

Expertise: material process simulation, flow and heat transfer analysis, steel metallurgy, metal casting, thin film process

Office Tel: 037-382242

Email: hjlin@nuu.edu.tw

Fax machine: 037-382247

Education: PhD, National Cheng Kung University, Institute of Mining, Metallurgy and Materials Science (1988)

Expertise:

1. Sheet glass overflow and fusion process techniques and modeling
2. Glass fiber drawing process techniques and modeling
3. Nanoimprinting and microimprinting process modeling
4. Microdroplet injection process techniques and modeling
5. Glass molding process techniques and material development
6. Thermoelectric thin film production and characteristics study
7. Titanium dioxide (TiO2) thin film production and characteristics study
8. Carbon nanotube production and characteristics study

Academic background: Doctorate of Metallurgy & Materials Engineering, National Cheng Kung University

Jiann Shieh

Title: Professor

Expertise: Plasma Nanofabrication, Resistive Memory, Gas Sensing, Hard Coating, Semiconductor Process

Office Tel: 037-382244

Email: jshieh@nuu.edu.tw

Fax machine: 037-382247

Education: Ph.D., Department of Materials Science and Engineering, National Cheng Kung University (2002)

Expertise:

1. Plasma nanomanufacturing, resistive memory, gas sensing, hard coating, and semiconductor manufacturing.

Academic background: Doctorate of Materials Science and Engineering, National Cheng Kung University

Fan-Bean Wu

Title: Professor

Expertise: vacuum technology, film mechanical properties, surface engineering and analysis, nanostructured film, electrochemical coating technology, heat treatment technology

Office Tel: 037-382232

E-mail: fbwu@nuu.edu.tw

Fax machine: 037-382247

Education: PhD, Department of Materials Science and Engineering, National Tsinghua University

Expertise:

1. Fabrication and characterization of a nanocomposite coating system
2. Characterization of nanocrystalline precipitation strengthened nickel-based alloy thin film
3. Mechanical properties of hybrid transition metal nitride coatings fabricated by a sputtering process
4. Fabrication and characterization of FeCoNi-based alloy thin film
5. Development and analysis of Ni-P-based electroplating and electroless deposits
6. Fabrication and thermal-mechanical properties evaluation of noble metal coatings

Academic background: Doctorate of Materials Science and Engineering, National Tsing Hua University (1999/09–2002/12)

Fang-Chi Hsu

Title: Professor

Expertise: photoelectric materials, organic electronic components, principles of electronic transmission, solar cells

Office Tel: 037-382238

Email: fangchi@nuu.edu.tw

Fax machine: 037-382247

Education: PhD in Physics, Ohio State University (2005)

Expertise:

1. Charge transport mechanism of conductive polymers (including light, electric, and magnetic)
2. Development of flexible, tensile transistor, memory, and solar cell components
3. Development of thin-film solar cells using novel organic–inorganic nanomaterial blends
4. R&D project on the application of natural biomaterials in optical and electrical components.

Academic background: Doctorate of Physics, Ohio State University (1999–2005)

Yi-Sheng Lai

Title:Professor

Expertise: semiconductor components, polymer memory, glass materials

Office Tel: 037-382235

Email: yslai@nuu.edu.tw

Fax machine: 037-382247

Education: PhD, Department of Materials Science and Engineering, National Cheng Kung University (2003)

Expertise:

1. Heat stability and work function compounding of gate electrode materials
2. Chemical strengthening and characteristic analysis of ultra-thin glass
3. Development of silver metallic glaze
4. Manufacturing and characteristic analysis of BZO transparent conductive film
5. Application of polymer memory in burnable basal plates
6. Use of anodized aluminum plates to manufacture Pt–Sn nuclear shell structures
7. Use of rapid annealing to grow SiO nanowire

Academic background: Doctorate of Materials Science and Engineering, National Cheng Kung University (1999–2003)

HSU Fu-Yuan, William

Title: Associate Professor

Expertise: material process, process computer simulation, computational fluid dynamics, aluminum-magnesium alloy casting, non-ferrous metal casting

Office Tel: 037-382243

Email: willyhsu@nuu.edu.tw

Fax machine: 037-382247

Education: PhD in Metallurgy and Materials, The University of Birmingham, UK (2003)

Expertise:

1. Material process, process computer modeling, computational fluid dynamics, aluminum magnesium alloy casting, and nonferrous metal casting.

Research projects:

1. Study on the Infiltration Ability of Hi-Speed Micron Resin Droplets Impinging on the Porous Layer of a Sand Bed (MOST project, principal investigator, August 2013–July 2014)
2. Computer-aided gravity casting runner system design–the case study of an aluminum alloy cylinder head for diesel engine (MOST project, principal investigator, August 2008–July 2009)
3. The Research of Runner System for Aluminium Alloy Gravity Casting—The Design of a Diffuser (MOST project, principal investigator, August 2007–July 2008)

Academic background: Doctorate of Metallurgy and Materials, the University of Birmingham, United Kingdom, 2003

Wan-Yu Wu

Title: Associate Professor

Profession: Ceramic Thin Film, Thin film magnetron sputtering technology, High Power Impulse Magnetron Sputtering, Nanomaterials Fabrication, Materials Analysis

Office phone: 037-382239

E-mail: wywu@nuu.edu.tw

Fax machine: 037-382247

Education：Ph.D., Department of Materials Science and Engineering, National Cheng Kung University (2008)

Man-Ping Chang

Title: Assistant Professor

Expertise: Ceramic composites, bioceramic materials, synthetic bone implants, microstructure design of ceramic composites

Office phone: 037-382236

E-mail: mpchang@nuu.edu.tw

Fax machine: 037-382247

Education: PhD, Department of Materials Science and Engineering, National Taiwan University