Yu Bin has extensive experience in materials characterization, analysis, and testing. He received his bachelor's degree in materials science from Huazhong University of Science and Technology and his doctorate in engineering from Nanyang Technological University. Currently, he works as a materials engineer at ASM Pacific Technology applying his expertise in composite materials and simulation software to product design and failure analysis.

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YU BIN
 Address: 09-550, Block 423, YiShun Ave 11, Singapore
 Tel: 65-97917818  E-mail: yubinshuai@gmail.com
CORE COMPETENCIES
1. Very good knowledge and hands on experience in materials characterization & analysis. Able to
handle analytical tools & methods like SEM, EDX, DMA,TGA, NDT.
2. Solid academic background in composite and metal material science, engineering and
manufacturing technology (RTM, Autoclave, Compression Molding, Filament Winding, etc.).
3. Able to design composite structural components using software such as Solid Edge and do FEA
using software such as ANSYS.
4. Experience of failure analysis during the manufacturing process or with the finished product.
5. Strong in problem solving and solution orientation.
6. Friendly with work enthusiasm, good team work spirit and communication skills.
EDUCATION BACKGROUND
08/2011 − 06/2015 Nanyang Technological University
College: Mechanical and Aerospace Engineering
Project: Interfacial properties in the carbon fiber reinforced polymer (CFRP) and
CFRP-Titanium composites under hygrothermal conditions
GPA: 4.5/5 Degree: Doctor of Engineering
09/2007 − 07/2011 Huazhong University of Science and Technology
College: Materials Science and Engineering
Major: Material Forming and Control Engineering
GPA: 87/100 (top 10%) Degree: Bachelor of Science in Engineering
RESEACH EXPERIENCE
07/2011 – 06/2015 Nanyang Technological University Position: ResearchAssistant
The project is Materials Innovation for Marine and Offshore (MIMO) Program under the Agency for
Science, Technology and Research (A*Star) of Singapore

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 Improved the interfacial properties of composite using physical, chemical, electrochemical and
other various methods
 Performed mechanical tests (interfacial shear strength, Mode I and II interlaminar fracture
toughness, interlaminar shear strength, tensile and compression strength, etc.) on single carbon
fiber, carbon fiber reinforced polymer (CFRP) laminates, CFRP-Titanium laminates and CFRP-
Titanium composite riser
 Investigated the long term performance of CFRP and CFRP based fiber metal laminates in
hygrothermal environment
 Supervised 6 FYP students, 2 mater students and 1 intern during the process
 WORK EXPERIENCE
06/2015-present ASM Pacific Technology Ltd Position: Material engineer
The job requires combining or modifying materials in different ways to improve the performance,
durability and cost-effectiveness of processes and products
 Designing carbon fiber based composites manufactured by different methods like RTM,
Autoclave, Bulk Molding Compound Compression, Injection Molding to replace tradition metal
materials.
 Analyzing and optimizing composites parts performance using simulation software such as
ANSYS.
 Deriving root causes of failure and solving problems arising during the manufacturing
process or with the finished product
 Coordinating different departments including designing, CAE, manufacturing and quality
assessment for composites project.
 Providing cost effective solutions to improve product performance by employing advanced
materials & latest technologies.
 Modifying in-house materials for meeting specific application.
07/2010-09-2010 Ningbo Institute of Materials Technology & Engineering, Chinese Academy
of Sciences Position: Intern
The program aims to manufacture electrical vehicle using pure carbon fiber reinforced composites
 Manufactured carbon fiber composites components for electrical vehicle using Vacuum
Assisted Resin Infusion method
 Designedelectrical vehicle structure using composites components
 Testedthe mechanical properties of carbon fiber reinforced composites

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TECHNICAL SKILLS
 Lab skills: Proficient in SEM, TEM, FTIR, XPS, DMA, TGA, DSC, NDT, Filament Winding and
Mechanical Tests of composites
 Computer skills: SolidEdge, Labview, AutoCAD, ANSYS, ABAQUS, Fluent, C language and
Microsoft Office, Passed National Computer Rank Examination Grade 2 and
Grade 3
ACTIVITIES
2008-2009 Speech and Eloquence Association of HUST Position: President
 Held the “Hua Gong Cup” competition; the association became one of the TOP 10 associations in
HUST
2007-2009 Social Practice Department of Student Union, HUST Position: Minister
 Organized a series of charity events including aiding education in Qing Chuan Ge Primary School
PUBLICATION
 Yu B, Jiang Z, Tang X-Z, Yue CY, Yang J. Enhanced Interphase between Epoxy Matrix and
Carbon Fiber with Carbon Nanotube-Modified Silane Coating. Composites Science and
Technology. 2014;99(0):131-140.
 Bin Yu, Zhenyu Jiang, Jinglei Yang. Long-Term Moisture Effects on the Interfacial Shear Strength
between Surface Treated Carbon Fiber and Epoxy Matrix. Composites Part A: Applied Science
and Manufacturing. 2015, 78: 311–317.
 Xiu-Zhi Tan, Bin Yu, Hansen V. Reinack, Xuelong Chen, Xiao Hu, Jinglei Yang. Grafting Low
Content of Branched Polyethylenimine onto Carbon Fibers to Effectively Improve Their Interfacial
Shear Strength with Epoxy Matrix. Advanced Materials Interfaces. 2015,
Volume: 2 Issue: 12 Article Number: 1500122.
 He P, Chen K, Yu B, Yue CY, Yang J. Surface Microstructures And Epoxy Bonded Shear Strength
Of Ti6al4v Alloy Anodized At Various Temperatures. Composites Science and Technology.
2013;82:15-22.
 He P, Huang M, Yu B, Sprenger S, Jinglei Yang. Effects of nano-silica contents on the properties
of epoxy nanocomposites and Ti-epoxy assembles. Composites Science and Technology.
2016;129:46-52.
PUBLICATION IN SUBMISSION
 Bin Yu, Xiaotuo Li, Jinglei Yang. Interfacial and Glass Transition Properties of Surface-Treated
Carbon Fiber Reinforced Polymer Composites under Hygrothermal Conditions.
 Bin Yu, Jinglei Yang. Long-Term Interfacial Performance of Surface Treated Ti-CFRP Hybrid
Composites under Hygrothermal Conditions.
 Xiaotuo Li, Bin Yu, Pengfei Wang, Xin Zhang, Taotao Fan. Unit cell modeling for thermal
analyses of syntactic foam composites with imperfect interfaces
 Bin Yu, Jinglei Yang. 114. Hygrothermal effects in composites. Book chapter.

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ACADEMIC ACTIVEITIES
 Bin Yu, Zhenyu Jiang, Jinglei Yang. Hygrothermal effects on the interfacial properties of CFRP
composites with surface treated fibers. The 9th Asian-Australasian Conference on Composite
Materials (ACCM-9), Suzhou China, 10/2014
 Bin Yu, Jinglei Yang. Hygrothermal Effects on Mechanical Properties of Carbon Fiber Reinforced
Polymer (CFRP) Composites after Surface Treatment. The International Conference on
Experimental Mechanics (icEM2014) in conjunction with the 13th Asian Conference on
Experimental Mechanics (ACEM), Singapore, 11/2014
 Bin Yu, Jinglei Yang. Hygrothermal Effects on the Interfacial Properties of Surface Treated Metal
Composite (Ti-CFRP) Laminates. To attend and oral present at the ASME 2015 Applied Mechanics
and Materials Conference, Seattle America, 07/2015
 Bin Yu, Jinglei Yang. Long-Term Interfacial Performance of Surface Treated CFRP Composites
under Hygrothermal Conditions. To attend and oral present at the 20th International Conference
on Composite Materials, Copenhagen Denmark, 07/2015
 Xiaotuo Li, Bin Yu, Jinglei Yang. The effect of winding pattern and yarn size on the stress
distribution of filament-wound composites. The International Conference on Experimental
Mechanics (icEM2014) in conjunction with the 13th Asian Conference on Experimental Mechanics
(ACEM), Singapore, 11/2014