1. Nai-Chung Fan
Phone (Cell): +886-9-73431923
Email: usoppken0920@gmail.com
Education
1. Master’s degree: Materials Science and Engineering Collage of Engineering
September 2013 - January 2016.
National Taiwan University.
2. Bachelor’s degree: Department of Chemical and Materials Engineering
September 2009 - June 2013.
Tamkang University
Conferences
1. 2016 IEEE International Conference on Industrial Technology (ICIT2016)
2. 2014 International Conference on Advance Materials Research and Application
(AMRA 2014)
Computer Skills
Pro/E
Autobiography
My name is Nai-Chung Fan. I have a positive personality, willing to try new
things and good stress resistant to face challenges. I am interested in traveling and
outdoor sports such as jogging and surfing. In addition, I participated in guitar club and
I learned how to organise performance while I was the club’s vice-leader at college.
In graduate, I study materials science and major research direction is ceramic. I
has participated a Ministry of Science and Technology’s project which was composed
by different departments. This experience trained me to establish a good
communication with others team and understood the importance of teamwork. It also
trained me planning the progress of the experiment carefully in order to achieve
objectives.
My thesis was entitled “Synthesis and Application of Ceramic Feedstocks for
Additive Manufacturing”. This research used formulation technique of
ceramic/polymers, selected two phase alumina powders (α and θ), kneading with

2. polymers, and extruding to wire shape, which was used for 3D-printing. My major
achievements has optimization the processing conditions, the feedstock can feed into
3D-printer directly without any refit. On the other hand, alumina parts could be
densified to a density better than 98% theoretical density after debinding. Finally, θ
alumina feedstock was used to produce catalyst support. Catalyst were evenly coated
on the support, used to reform syngas. The CH4 in the syngas, which was gasified from
biomass, was reformed to a content less than 1.0 vol% in optimized conditions. I was
oral report my research in international conference which is AMRA 2014 and
contributed to another conference which is ICIT2016.
The experience taught me to be patient, as well as how to handle stress. Training
me to bridging the gap between idea and product, the difficulties involved in and
limitations of progress, and the sense of accomplishment in creating something new.
I believe my enthusiasm for learning new things will help me adjust quickly to
any new work environment. Thank you for allowing me to introduce myself.