This document contains the resume of Ahmed Saleh Abdel shafey Abdel Aziz. It includes his personal details, education history, work experience, research projects, publications, skills and languages. He has a PhD in nanocomposite emulsion polymer from Zagazig University in Egypt and has worked as a researcher for 7 years. His research focused on preparing polymeric hydrogels and nanocomposite materials for applications such as water sorption and enhancing polymer properties.

1. Ahmed Saleh Abdel shafey Abdel Aziz
mr_asaleh1@yahoo.com
Personal data
- Birth date: 10/10/1982
- Addresse: Dyarb Negm/ Sharkia/ Cairo/Egypt
- Marital status: Married
- Nationality: Egyptian
- Mobile: 01224592035-01151602493
Education
- PhD degree in nanocomposite emulsion polymer, Zagazig
university, Egypt (2015)
- Master degree in polymer hydrogel Zagazig university, Egypt
(2011)
- Bachelor of science (chemistry) May 2003
ExperienceProfessional
- Two years as a chemist in Alfaltas for carbonate and
chemicals
- Two years as a chemist in Egyptian company for chemicals
and glazes
- Seven years as researcher in Science and Technology
Center of Excellence (STCE), ministry of defense and
military production.
degreeMaster
"PREPARATION AND CHARACTERIZATION OF
CELLULOSIC HYDROGEL FOR USE AS METAL IONS AND
WATER SORPTION"
This work was aiming to prepare an economic superabsorbent
polymeric hydrogel from cellulosic material (bagasse and cotton linter)

2. for water sorption and metal ions uptake. The study involved a
comparison in behavior between cotton linter and bagasse pulps
(prepared at two different pulping conditions) towards gel formation. This
polymer has many applications such as personal hygiene, firefighting,
drug delivery, water reservoir in agriculture and petroleum recovery.
PhD degree
"PREPARATION AND CHARACTERIZATION OF SOME
NEW POLYMERIC NANOCOMPOSITE MATERIALS AND ITS
APPLICATIONS"
This work is aiming to improve the physical, thermal and
mechanical properties of conventional poly(styrene-co-butyl acrylate)
emulsion by seed emulsion polymerization with functionalized nano
organo-silica. The vinyl groups located on the surface of nano-silica were
used to induce the polymerization process and the encapsulation to the
co-polymer emulsion to obtain core-shell structure. The prepared nano
organo-silica/ styrene/ butyl acrylate co-polymer emulsion has promising
applications in:
1- Anti-reflection coating in solar cell systems.
2- Flame retardant coating.
3- As reinforcing polymer material to enhance the thermal and
mechanical properties of ethylene vinyl acetate co-polymer
(EVA).
Training courses
- Thermo mechanical analyzer (TMA)
- Thermo gravimetric analysis (TGA)
- Differential Scanning Calorimeter (DSC)
- Dynamic Mechanical Analysis (DMA)
- Infrared spectroscopy (IR)
- UV-Visible

3. - Auto lab corrosion
- Digital tensiometer
- Gas chromatograph-mass spectra (GC-Mass)
- High performance liquid chromatograph (HPLC)
List of Publications
- Bagasse hydrogels: water absorption and ions uptake. Journal of
Pigment & Resin Technology. Volume 42, 2013, page 68–78.
- Effect of changing mass ratio of Styrene /butyl acrylate on
the behavior of nano organo-silica in poly(styrene-co-butyl
acrylate) emulsion core-shell. Journal of engineering and
applied sciences, Journal of Engineering and Applied
Sciences. Volume 10, 2015, page 6127-6134.
- Thermo-mechanical properties of styrene-butyl
acrylate/organo-silica nano-composite film by seed
emulsion polymerization. Journal of polymer composites.
Available on line
http://onlinelibrary.wiley.com/doi/10.1002/pc.23560/epdf
- Poly(styrene-co-butyl acrylate)/organo-silica core-shell
(PSO) and ethylene vinyl acetate (EVA) Nano-composites.
Journal of polymer composites, Accepted.
Reviewer
- polymer composites journal "combinations of organic and
inorganic wastes for brick production "
Language
Arabic: native language
English: excellent (courses from British institute and American center,
TOEFEL)