Wageih G. Hanna
***** ******* ****, *** *****, CA 92127
abna5y@r.postjobfree.com
858-***-****(C) / 858-***-****(H)
Education M.S. in Physical Organic Chemistry
Ain Shams University, Cairo, Egypt
Ph.D. in Analytical & Inorganic Chemistry
Ain Shams University, Cairo, Egypt
Skills Knowledgeable in the identification of new polymer processes, polymer
functionality, polymer formulation development and optimization, polymer
modification, membranes materials and new resin synthesis, resin chemical
/ thermal / physical analysis, composite processing, and resin / composite
mechanical / environmental performance for improvement the manufacturing
procedures intended to optimize existing processes and ensure achievement
of regulatory and customer requirements.
Excellent skills and experience in developing products such as
polysiloxanes, epoxies, polyamides, polyimides, fluoropolymers, black
co-polymers, graft co-polymers for fiber processing materials, and both
water soluble and organic soluble polymers.
Strong background especially on developing new monomers and polymers for
advanced engineering applications, modifying existing formulations for
improved performance, working with plant engineers and operators to roll
out new products, troubleshoot existing formulations, and experience in
transferring technology to a production team.
Excellent skills and experience in biodegradable polymers using hot-melt
extrusion, PVA sponge formulation, silicone coating solution to
specification, inorganic and/or organometallic complex synthesis, small
molecule preparative chromatography, semiconductor materials development,
fluorescent dyes, and carbohydrate compounds.
Knowledgeable in operating, troubleshooting and maintaining analytical
instrumentation and laboratory equipment for analysis of raw materials,
in-process and finished product using analytical instrumentation such as
Polarimeter, UV/VIS spectrophotometer, FTIR spectrophotometer, ICP
spectrophotometer, NMR, HPLC,GC-MS, LC-MS, TOC analyzer, TG-DTA, XRF- XRD,
Karl Fischer titrimetry, Osmometer, Densitometer, Viscometer, Rotovap,
Bath Sonicator, Reactors, Lyophilizer, Centrifuge, Dryers, Particle Size
analyzer, Vacuum oven, Pressurized pumps, Polarimeter, Mixer, chloride
meter, PH meter, conductivity meter, lab dishwasher, and analytical
scale/balance.
Experience in handling biohazardous or radioactive materials, chemical
hazardous, and toxic dangerous chemicals. Trained in handling laboratory
contamination and following safety procedures. Maintains strictest
standards of hygiene, safety and working in cold rooms (4 oC), and in
clean room.
Skilled in writing reviews and approvals for all testing
results/documentation generated by the laboratory. Responsible and
accountable for such review that is delegated appropriately to associates,
as well as ensures that all operations are performed with 100% compliance
to Quality System Regulation (QSR/ cGMP) / ISO-9001, ISO 13485
documentation standards, SAP database & laboratory notebooks per GLP,
Standard Operating Procedures (SOP), and LIMS (Laboratory Information
Management System).
Expert user of Microsoft Office word processing, presentation, and
spreadsheet software, knowledgeable about electronic document management
systems, Adobe Acrobat.
Experience Scientist II, Project Leader (Sr. Scientist QC/QA) 07/2001-05/20
EMD Chemicals Inc., San Diego, CA, USA 09
11/2009-02/20
10
Involvement in the selection and sizing, process optimization, technology
transfer, and process validation activities associated in the purification
of new pharmaceuticals, new resin synthesis (polyurethane, polysiloxanes,
polymethylmethacrylate, polymethylacrylate, graft co-polymers, and
epoxies) and new catalysts for a variety of commodity processes.
Optimize, synthesize, purify, and characterize a series of high value
signal transduction inhibitors, calcium indicators, and metal complexes as
initiators for polymerization and radiation anti-degradation agents on
production scale.
Contribute ideas and develop new routes for the synthesis of target
molecules as well as troubleshoot reactions and reaction sequences for
series of signal transduction inhibitors.
Testing incoming & outgoing raw materials and tracking of vendor
validation. Provide technical leadership to Product Testing Team for
acceptance and release of product. Conducting formulation research
activities including candidate formulation development on assigned
projects and programs.
Supervised and mentor research associates (10 scientists) in planning,
organizing, performing, evaluating, reporting, storing and accessing
results for incoming raw materials, intermediates, and finished goods
ensuring maximum testing efficiency and optimum utilization of resources.
Professor of Inorganic and Analytical Chemistry 03/1996-07/20
Ain Shams University, Cairo, Egypt 01
Teaching lectures and associated laboratories in college-level chemistry,
preferably in several areas including general education chemistry, allied
health chemistry, preparatory chemistry, and chemistry for science majors.
Knowledge of current theories and methodologies for teaching chemistry.
Teaching organometallic, inorganic, analytical and bioinorganic chemistry
courses to the undergraduate and graduate level, engaging in research
resulting in refereed publications, and providing university and regional
service.
Participation in a team-taught advanced laboratory course, and a
non-majors course. Directing undergraduate students to carryout research
projects
Carried out new research in bioorganic, inorganic complexes used in
polymer and catalysis chemistry
Sr. Production and R&D Chemist 08/1992-03/19
CN Biosciences Inc., San Diego, CA, USA 96
Responsible for the preparation and analysis of biological buffers, dyes,
inhibitors, biological detergents, immunoassay reagents, and nucleotides.
Utilize wet and solid phase methods for small molecule synthesis to
produce large molecules used in vitro/vivo assays.
Design and synthesize protease activated pro drugs of chemotherapeutic
agents consisting of a peptide substrate attached to a cytotoxin.
Responsible for releasing and testing products, raw materials and finished
goods also involving in training new Quality Control personnel on general
and specific Quality Control processes, requirements, and techniques.
Sr. Analytical Chemist- QA &QC Chemist 07/1990-08/19
Analytical Technologies Inc., San Diego, CA, USA 92
Perform environmental analysis on soil, water, and air samples using
several extraction techniques such as separator funnel extraction,
continuous liquid- liquid extraction, sonication, and waste dilution.
These extractions were cleaned up with gel permeation chromatography and
silica gel chromatography columns.
Responsible for all volatile organic compound analysis by Gas
Chromatography (GC) and AA/ ICP spectroscopy, following EPA methods e.g.
Metals by ICP/AA (6010A/7470A), Pesticides/Herbicides by GC/ECD
(8081/8151), Semi-Volatile Organics by GC/MS (8270B), Volatile Organic by
GC/MS (8260A), Pesticides and PCB (608/8081), and Extraction/Metals,
Semi-Volatiles, Pesticides, Herbicides(1311).
Analyze water, soil and plant tissue samples to assess organic matter
content of estuarine waters. Perform USP heavy metals tests, and prepare
samples for instrumental analysis by microwave or hotplate digestion,
while entering results on computer spreadsheets, and determining what
chemicals and supplies were needed to be purchased.
Responsible for safe usage of hazardous materials that may be used in
chemistry lectures or laboratories, while performing all systems
maintenance and method development, and ordering all supplies and reagent
required for volatile organic methods.
Activities Have carried out novel research and published several scientific papers in
different fields of chemistry like bioinorganic chemistry, inorganic
complexes, and analytical determination of metals, polymer chemistry and
homogeneous and heterogeneous catalysts.
Member of: American Chemical Society, Professionals in Pharmaceutical
Industry & Biotech Industry, Global Medical Research, Biotech & Pharma
Professionals Network and Pharma Connections Worldwide.
References are available upon request.
Some selected publication
1. Dithizone and carbazone complex compounds as initiators and radiation anti-degradation agents for poly (methylmethacrylate).
W. G. Hanna, M. A. Mekewi, and E. S.H. El-Mosallamy
International Journal of Polymeric Materials,(2003) Vol. 52, 471.
2. Metal (II) tetracarboxylate phthalocyanine complexes' suitability for
grafting of cotton fibers by methyl-methacrylate monomer.
M. A. Mekewi, E.S. H. El -Mosallamy, and W. G. Hanna
Cellulose chemistry and Technology,(2002), Vol. 36, 275.
3. Polymerization of methylmethacrylate monomer in the presence of
dithizone and carbazone complexes.
W. G. Hanna, M. A. Mekewi, and E. S. H. El-Mosallamy
J. Applied Polymer Science, (2001), Vol. 82, 562.
4. Salen transition metal complexes as catalysts for the synthesis of
photostable polymethylmethacrylate
M. A. Mekewi, and W.G. Hanna
International Journal of Polymeric Materials, (2006), Vol. 55, 219
Thermal stability eminence of PMMA prepared in presence of
photosynthesized ruthenium carbonyl Schiff base as a catalyst
T. A. Youssef, M. A. Mekewi, and W. G. Hanna
Journal of Applied Polymer Science, (2009), Vol.90, 113
5. Structural studies of reaction products between paramolybdate anion
and some cationic [Metal-ethylenediamine] complexes utilized as a new
photocatalysts under UV/ Visible light illumination.
W. G. Hanna.
Applied Catalysis B: Environmental, (2000), Vol. 28, 259.
6. Thermal properties of polystyrene/group (IIB) dithizonate films
E. S. H.
References and further reading may be available for this article. To view
references and further reading you must purchase this article.
EI -Mosallamy, W. G. Hanna, and M. A. Mekewi .
Materials Chemistry and Physics, (2003), Vol. 80, 319.