Chemist
Apex Pharma
Total des années d'expérience :18 years, 3 Mois
Responsible for receiving and reviewing of (raw material, packaging material and semi-finished) from suppliers and matching it with the organization standards. Regulation and dealing with the Ministry of Health to inspect the active and imported raw materials. Coordination with the management of procurement In respect of the materials received. Dealing with Internal suppliers to improve the performance of the service. Coordination with quality control and quality assurance departments for materials incoming. Processing and organizing the documents for the materials received for safekeeping or sending them to the competent departments. Dealing with the full coordination With Storekeepers. Send reports daily and monthly work to the competent departments. Alternative for each (dispensing area, raw material and packaging material) responsible. Representing quality documents in warehouse management.
• As dispenser, planning and Responsible in charge of raw materials stores At Unipharma from June, 2006 to March, 2008.
- Dispenser and Warehouse keeper in charge of raw materials stores.
- Action plan weekly, monthly and quarterly and annual products.
- Coordinating with the procurement department for the shortcomings
of raw materials and packing materials
- Assessment of some heavy metals (Cr, Mn, Fe, Ni, Cu, Zn, Cd,) in Edku lake environment (water, sediments, suspended particulate matter and fishes). - Assessment of some physicochemical parameters in water samples, such as: temperature, pH, salinity, dissolved oxygen, biological oxygen demand, suspended particular matter, conductivity to determine of water quality. - Determination of nutrients salt distribution (ammonia, nitrite, nitrate, phosphate, silicate and chlorophyll-a) in water samples. - Phytoplankton and zooplankton will be collected to determine the diversity indices in the lake. - Statistical analysis (SPSS Program) studies for the obtained data (correlations, linear regression, factor analysis, n/p ratio, WQI (water quality index) and illustrate the distribution of concentrations of measured items. - Surfer program the use to display the spatial distribution for items measured on the study area map.
- Instrumental chemical analysis: the course study Spectroscopic (emission and absorption) and Separation (chromatography) analysis. - Analytical Biochemistry: Course content study of Introduction to biochemistry, Structure and function of (water, carbohydrates, proteins, amino acids), Lipids classification, Saturated, unsaturated, essential, and non-essential fatty acids in addition to Enzymes as biochemical catalysts. - Environmental pollution chemistry: course central themes are the interaction between life and the environment, energy and energy consumption, air pollution and their effects, water pollution, chemistry of natural waters, radioactivity, environmental organic chemistry, Wastes, Soils, and Sediments. - Chemical analysis of rocks and ores: Course contents: Disintegration of geological samples (wet and dry, under pressure and microwaves). Chemical analysis of rocks, the general procedure for silicates (limestone’s or dolomites/barites/phosphorites or apatites), main components (silicon, total iron, titanium, aluminium, calcium, magnesium, manganese, phosphorus). - Spectral analysis: Include magnetic resonance, vibrational spectroscopies, UV-visible spectroscopy, mass spectrometry and atomic spectroscopy. - Radiological Analytical Chemistry
- Biochemistry: The course illustrated essential biological molecules in different living organisms, covering proteins, lipids and carbohydrates chemistry. Metabolic pathways are also explained. - Immunology: This course teaches the basic principles of immune system function. The cells and factors which mediate the various types of immune responses, as well as their mechanisms of action. - Hematology: The course contained function of the blood forming organs, the structure and functions of circulating elements and the basics of hematology, common hematologic disorders, their etiology, defining characteristics, diagnosis and treatment. - Endocrine glands: This course covers the endocrine system from the standpoints of anatomic and histologic structure, hormones including their structures, functions, mechanisms of action receptors, and their metabolism in addition to the endocrinologic disorders including hyperactivity or hypoactivity, immune-mediated diseases, benign and malignant tumours and pharmacological properties of hormones and drugs used in the treatment of endocrine diseases. - Physiology: the course illustrated body organization, Cytology and Histology, Integumentary system, skeletal system, Muscular system, Nervous system, Special Senses. - Practical biochemistry: The course study basic experimental techniques of biochemistry and molecular biology including use of vertical and flat-bed gel apparatus, spectrophotometers, spectrofluorimetry, and various centrifuges including the ultracentrifuge.