Mohamed M Mohamed

Date of Birth: 22/8/1995. Place of Birth: Giza, Egypt. Address: mnawate, Giza, Egypt. Gender: Male. Marital Status: Married. Military Status: Finished service in Major chemical scabies laboratories. Nationality: Egyptian. Mobile Phone: (+20)01098052633 Email: mohammadatya95@gmail.com Academic Information Bachelor’s Degree of Science (B.Sc.). Major Area of Study: Chemistry. University: Helwan University-Egypt. Graduation Grade: excellent. Date of Graduation: May 2017. Premaster Degree of Science Major Area of Study: Nonorganic chemistry. University: Helwan University-Egypt. Graduation Grade: excellent. Date of Graduation: May 2017 Master’s Degree of Science (M.Sc.). Special Area Inorganic-Physical-Analytical Chemistry. University: Helwan University-Egypt. Date of Donation: 2022. The address of the M.Sc. Thesis is “Synthesis, Characterization, and Performance Evaluation of Novel Metal-Organic Frameworks’’ Current Employment Name and Address of Employer: Inorganic Chemistry Department, Helwan university Cairo., Egypt. Position: lecturer assistant. From: 2 / 3 /2019 until now. Past Employment Name and Address of Employer: Analytical Chemist in major chemical scabies laboratories, Armed Forces, Egypt. Position: Chemical Analysis Specialist. From: 1 / 3 /2018 until 1 / 3/ 2019. Skills & Experience 1. Training courses in National Research Centre (NRC), 33- El-Behouth St. (former EL Tahrir St.), Dokki, P.O.12622, Giza, Egypt, in the field of (occupational health and safety - first aid - nuclear magnetic resonance). 2. Chemist in Armed Forces. 3. Professional Technician in Using UV, IR, XRD, SEM, TEM, Conductometry, microwave, and autoclave synthesis. 4. Professional isolation by using Chromatographic Methods, and Very Good Spectroscopic Data Analysis (Mass Spectroscopy). 5. High skills in Microsoft Programs, Internet, origin, ChemDraw, and mesrenova desktop application applications. 6. Requirements of ISO/IEC 17025:2005, Lab accreditation system, Internal Audits /Auditors, Introduction to, Statistics for Analytical Chemistry, Validation of Methods of Analysis, Estimation of Measurement Uncertain and ty, Quality Control in Analytical Chemistry. 7. Command English. 8. Training courses in General petroleum company) GPC(. 9. Training courses in the Central Laboratory of Petroleum Research Institute. 10. Training courses in the EGYPTIAN ATOMIC ENERGY AUTHORITY )EAEA) 11. Training courses in C.M.R.D.I. (central metallurgic research Development Institute). Continue the final project in the corrosion lab. The address of the project (metallic coating for corrosion control. 12. Training courses in Hawamdiya Sugar Factory. 13. Training courses in MICROSOFT TEAMS and subject materials and exams putting. 14. Setting study schedules for teaching assistants and assistant teachers to develop the academic process. 15. A course accredited by ISO 17025 in the analysis, characterization, and manufacture of detergents and cosmetics was accredited by the AJAC organization during enrollment in the main chemical warfare laboratories. Teaching courses as a lecturer assistant 1. First-year students General Chemistry (qualitative analysis- identification of acidic radicals) Philosophy of science 2. Second-year students Analytical Chemistry (quantitative analysis- volumetric analysis) Inorganic chemistry (separation and identification of inorganic mixtures) Organic chemistry (identification of organic liquids) 3. Third-year students Analytical chemistry (gravimetric analysis, and instrumental analysis (UV-Vis spectroscopy)) Inorganic chemistry (complex synthesis and applications) Physical chemistry (colloids preparation, conductometry) Organic chemistry (synthesis of simple organic compounds and polymers) 4. Fourth-year students Analytical chemistry (instrumental analysis (potentiometry, conductometry, and chromatography) Physical chemistry (surface chemistry, corrosion) Organic chemistry (synthesis of hetero-compounds, extraction of natural products) Nuclear chemistry (fundamentals of radioactivity and radiation detection) Environmental chemistry Quantum mechanics Research 1. Published works A novel strontium-based MOF: synthesis, characterization, and promising application in removal of 152+154Eu from active waste 2. Under publication A comprehensive study for the potential removal of 152+154Eu radionuclides using a promising modified strontium-based MOF 3. Master thesis Synthesis, Characterization, and Performance Evaluation of Novel Metal Organic Frameworks 4. Graduated research Conversion of graphene into polycrystalline diamond using nuclear power References 1. https://orcid.org/0000-0002-8022-7402 2. https://scholar.google.com/citations?hl=en&user=jmH-K-kAAAAJ&view_op=list_works&gmla=AJsN-F5LKzJzB5oK6JVQUuf3wOKvmVg2RUukhlvnEac5jgX6xAvyOOYDxLSugsxgmKZaSFyNCfelG3-7XU4LfEOLIoojxdGtKrvuqgdjZm2GU8aMmBxVZKc 3. https://doi.org/10.1039/D2RA01159J