Mohamed Salah Hussein

WORK HISTORY

EDUCATION

ABOUT MOHAMED SALAH HUSSEIN

I am an Assistant Professor of Physics and Nuclear Science & Engineering with nearly 23 years of international teaching experience and a strong research–teaching nexus in reactor and radiation physics. My work integrates applied research, mathematical modelling, and scientific computing to address real‑world nuclear engineering challenges.Research Intrest: I have done my Postdoctorate in Nuclear Engineering and Teaching Assistant Professor at the Department of Chemistry and Chemical Engineering at RMC. My research interests are: • Design Reactor core using Simulation Codes SMRs,• Nuclear security,• Radiation Field Simulation codes (MCNP6 and Serpent codes), • Reactor Physics, • Nuclear Forensic and Non-Proliferation, Teaching interests:I have almost 23 years of teaching experience gained worldwide; I skillfully design diverse curricula and teach various disciplines. I have a proven record of teaching physics for different aged students, from high school to undergraduate university levels, and supervising undergraduate and graduate students. I am endowed with other expertise in teaching international and multicultural students while utilizing diverse teaching skills and techniques. As an accomplished researcher capable of working efficiently with a recognized record of accomplishments, I strive to transfer the acquired skills and competencies for the prosperity of the facility.Consequently, I have been outfitted to teach Physics, Nuclear science and engineering, radiation physics, courses for science or engineering students, and other classes:• General Physics for Non-Science Students, • Modern Physics, • Fundamental and Introductory Physics, • Physics I and Physics II • Experimental Physics, • Medical And Radiation Physics, • Particle Accelerator, • Radiation Detectors and Measurements, • Radiation Protection and Shielding, • Fundamentals of Nuclear Engineering, • Monte Carlo Radiation Transport, • Ionizing Radiation, Nuclear, • Nuclear Reactor Engineering and Reactor Materials, • Nuclear Fuel Cycle and management, • Nuclear and Radiation Science and Engineering, • Nuclear Computational Methods, • Nuclear Reactor Theory and Kinetics, • Nuclear Waste Management, • Nuclear Non-Proliferation and Safeguards. • General and Fundamental Chemistry, • Physical Chemistry.