I worked as demonstrator in faculty of science, Cs & Math Dept,Damanhour university,Egypt[2007-2013].

I obtained Master of Science degree (M.Sc) in computer science from faculty of science,Alexandria university,Egypt 2014.

I worked as teaching assistant in faculty of science, Cs & Math Dept,Damanhour university,Egypt[2014 -To present].

I obtained Ph.D. in quantum computing from the University of Zagazig in 2019. I worked as assistant professor in computer science, Mathematics and Computer Science Dept,Damanhour university,Egypt[2020 -To present].

I joined as a member of the Alexandria Quantum Computing Group (AleQCG) at the Faculty of Science, Alexandria University, starting in 2016.

My research focus on quantum/reversible circuits, quantum algorithms and quantum hardware .

M.Osman, A.Younes, et al. : Integration of Irreversible Gates in Reversible Circuits Using NCT Library. IOSR Journal of Computer Engineering. 14(6), 69-79 (2013).

M.Osman, A.Younes, et al.: An improved design of n-bit universal reversible gate library. Int. J. Theor. Phys. 58(8), 2531-2549 (2019).

M.Osman, A.Younes, et al.: Integration of Boolean Operators on Reversible Circuits Using NM-Library. International Journal of Engineering Science Invention. 8(7), 8-16 (2019).

M.Osman, K.El-Wazan .: Efficient designs of quantum adder/subtractor using universal reversible gate on IBM Q. Symmetry, 13(10):1842, (2021).

Reversible and Quantum circuits : Enhance current algorithms and/or invent new algorithms to synthesize efficient multi-wired quantum/ reversible circuits.

Construct efficient design for different logic components such as adder/subtractor/multiplier using universal reversible gates .

The project entitle "An improved design of hardware components of quantum computer", The project was supported financially by the Academy of Scientific Research and Technology (ASRT), Egypt, Grant No 6614), (ASRT) is the 2nd affiliation of this research.