Academic Background and Lifelong Learning

Throughout my career, I have been dedicated to the pursuit of continuous learning and staying current with the latest advancements in my field!

Ph.D. in Nuclear Engineering, North Carolina State University
GPA: 4.00/4.00
Developed higher-order nodal adjoint method, and perturbation-based accuracy enhancement algorithms.
Thesis Title: Extension and Optimization of a Nodal Adjoint Methodology for Nuclear Reactors Analysis.
M.Sc. in Nuclear Engineering, Alexandria University
Dissertation title
: Formulation of a point Reactor Kinetics Theory based on the Neutron Telegraph Equation.
B.Sc. in Nuclear and Radiation Engineering, Alexandria University
Valedictorian
, graduated top of the 2011-class, and made it to the dean’s list for 4 consecutive years.

During my Graduation Ceremony!

I strongly believe that professional growth is an ongoing process, and I am committed to seeking out new opportunities for development and staying well-informed about industry trends.

This dedication not only enhances my own expertise but also allows me to provide the highest level of service and insights to my clients, colleagues, and collaborators. Together, let’s embark on a journey of discovery and innovation in our ever-evolving world!

I always aim to reach the Summit!