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Midas Top Expert Engineer

Amir Botros Ph.D,P.E.,

Senior Structural / Bridge Engineer at Stantec
(Baton Rouge, LA)

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About Amir Botros

He is a Senior Structural/Bridge Engineer at Stantec with more than 12 years of academic and professional experience in civil engineering, with a particular emphasis on concrete structures and bridges. He is skilled in Finite Element Analysis, Computer-Aided Design (CAD), and Earthquake Engineering. He has a Doctor of Philosophy (Ph.D.) focused on Structural Engineering from North Carolina State University and a member of the precast prestressed concrete institute (PCI) for many years and has participated in many of the PCI research projects. He is the recipient of the 2018 T. Y. Lin Award for his outstanding research on prestressed concrete thin stemmed members' dapped ends. He is also an Assistant Professor of Structural Engineering at Ain Shams University, teaching undergraduate Courses Design of Reinforced Concrete Structures (I) (Second-year civil students), Construction Techniques of RC Buildings and Bridges (fourth-year civil students), and Supervision of Reinforced Concrete Graduation Project.

Achievements

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Awards

T.Y. Lin Award

  • George D. Nasser PCI Journal Award
  • Martin P. Korn PCI Journal Award
  • 4th place winning team in Southeast division of PCI Big Beam competition
  • 3rd place Graduate School Poster Presenter

Professional Projects

Workshop : How to Complete a Model with a Construction Stage Analysis

In this Midas Workshop, our Expert Engineer Amir Botros from Stantec shared his knowledge about Construction Stage Analysis.  

Expert Q&A : Construction Stage Analysis Part I

In this Q&A Live Session, our Expert Engineer, Amir Botros from SDR Engineering helped answer the questions from our users about the Construction Stage Analysis. 

Expert Q&A : Construction Stage Analysis Part II

In this Q&A Live Session, our Expert Engineer, Amir Botros from SDR Engineering helped answer the questions from our users about the Construction Stage Analysis.

Webinar : Is It Practical To Model Irregularities in AASHTOWARE

Beam-slab bridges with Irregular geometries cannot be analyzed using AASHTO approximate methods of analysis. Accordingly, it is impractical or cumbersome to load rate beam-slab bridges with irregular geometries using AASHTOWARE Bridge Rating. 



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