Deputy General Manager
Seero Engineering Consulting
Total des années d'expérience :15 years, 1 Mois
Co-leader in developing mechanistic-empirical pavement design guide (MEPDG) for the State of Qatar. The work includes testing asphalt pavement materials (HMA, Asphalt Binder, Unbound Materials, and Cement Bound Materials). The study also includes developing traffic input for the MEPDG and construct typical vehicle distribution for Qatar. Finally, the work require managing number of commercial and non-commercial laboratories and develop analysis tools to gather all experimental data for analysis.
Worked in Texas A&M university at Qatar as a Senior Research Associate under the supervision of Dr. Eyad
Measad. My duties included carrying out simulations of pavement structures performance using finite
element software; coordinating experimental measurements of mechanical properties of asphalt mixtures with collaborators at Qatar University; coordinating research activity with research group at Texas A&M University and preparing technical reports and papers documenting research results.
Worked in KEO International Consultants as a Joiner Structural Engineer in the Design Department.
Involved in most of the structural analysis, modeling, and design process for the following projects:
1) New Doha International Airport (NDIA) Projects:
a) Workshop Maintenance Facility (2 Levels + Roof) (Steel Structure).
b) Ground Service Equipment (3 Levels + Roof) (Steel Structure).
c) Facility maintenance Facility (2 Levels + Roof) (Steel Structure).
d) Administration Building - Block A (G + 2 Levels + Roof) (Concrete Structure).
e) Administration Building - Block B (G + 2 Levels + Roof) (Concrete Structure).
f) Midfield Telecommunication Building (G + Roof) (Concrete Structure).
g) Substation Structure (G + Roof) (Concrete Structure).
h) South Telecommunication Interface Building (G + Roof) (Concrete Structure).
i) North Telecommunication Interface Building (G + Roof) (Concrete Structure).
j) Airport Operation Facility (Concrete Structure).
k) Employee Village - Parade Shed (G + Roof) (Concrete Structure).
l) General Aviation Terminal (G + 2 Levels + Steel Roof) (Steel Structure).
m) Parade Shed (G + Steel Roof) (Steel Structure).
2) Abraj Quartuir -Gateway Towers in Pearl Qatar (B + G + 45 Levels) (Concrete Structure).
3) The Regent Hotel (B + G + M + 7 Levels + M) (Concrete Structure).
4) Ghanem Apartments Residential Units (2 B + 7 Levels + Roof) (Building 1, 2, 6, and 9 +
Basement) (Concrete Structure).
5) Ghanem North Parking (G + 1 Level + Roof) (Concrete Structure).
6) Ghanem South Parking (Concrete Structure).
7) Ghanem Thai Restaurant (Concrete Structure).
8) Ghanem Bungalows (Concrete Structure).
9) AlQuds Tower - Review 1st & 2nd Floor design (Concrete Structure).
10) MESAIEED - Wastewater Treatment Plant (Steel Truss)
11) Potable Water Tank
12) Steel Shop Drawing Design Review for NDIA Projects:
a) Workshop Maintenance Facility.
b) General Aviation Terminal
c) Administration Building - Block A
Site Supervision and Design Checking in Viva Bahriya VB-8, 12, 13, 14, 15, 16 and 25 in Pearl Qatar.
Supervising Piling Work in all of them beside Superstructure work in Viva Bahriya 12.
PhD in Civil Engineering. The topic is about the warm mix asphalt and evaluating the healing potential at different ageing period. The work includes developing experimental and mathematical approach to evaluate the healing properties.
Technical Courses: 1- Advanced Theory of Structures: Advanced Analysis (plastic and elastic), Stiffness Analysis, Structure Frames behavior, Failure Mechanisms, Structural Dynamics, Yield Line Analysis of slabs. 2- Steel Structures: Local and Lateral Buckling, Section Properties, Torsion, Compression Members, Composite Members, Course Project: Designing Steel Framed Structure for Olympic Swimming Pool to be as a Land Mark. 3- Foundation for Structures: Geotechnical Design, Deep Foundation, Shallow Foundation, Design to Eurocode, Slope Stability Analysis, Earth Pressure Analysis. 4- Reinforced Concrete Structures: Design for Serviceability Limit State, Design for Ultimate Limit State, Prestressed Structures, Ferrocement, Course Project: Reinforced Concrete Design for Rugby Club, [Ranked as the First Project in the University of Manchester and nominated to the UK Universities Competition]. 5- Earthquake Engineering: Seismic Resistance of Reinforced Concrete Structures, Earthquake Resistance Design, Vibration Reduction, Geotechnical Earthquake Engineering, Understanding the Use of Spectral Method. 6- Stability and Dynamics for Structures: Single/Multi Degree of Freedom Analysis, Random Vibration, Stability of Frames, Buckling of Plates, Bending of Plates. 7- Fire Engineering: Fire Safety Assessment of buildings According to ‘ADB’ (Approved Document B), Heat Transfer Analysis, Post-Flashover Fire Behavior Fire Plumes, Course Project: Fire Resistant Design of Steel and Composite Structures. Dissertation: Robustness of multi-storey steel framed structure: Designing for progressive collapse is becoming an important structural engineering objective. Except in really important structure, the tying force method is the most frequently used. However, the applicability of this method may depend on the type of structure. For example, this method may work in a steel framed structure with in-fill panel wall, but may be ineffective in simple framed structures without in-fill panel.
Specialization Courses: Selected Topics in Structural Analysis, Design of Concrete Structures I & II, Structural Analysis I & II & III, Surveying I, Construction Management, Contracts and Specifications, Steel Structure, Foundation I & II, Geotechnical Engineering I & Selected Topics in Geotechnical Engineering, Environmental Engineering, Computer Aided Design, Highway Engineering, Traffic Engineering, Fluid Mechanics & Design of hydraulic Systems. Graduation Project: Design of 8-Storyes Car Parking with two office building towers surrounded with its Foundation and Management (Structural Analysis and Design, Geotechnical Research and Design, and Engineering Management) + Three Dimensional Nonlinear Finite Element Analysis to Study the Behavior of Walled Shallow Foundations on Sand Layer Overlying Rock Using Plaxis 3D foundation.