Ahmed ALHOURANI

Analysis and design of secondary steel for wind turbine foundations. This includes external and internal platforms, boat landing, external pipes and crane pedestal design.

- Preparing Conceptual design and drawings for steel platforms to support conveyor belt and racke systems. - Perform structural analysis and steel design using manual and computational methods. (non-linear, dynamic and stability analysis). - Preparing steel production and workshop drawings for steel manufacturing and construction. - Preparing material servey and purchase orders. - Constent communication with clients throughout the conceptual and production stages.

- Working on the publication of my second and third paper. - Teaching English as a second language (Part time capacity). - Actively seeking a more challenging and exciting job opportunity. - Upgrading skills in FEM Analysis and Building Information Modeling (BIM). - Providing freelance consultancy services for structural design projects in the GCC region. (Part time capacity/Remote).

My duties include Structural analysis and seismic assessment of existing bridges using Japanese Design Codes and FEM based software and Structural drafting using AutoCAD.

Teaching English by building up student's confidence in using English for daily life using different speaking training exercises.

Work duties included designing concrete buildings and steel frames, drafting and preparing structural drawings, and supervision of construction.

Work duties included designing concrete buildings and steel frames, drafting and preparing structural drawings, and supervision of construction.

Risk Compatible Seismic Design Suitable for Developing Countries, Syria as a Case Study. Develop a simple seismic design framework that considers both economical and social-economical behavior of the targeted region.

The course is an intensive three months course beginning from 16/9/2011 and ending at 10/12/2011. I graduated first in a class of 19 students with a GPA of 82%.

Corner crushing of masonry infill due to accidental loads (MSc Research Project): An experimental based project has been carried out in the University of Southampton to investigate the corner crushing behavior of masonry infilled frames under lateral in-plan loading.

I graduated with a GPA of 71%. My BSc Graduation Project) was he redesigning of Abd Alkureem Alrefae mosque in Kafarsosah area using reinforced concrete and composite elements in accordance with Syrian building code of design and British standards BS 5950.