Ahmed Ashoori

I am an enthusiastic and motivated Mechanical Engineering undergraduate from the University of Bahrain. I can be an organized and efficient member of any team, with the ability to take initiative and think innovatively.
Adept in troubleshooting and working to offer creative solutions.
My greatest asset is my ability to learn new concepts and skills rapidly. I am seeking a position that offers career and skill development opportunities by working under experienced senior engineers. Along with interesting engineering challenges to improve my knowledge and skills.

Mechanical engineering intern at Sarens Nass Middle East
from July, 2022 until the present

I joined Sarens Nass Middle East as mechanical engineering intern from the University of Bahrain as part of my graduation requirements. I used my time learning as much as possible about the heavy lift engineering field and the work structure and standards followed in the company. As well as helping the senior engineers with their duties, and visiting work sites of the ongoing projects during my training period. After my training period, I secured a part time position continuing the same duties mentioned above but taking more responsibilities including the the over seeing and management of the implementation of SARPLAN crane parts inventory system into Sarens Nass. this helped me grow may knowledgebase about the cranes, having understood the different components and there respective mechanical purpose. which helped me better preform my chore duties of visiting and surveying project sites, creating lift plans on AutoCAD in accordance to the British Standards of safe crane operations, and over seeing the lifts during the execution of the plans.

B.Sc. in Mechanical Engineering, University of Bahrain
September 2017 — January 2023
● Senior project: The design and manufacturing of a cost-effective 3D printer to be used as prototyping and part-manufacturing tool for future projects.
● junior project: design and simulation of sterling engine.
● design course projects: the CAD modeling and stress analysis of hip replacement prosthetic (design I course), the CAD modeling and complete analysis of a 3-stage gearbox (design II course).