Hydir Alhashmi

Forward-thinking Engineering student pursuing bachelor’s degree in civil engineering with a passion and broad understanding of design, planning and construction processes developed through my extensive experience with multiple software’s such as AutoCAD, ANSYS and many more. Gained excellent knowledge and coordinating skills through my experience working in projects and retail sector. This allowed me to expand by ability to use problem solving skills to maximize cost efficiency by restructuring processes, reducing expenses, and improving service quality. I have the ability to adapt and learn quick for new roles and always aim to achieve over the expected outcome. Looking to take on new challenges as a engineer with a great organization.

Sydney Opera House Project 

Sydney CBD  Nov 2022

• I had the opportunity to design a more sustainable prototype of the Sydney opera house in a group of many professions.
• Worked alongside with engineers that designed the opera house in 1959 and gained useful knowledge and wisdom.
• Developed strong collaborative skills working with architects, contraction managers and engineers to achieve a desired sustainable outcome for a better Sydney opera house.
• This program allowed me to improve my research skills to expand my knowledge in sustainable buildings.
• I was grateful and lucky enough to be deemed a certificate from the executives at Sydney Opera House.

Design Of a Steel Framed Warehouse 

Steel Structures Unit   Feb – April 2023

• Led a team of four in designing a large warehouse made from steel under the guidance of Professor Rumman Waqas.
• We had to make sure as a team all beams and columns satisfied Australian standards which allowed me to grasp a great understanding and how to navigate around the steel Australian standards such as AS.4100:2020, AS1170.1 and AS1170.2.
• Analysed suitable beam sizing selection for a cost efficient project that is also safe enough to with stand the loads.
• Utilized AutoCAD and Microstran for structural design and load calculations from the ground up.