Ayman Abasi

• Designed and optimized sheet metal dies for various products, overseeing their production and assembly to ensure high-quality standards. • Developed precision fixtures for CNC machines, enhancing manufacturing efficiency and product quality. • Spearheaded the redesign and simulation of plastic caps for medical applications, specially for replacing the “femoral head”, ensuring optimal performance and durability.

• Designed an agricultural robot that can perform multiple functions and using SOLIDWORKS for CAD modeling.

• Spearheaded the team in upgrading the ROV with innovative mechanisms to compete in the Unmanned Maritime Vehicles Competition (UMVC), resulting in a remarkable third-place award. • Guided a 15-member student team through outline design to optimized CAD modeling using SOLIDWORKS and ANSYS for an ROV. Secured the Best Design Award at the 2023 MATE ROV competition. • Optimized the minesweeper design from last year that competed at the Alamein International Competition 2023. • Led mechanical R&D initiatives, fostering lifelong learning to innovate and upgrade multiple mechanisms, developing new theories and methods for enhanced performance. • Educated 45 trainees on topics including SOLIDWORKS, design for manufacturing, pneumatics, and sealing during various technical training sessions. • Increased the reliability of using O-rings by 35% by building software that optimizes selection using Mathematical computing and analysis EES software. • Oversaw mechanical budget estimation and project scope, serving as the year-long mechanical team leader, achieving significant budget savings while ensuring project success.

• Managed ROV implementation, collaborating with technicians and operators, actively gathering operator feedback to enhance our team's transition from CAD modeling to design for manufacturing. • Co-designed and manufactured an ROV with one engineering student using SOLIDWORKS that outperformed competitors to compete successfully at the MATE ROV competition 2022. • Engineered, fabricated, and fitted a GO-BGC float using SOLIDWORKS that outperformed rivals to win the Best Innovative Solution award at the MATE ROV competition 2022. • Produced product reports and documentation for the MATE ROV Competition 2022, earning second place, while also designing an eye-catching visual identity for the reports. • Evaluated final ROV product for performance, reliability, and safety post 30-day pool testing and training, resolving mechanical issues to meet objectives.