Driven and innovative mechanical engineer with a strong foundation in mechanical systems, sustainability, and advanced technologies. Passionate about solving complex problems and contributing to projects in aerospace, robotics, and renewable energy. With hands-on experience in maintenance, project management, and engineering design, I aim to apply my skills in SolidWorks, FEA, and CAD to deliver impactful solutions.
Led an award-winning project for Samad Power Ltd., presenting an innovative eco-friendly floating wind farm concept.
Designed and manufactured a human-aided ventilator during the COVID-19 pandemic to provide cost-effective respiratory support in emergency situations
Project Manager and Lead Manufacturing Engineer for a scaled-down human-powered aircraft model. Led aerodynamic design, performance analysis, and testing, with a focus on optimizing lift generation and stability.
Manufacturing and Design Engineer focused on reducing vibration impact on the bike's monitor through optimized design and material selection.
Used Ansys and SolidWorks to analyse stress distribution under bending, shear, and torsion. Summarized findings in a technical report with real-world applications.
Analysed airfoil aeroacoustics using a wind tunnel, collecting data and using MATLAB for analysis and visualization to compare theoretical and experimental results.
References available upon request from university faculty, academic advisors, and certification engineers.