Mechanical Engineer
Dynamic Research Organization · Full-time
Apr 2022 –
Aug 2025
3 yrs 4 mos Islamabad Capital Territory, Pakistan
Researched under Doctorate and Graduate Researchers in the field of Systems Engineering, AI, and Mechanical
Engineering:
1. Researched on the integration of Engineering (Aerodynamics) with Artificial Intelligence.
2. Data Analysis of the dataset containing aerodynamic coefficients of airfoils at various flow conditions.
3. Verified results through Computational Fluid Dynamics (CFD) analysis and wind tunnel testing.
4. Achieved significant reduction in computational cost and optimization time compared to conventional CFD
based approaches.
5. Testing of Fuel Management Systems of Internal Combustion Engines.
6. Performing calculations and selecting appropriate regulating valves (Pressure Reducing valves, solenoid valves)
for the development of a sub-sonic wind tunnel.
Education
Pakistan Institute of Engineering and Applied Sciences, Islamabad
B . E, Mechanical Engineering, 3.87/4.00
2020 – 2024
Activities and Societies:
Managed and arranged technical workshops
Our project involved optimizing an airfoil to improve aerodynamic efficiency using deep learning and genetic
algorithms, resulting in a 24% efficiency increase. We validated the optimized design through thorough CFD analysis
and wind tunnel testing. We then integrated this design into a Blended Wing Body UAV configuration, carefully crafted
using aerospace engineering techniques and tested through prototype manufacturing. This project is a testament to
our dedication, technical skills, and teamwork, advancing UAV design for cargo transport.