I served as an intern to assist in process and inventory control, ensuring accuracy and completeness in manufacturing operations. I collaborated with team members to oversee inventory integrity, maintain process efficiency, and support inspection procedures. Created and applied line balancing techniques for manufacturing processes, optimizing departmental efficiency.

I was part of the Avionics and Flight Controls Lab at NASTP, and I was actively involved in various roles and responsibilities.• Developed high-level dynamic models of aerial vehicles using Simulink and analyzed steady-state and transient behaviors to enhance design accuracy.• Debugged and customized open-source autopilot flight control systems (PX4 and ArduPilot) using C++-based algorithms.• Replicated advanced control logic, including total energy control loop and L1 guidance, using MATLAB/Simulink for precise control modeling.• Performed SITL and MITL simulations for UAVs using Q Ground Control and Flight Gear, validating control designs and optimizing mission planning and parameter tuning.• Analyzed flight test data and simulation results to gain insights into vehicle dynamics and improve system performance.• Collaborated across engineering disciplines to ensure comprehensive requirements analysis and development of embedded designs that meet operational needs.

I worked as an Internee Engineer at ATH on the inspection and overhaul of Mushak Aircraft. In addition, I assisted with the inspection and repair of the T-56 Engine.

For two weeks, I worked as an intern engineer at PAC Kamra, inspecting and overhauling Mushak and JF-17 Thunder aircraft and visited various factories of aircraft maintenance.