Hamza Younis

1-Designed and controlled a switched reluctance motor (SRM) for an electric scooter application 2-Created custom MATLAB scripts to model and optimize motor geometry 3-Performed electromagnetic analysis to evaluate flux linkage, inductance, power and torque 4-Applied overlapping flux window and variable current techniques to reduce torque ripple 5-Improved overall motor efficiency and torque smoothness, enhancing ride performance

1. Designed and simulated a permanent magnet (PM) integrated magnetic gear machine using JMAG Designer 2. Analyzed key performance metrics: flux linkage, back EMF, rotational and copper losses, cogging torque, and load torque

1. Calculated power needs of motor based on mass, speed, and resistive forces 2. Integrated solar panel and lithium battery system 3. Monitored positive source power during motoring mode 4. Monitored negative Power returning to battery during Regenerative braking 5. Used Arduino & sensors to monitor voltage, current, and power 6. Concluded efficient management of (RBS) enhances electric vehicle efficiency