As a Systems Engineer, my responsibilities are:Creating algorithms and control strategies for modular powertrain system.Modeling complex systems using Simulink.Defining and refining system requirements.Integrating software and hardware components.Creating system software components.Documenting system features and development activities

I played a key role as a team member tasked with designing and manufacturing electric hardware for a prototype electric vehicle. My responsibilities included developing the motor drive system and implementing feedback circuitry to optimize performance. Our team's primary objective was to deliver energy-efficient hardware capable of effectively controlling the vehicle's motor.

During my 2-month internship in the Instrumentation and Control department at the 4.8 GW New Capital power plant operated by Siemens Energy, I gained valuable insights into central and field-level control systems. I was actively involved in maintenance tasks for various instruments and transmitters within the plant. Witnessing the complexity of the plant's numerous systems and subsystems was truly impressive, and I greatly expanded my knowledge through informative sessions and hands-on experience.

A deep dive into Embedded Software Engineering, the Diploma covered the followng topics:• Full C programming language course• Embedded C • Microcontroller interfacing & Layered architecture • RTOS ( real time operating system)

During the training, I attended lectures on classic control theory, PLC programming, and motor drives. Over two months, I successfully completed 45 control tasks utilizing Siemens and Kinko PLCs, as well as INVT motor drives