Ruth Agwunobi

Designing system requirements and system architecture Diagram in accordance to SysML Prepared and presented system level design reviews Responsible for delivery of quality and functional safety activities in line electrical system process (ISO 26262) Carried out competitors benchmarking evaluation on new features Project ownership of multiple Smart Cabin features with cross functional across all Electric Control Units (ECU)) from concept to Start of production

System Ownership for NXT 1950i system to complete System Validation Worked closely with Volume System Install to ensure between electrical and mechanical requirements are met Report Subsystem integration progress, test result and subsystem functional and reliability status Collaborated with prototype engineers to write system verification procedures and modified automated troubleshooting, increased the production by 10% and reduced time spent in root cause analysis

Robotics, Microprocessor, Control Theory, Electric System and Machine, Power Electronics, VHDL DSP Designed and implemented a Switch Reluctance Machine (SRM) speed control model for electro-mechanical Brakes in hybrid electric vehicles using Fuzzy logic and PID controller on MATLAB/Simulink