Akshay Pakkath

Systems Engineering, Requirements engineering, Enterprise Architect, Ansys Medini Analyze, ISO 26262, FMEA - SAE J1739_202101 (AIAG VDA FMEA), FMEA - MSR (Monitoring & System Response)

My responsibilities included: • Defining the Product/system architecture based on MBSE • Creating the Product Development Process by aligning with all the departments/teams. • Developing the Safety & Security culture in the organizations. • Providing trainings on Functional Safety and AIAG VDA FMEA • Supporting the implementation of PLM tooling & Configuration Management • Managing all Functional Safety & Cybersecurity related work products, including Planning

ISO 26262, FMEA - SAE J1739_202101 (AIAG VDA FMEA), FMEA - MSR (Monitoring & System Response), ISO/PAS 21448, IEC61508, IEC61511, Ansys Medini Analyze

I am working as an external employee to support Plastic Omnium's advanced research team in Functional Safety related work products Key Skills: ISO 26262, FMEA - SAE J1739_202101 (AIAG VDA FMEA), FMEA - MSR (Monitoring & System Response), IEC61508, IEC61511, Ansys Medini Analyze

• Redefining the Product Creation Process (PCP) • Creating product overview by redefining the structural, functional and failure architecture for risk management and cost reduction. • Creating proposals for Development Interface Agreement. • Collaborating with stakeholders to refine the system boundary and break down systems into feasible sub-systems • Identifying and defining responsibilities • Responsible for requirements and interface management. • FMEA moderator - Plato e1ns - AIAG VDA FMEA framework

In different projects, I took various roles such as Functional Safety Manager, System Architect, and Test Manager. • Project: ‘Lateral String Stability in Vehicle Platooning’ Key Skills : ISO/PAS 21448 SOTIF, IBM Rhapsody, Matlab - Simulink • Project : ‘Autonomous Driving in Lane Merge Scenarios’ Key Skills : Agile project management, SEMAS methodology (SysML), Enterprise Architect • Project : ‘Drive-by-Wire Control’ Key Skills : ISO 26262 Road Vehicles - Functional Safety, FMEA, Ubuntu, ROS, CAN Bus

Powertrain NVH Investigation - Department of Structural Analysis

System Engineering/Architecture, ISO 26262 - Road Vehicles Functional safety, ISO/PAS 21448 - SOTIF, Model Based System Engineering (MBSE), Electric Vehicles (EVs) & Hybrid Electric Vehicles (HEVs), Automated Driving Systems (ADS) & Advanced Driver Assistance Systems (ADAS)

Mechatronics, Automotive IT systems, Model Based Engineering, Vehicle components and Driving dynamics, Drivetrain controlling, Drive Systems & E-mobility, Innovation Management, New Product Development, Production Management,

Internal Combustion Engines & Powertrain, Vehicle aerodynamics including CFD & Wind Tunnel Testing, 3D Modelling, Alternate fuels, Combustion chemistry, Supercharging/Turbocharging, Automotive Mechatronics, Vehicle Crash analysis, Advanced vehicle technologies