Automotive EE Architecture

EE Architecture & System DesignDevelop and maintain vehicle EE architecture in line with automotive standards and company standards.Define and allocate system functions across ECUs ensuring optimal performance and scalability.Design electrical distribution systems, including power supply, grounding (mass), and protection strategies.Analyze vehicle electrical behavior, including activation states (awake/asleep, engine states).System Integration & CommunicationManage inter-system interactions, arbitration, and communication strategies.Design and validate network topology (CAN, LIN, Ethernet).Ensure robust intersystem communication using protocols like CAN, UDS, LIN, and IP-based communication.Utilize tools such as CANalyzer, CANoe for network analysis and exploitation.Electrical Design & ComponentsOversee wiring architecture and interconnection technologies.Evaluate electrical components, relays, and distribution systems.Ensure compliance of physical equipment and validate testing environmental conditions.Documentation & Process ManagementPrepare and manage technical documentation including:SFA (Schematics)SEE (Wiring documents)FIE (Electrical Interface Sheets)Use tools like JIRA, RECORD, SBM for tracking requirements, issues, and workflows.Project & Stakeholder ManagementDrive milestone deliverables and ensure timely convergence of project targets.Identify, assess, and manage risks and opportunities.Effectively engage stakeholders and ensure alignment across teams.Demonstrate strong negotiation, influencing, and decision-making skills.Tools & TechnologiesAutomotive Networks: CAN, LIN, Ethernet, UDSSoftware/Tools: CANalyzer, JIRA, RECORD, SBMMicrosoft Suite: Excel, PowerPoint, Visio, SharePointLeadership & Soft SkillsAdopt and demonstrate Agile mindset in daily activities.Strong analytical and synthesis capabilities.Excellent communication and public speaking skills.Ability to present technical results clearly to diverse stakeholders.Conduct training sessions and mentor team members.Proven capability to influence, argue constructively, and drive consensus.Qualifications & ExperienceBachelor’s or Master’s degree in Electrical/Electronic Engineering, Embedded Systems, or related field.Extensive experience in automotive EE architecture and embedded systems development.Strong understanding of vehicle electrical systems, communication protocols, and system design.Key CompetenciesSystem thinking and architecture designCross-functional collaborationProblem-solving and analytical thinkingStakeholder management and leadershipContinuous improvement and innovation mindset