Can Bakır

- Lead system engineering activities for an ASIL-B RND-P Gear Selector Buttons Control project. - Designed system architecture, defining functional blocks, interfaces, and end-to-end system behavior. - Developed system-level requirements including LIN/CAN communication logic, diagnostics, and communication-loss behavior. - Defined mechanical system requirements in compliance with customer standards. - Prepared and coordinated DV / PV test plans covering environmental, EMC, and system functional validation.

- Utilizing CDD files to define and implement diagnostic requirements for Gateway ECU systems by using CANdela and similar programs. - Transforming the defined stakeholder requirements into a set of system requirements that will guide the design of the system for LIN control units, focusing on the temperature sensor integration within the onboard charger system - Using Polarion effectively to ensure the project process ( Impact Analyses, Reviews, Verification Criteria Allocations) and ASPICE

Working as an external consultant from T&S Engineering Gmbh for a DNOX system ASPICE responsible engineer in the Mercedes and BMW audits. Lead the ASPICE SYS.1 Requirements Elicitation to SYS.5 System Qualification process in the projects. Have an advanced knowledge with DOORS 9.X and IBM Rational Clearquest and Bosch Internal Review Tools Perform SW tests on the HIL test benches using INCA, VECTOR CANalyzer tool for flashing and testing and analysing purposes

Defined CoCo type Locomotive powertrain architecture with high-level and low-level design requirements, and prepared the documentation of the system requirements based on the V-Cycle methodology by using DOORS Created system architecture and prepared the technical specification documents for the drive unit subsystems including Gearbox, Motor, Coupling, Wheel-set, and Pneumatic Brake system in the Electrical Locomotive

Prepared technical solutions in response to RFQ/RFI. Worked with design teams to translate user needs into system requirements Prepared system architecture for electro-mechanical motion systems with 2-3DOF Prepared manufacturing and assembly plan to build a prototype by coordinating machining, coating, and composite companies. Performed FAT and MIL-STD standard environmental tests on the prototypes and delivered testing reports with compliance matrix in response to customer technical requirement sets.