Lakshmanan Rajendran

• ADAS Level 2 and Park Assist System Development
• Responsibility:
• · Development of AEB, LDW, LKA, HOD, RVC, Parking Assistance features for A-Segment Electric Vehicle.
• · System Technical requirement updates and convergence with partner ECU owners.
• · System integration verification in digitally and physically to meet the intended performance as per design.
• · Led system testing, including requirement analysis, test case design, test execution, failure analysis, issue debugging, and tracking assignments.
• · Validated test cases against simulation models in both Model-in-the-Loop (MIL) and Software-in-the-Loop (SIL) environments, ensuring model accuracy and system behavior compliance.
• · Expertise in integrating virtual ECUs with associated bus systems, and vehicle model and tools ControlDesk/VEOS.
• · Prepared test planning and test strategy for software releases and Perform Vehicle Level Testing.
• · Conducted sample tests and rapid executions to verify system reliability.
• · Prepare safety documents which prove compliance with the safety as per ISO26262.
• · Convergence with Homologation authorities on the test protocols and planning.
• · Set up bench for testing. Developed the test bench harness and performed system testing on bench.
• · Oversaw configuration management of all test artifacts using CM tools
• · Organized and contributed peer reviews of internal and external test reports, defects, and release plans for approval.
• Log the defects and perform RCA and documented lessons learned, communicate with other teams who might get similar defects.
• Tools Used:
• · CANalyzer, DDT 2000, Vector Hardware, dSPACE (ControlDesk and VEOS). CATIA V6, NX Teamcenter.
• Led a cross-functional team to design and implement advanced vehicle engineering solutions, ensuring alignment with industry standards and project objectives.
• Managed the integration of innovative technologies into vehicle platforms, improving overall performance and enhancing user experience.
• Developed and maintained engineering documentation, including specifications and design records, to facilitate compliance with regulatory requirements.
• Conducted thorough analysis of engineering processes, identifying opportunities for optimization and implementing best practices to increase efficiency.
• Mentored junior engineers, contributing to their professional growth and overall team productivity.

• Project: Driver Drowsiness Attention Alert (Steering torque based) to meet AIS184
• Responsibility:
• · Preparation of Request for information and Quotation and supplier technical evaluation process.
• · Preparation of System Technical requirement and convergence with partner ECU owners.
• · CAN matrix request convergence with supplier and internal ECU’s owners and update overall CAN database of the vehicle in line with design. CAN Protocol: CANLS, CANHS, CAN-FD.
• · Build an overall development plan for the system which includes Data collection, calibration parameter Tuning plan, SW release plan from Logic supplier and HOST ECU, Vehicle homologation.
• · Led system testing, including requirement analysis, test case design, test execution, failure analysis, issue debugging, and tracking assignments.
• · Convergence with Homologation authorities on the test protocols and planning.
• · Defect Tracking and Management using defect management tools.
• · Collaborated with cross-functional teams to define Test requirements, resolve technical issues, and ensure alignment.
• · Conducted regular project status meetings, providing updates to stakeholders and identifying areas for process improvement.
• Tools Used:
• · CATIA V6, NX Teamcenter, CANalyzer, DDT 2000, Vector Hardware. JIRA, APQP.

• Project 3
• Development of 360° Camera, Rear View Camera, Parking sensors (ECU and Non-ECU Based)
• Responsibility
• • System Technical requirement updates and convergence with partner ECU owners.
• • System integration verification in digitally using CATIA V6 to meet the intended performance as per design.
• • Review System requirements and develop test cases to ensure comprehensive test coverage.
• • Setup and Configuration of Vector bench test environments and Integrating parking system [Camera, Ultrasonic sensor, parking ECU] into HIL setups and vehicle for thorough validation.
• • Plan and support functional testing activities for sensors, in-vehicle communication, and control units.
• • Reporting test results to system owners and suppliers and conducting RCA for identified defects.
• • Managed defect tracking and resolution to enhance system performance and reliability.
• • Convergence with Homologation authorities on the test protocols and planning.
• • LIN based standalone parking system development. (Rear + Front UPA)
• • Plan and Manage part procurement aligning with project milestones. Coordinate with Suppliers/teams
• • Perform in-depth benchmarking of Parking Domain features and functions, analyzing industry standards to identify key improvement areas. ·
• Tools Used:
• · CANalyzer, DDT 2000, Vector Hardware, CATIA V6, BOM Tools.

• Worked on automotive aftermarket RPAS, RVC systems and electrical installation.
• Customer handling, MOM documentation, PCB & relay panel testing, system FMEA preparation.
• Led meetings, tracked delivery KPIs and coordinated with customers for automation projects.
• Plan and Manage part procurement aligning with project milestones. Coordinate with Suppliers/teams
• Managed defect tracking and resolution to enhance system performance and reliability.
• Collaborated with other departments to facilitate successful project completion.

First Class with Distinction, [7.62 CGPA, 2015]

Final Grade: 88.1%

• Ranked 1% in School

Final Grade: 88.4%

• Ranked 1% in School