Narendra Kothuri

Performed system testing and validation on ECUs, ensuring project compliance. Conducted tests on Test Bench and prototype EVs, resolving critical issues. Managed Test Bench setup, ECU flashing, and coding. Analyzed diagnostic traces to validate system behavior and improve test coverage. Tools: Python, ODIS, IDEX, CP-Tool, Chipmunk, EsoTraceViewer, IOCTraceClient, Putty, TerraTerm, Wireshark.

Created CarMaker scenarios and scripts to perform SiL testing on RoadGraph software. Configured and updated ADTF setups for seamless execution with CarMaker. Executed RG recordings and applied TPT filters to generate tptbin files. Ran TPT test cases and analyzed results for validation. Documented findings and supported test automation. Tools: C++, Python, Git, Visual Studio, ADAS SiL, ADTF3, CarMaker, TPT.

Developed multiple Python projects including sensor data extraction and automatic update to Confluence, Ethernet adapter configuration to Cisco switch, and dynamic generation of network configuration files for various vehicle types. Created a KPI calculation tool to validate HMI Visualization data using real and simulation inputs, ensuring accuracy and consistency across test scenarios.

Developed unit tests for Road Graph software’s converter modules, ensuring 100% C1 coverage, Equivalence Class, and Boundary Value Analysis. Documented test results and improved processes through automation. Led the project, collaborated regularly with the customer, and planned/executed milestones. Trained new team members and supported knowledge transfer. Tools: C++, Python, Putty, Cisco Switch, Git, Confluence, Visual Studio.

Supported ECU integration into the vehicle network, ensuring smooth communication via development, testing, and validation. Used ODIS macros to read ECU ID data. Analyzed customer requirements, prioritized backlog, and led agile transformation by facilitating Scrum ceremonies. Automated Jira activities and created dashboards for reporting. Tools and languages: Python, CANoe, ODIS, Jira, Confluence.

Performed testing and validation of vehicle functions on test benches, including Lab Car and HiL systems at the OEM site. Developed automation solutions using Python scripts, CAPL, and designed CANoe Panels for efficient testing workflows. Conducted in-depth trace analysis of automotive communication buses such as CAN, LIN, Ethernet, and FlexRay using CANoe to identify issues and ensure system reliability.

Development of a Use Case Framework for Automotive Security Monitoring. Researched vehicle attack vectors and mapped them to security use cases. Explored threat modeling techniques (CKC, TARA, STRIDE). Derived mitigation/detection tactics with associated risk and impact assessment. Implemented a Risk Probability & Impact Matrix. Master's thesis extension: Proof of concept for a Vehicle Security Operations Centre (VSOC) demo environment in Microsoft Azure.

Testing of SOME/IP services in the Classic AUTOSAR environment. 1. Testing different functionalities of the vehicle like access, body, lights and central gateway using SOME / IP protocol. Developed test setup using Genivi vsomeip. 2. Interpreted the SOME / IP messages and generate the code from Franca IDL. 3. From the generated code, implementing the client application and checking the functionality of the services by subscribing to event groups and request to methods.

Developed automation test scripts for daily sanity scenarios in Java. Involved in the Development and Maintenance of Automation regression test cases. Involved in the development and maintenance of a hybrid framework. Detected the bugs & classifying them based on the severity in JIRA. Good debugging skills and experience in RCA Well adjusted in sprint planning, daily status meeting as per the agile methodology.

Understanding the Business Requirements, Preparing Test Scenarios and Test Cases. Automated and maintained the regression test suite in Java for iOS and Android mobile applications using the Appium tool. Involved in the development of Page factory framework to store web elements in selenium. Involved in peer review test cases and RCA. Performed various types of testing like sanity, system, re-testing, E2E.

Multicore Programming, Computer Vision, Machine Learning, Hardware software co-design, Design of software for Embedded systems, Formal Specification and Verification,Software Platforms for Automotive Systems, Media Encoding, Design of software for Embedded systems

"Digital Signal Processing", “Problem Solving Through Programing”,“Computer Networks”, “High Speed Networks”, “Network Security& Cryptography”, “TCP/IP Internetworking”, “Network Management”, “Object Oriented Programming”, “Database Management Systems” and “Computer Organization”.