Asad Ahmed Ansari

Working as an Engineering Consultant for Advantest Europe GmbH • Provision of C++ based application development support for V93k test system • Understanding device specs to plan Functional, AC/DC Parameters test methodology BOSCH: • Development of DIB (Loadboard) Checker (x12) Testprogram for BOSCH CG124 (Power Module) Infineon Technologies AG: • Development of coding rules for C++, SmarRDI and SmartCalc using V93k • Infineon Proteus (Automotive Microcontroller) Test Program evaluation and debugging

Master’s Thesis in Automotive Product and Test Engineering Title: Robustness Validation using C++ Portable Stimuli to Test Worst Case Customer End Automotive Applications Description: Developing a methodology involving modeling Bosch GTM and CAN IP modules to generate randomize test cases to trigger performance critical paths. Verification and testing on microcontroller in the presence of worst case operating conditions to observe the device functional failure

• Development of scheduled based Stress Rack Test Cases on JAVA Groovy to calculate Modem Stability • Lab Testing Intel XMM Wireless modems focusing on physical, MAC and IP layer • Understanding of Intel Test flow and tools (CLA, Connection Manager, System trace Tool, Stress Rite) • Developing Excel VBA Macros to optimize extraction of required information and generation of reports

• Experience in SoC/ASIC digital Verification and VHDL based test bench creation and modeling • Understanding System on Chip Pre Silicon Verification Process Cycle for AURIX Micro-controller • Modeling and RTL level simulation using Cadence EDA Tools (Incisive, UVM like Perspec System Verifier) • Creating and executing Verification Plans and coverage for SoC complex IP (Bosch CAN and GTM)

• Software Regression Testing on Android and IOS devices and error reporting on JIRA/Confluence SQA • Development and automation of SOAP based bulk testing mechanism using windows power shell scripting

• Firmware development with device/chipset vendors (Sagemcom, Mediatek, Greenpacket) • Responsible for advance RF feature testing and ensure interoperability with Wimax 3.5GHz radio modems • Technical qualification and IOT of 3G and WLAN modems • Technical Documentation and co-ordination and collaboration with overseas vendors

Bachelor’s Thesis: “Mapping & Inspection of real time Stream of vehicular Traffic” (An Android application providing real time vehicular traffic updates using GPU & C++ based image processing) Objective: Solving vehicular traffic congestion using image processing techniques to provide real time traffic update on google maps via an android application (Google Maps, JSON, Open Source phpMyAdmin, Apache, OpenCV)

System on Chip Technology, Electronic Design Automation, Wireless and Broadband Communications, Testing Digital Circuit, Embedded Systems, Software Development, Multimedia Communications, Software Development

1st position holder with an aggregate of 91% (CGPA=1)