Tanya Srivastava

● Developed platform-independent binary building system, streamlining regression workflow time by 70%. ● Efficiently developed automated test config generator, reducing task time by 81.5% and expediting testing. ● Optimized test plans and executed 20 million+ monthly tests on advanced GPU C++ models to ensure high quality. ● Collaborate with cross-functional international teams (GPU modeling, hardware design, verification, optimization, etc.) for build and test plans. ● Innovated GPU tools and infrastructure, implementing result-based programming in Python, C++/C, Perl, Ruby, Django, JavaScript and SQL. Achieved improved response time through cloud-based CI/CD. ● Worked on various platforms (Windows, Linux, Web Servers, Vulkan, OpenGL, etc.) using network protocols like HTTP. Skills: Graphical Processing Unit (GPU), Windows and Linux OS, Version control- GitHub, Perforce, Confluence, Python.

-Help ensure the quality of Qualcomm's Adreno GPU by running more than 20 million tests every month on the most advanced GPU C++ models. -Work closely with GPU subsystem modeling, hardware design, verification, driver compiler, and post-silicon teams to configure, debug test plans. -Work on optimizing the test plans and their execution on compute farm. -Develop tools to analyze and report the results of GPU C++ modeling tests. -Work on Windows, Vulkan, OpenGL conformance test suites, in addition to a large infrastructure with Linux, Windows, Web Servers, SQL databases, Python, Perl, and Ruby tools. -Research and innovate to accelerate the migration to cloud-based technologies from the existing GPU Infrastructure using programming like Python, Perl, Ruby etc.

- Working on initial bring-up phase of future chipsets by testing on FPGA-based emulators developed by Qualcomm to emulate various modem platforms. - Resolve builds failures, dependencies on different subsystems, or embedded test hardware based on the ARM-based RTOS platform. - Perform complex system-level testing of modules like wireless communication, semiconductor, Modem, Sensors, RF components, power management modules, High-level OS for mobile, Low-level OS, Multimedia, network modules, low-power module, network technologies-5G,4G LTE,3G, GSM, UMTS, EVDO,CDMA, Bluetooth, Wi-Fi and other integrated components. - Utilize various debugging tools - JTAG, ADB, simulators, 5G R&D callbox Toolset, log & crash analyzer, QXDM, QUTS, Axiom, PCAT, QMITestPro, etc. - Support integration of new products, maintaining scripts to optimize the integration of existing Qualcomm Snapdragon chipset products based on predefined plans. - Execute automated and manual sanity testing to validate the integrated build, create testing scripts to automate the test scenario using Python, XML, develop tools to support Product Software Integration and Testing. - Maintain/ troubleshoot the device under test, test hardware boards, test mobile prototypes, high power 5G analog signal generation and synchronization call box setup, low-level, and high-level software issues, Pre-Silicon, Post-Silicon integration. Skills: Product software integration of existing and new chipset bring-up, testing, debugging, Qualcomm 5G Chipsets, Radio Access Technology, 5G, 4G LTE, GSM, WCDMA, CDMA, Android Debug Bridge (ADB), JTAG, Linux, FPGA-based environment, 5G R&D Toolset, GIT, Perforce

Volunteer research work at the CEIRA Lab to support the study on energy harvesters using piezoelectric transduction.

(Embedded System & RF device) • New device development by identifying the design & functional requirements, suitable electrical/electronic components, operating technology based upon determined requirements, mapping them to the software and the electrical design specifications. • Develop prototype-testing circuits used in the product development cycle, use schematics of electrical & electronics component, datasheets, technical specification documents. • Contribute in the development of Embedded Software and Graphical user interface for high reliability/critical plasma technology-based medical device • Researched and developed the Radio Frequency (RF) based product using analog & digital components, Microelectronic Sensors, power management circuit, low power design and delivered on-time with better device performance. • Collaborated with a cross-functional team, document & maintain new/existing software development life cycle (SDLC) by developing Design Specification, Requirement Specification, Verification, test analysis report, product designing guidelines, version control, streamline future maintenance to meet the regulatory requirements (FDA, CFDA, CE) for Class II & Class III medical devices. Skills: Embedded C, 8/ 16- bit microcontrollers (MCU), MEMS accelerometer, Radio Frequency, Circuit development, working with through-hole and Microelectronics (MEMS) components, Hardware Protocols-RS-485, I2C,Graphical User Interface, Embedded Hardware & Software development, testing & debugging critical devices, touchscreen, Regulatory- MISRA C, FDA, CFDA, CE, Product development Life Cycle Tools: MPLAB X IDE, Proteus VSM, Microchip Code Configurator, Arduino Sketch, Analog & digital lab equipment- Oscilloscopes, Digital Multimeter.

ECE course: Circuit Theory for Engineers • Mentored the students to understand the fundamental of ECE, circuit theory, rapid prototyping, circuit design, and testing, DC circuit analysis, inductors and capacitors, first-order response, AC circuit analysis, power analysis. • Analyzing using LABVIEW and various lab equipment- Logic analyzer, multimeter, oscilloscope, circuit laws and other concepts. ECE 3110: Electrical and Computer Engineering Projects- Capstone Lab • Mentored the students to understand the fundamentals of Electrical, Electronics and Computer Engineering, circuit theory and firmware design in Capstone lab by hardware & software development of projects, rapid prototyping, circuit design, simulation and testing. • Troubleshooting and debugging using LABVIEW and various lab equipment- Logic analyzer, multimeter, oscilloscope, signal generator. • Skills: C, C++, Arduino, LabView, Oscillator, Function generator, Digital Multimeter, Hardware, and Software development, Embedded boards, Analog Circuit, Digital Circuit.

CEIRA Lab • Research study on ‘Simulation of spiral-shaped human energy harvester using piezoelectric transduction’. Study included Computer aided design and simulation of Piezoelectric based Pressure Sensor, analyze the performance of novel pressure sensor over existing pressure sensor designs .

• Completed ‘World’s largest wireless display using Breadboard’ (attempted for the Guinness Book of world record), a mobile controlled wireless display interacting wirelessly at pixel level. • Developed projects on multiple hardware platforms& architecture - AVR, ARM, ATMEL, PIC, wired and wireless communication- Zigbee, RS 232, Bluetooth, RF, DTMF using encoders, decoder, analog and digital electronics circuit, ADC, PWM. • Understanding schematics, technical documents, datasheets, debug, multimeter (DMM), oscilloscope, logic analyzer Skills: Embedded C, Microprocessor, RS232, RFID, DTMF, Bluetooth, algorithm development, PCB designing, Embedded system, GSM, Mobile Controlled, Analog and Digital Circuit. Electronic Design and CAD Tools: ORCAD, PSPICE, CAD for electronics, Proteus, Micro-controller debugging and development tools https://www.facebook.com/events/478758568854316/?active_tab=discussion

• Accomplished project- ‘Smart Township’ recognized by LIMCA BOOK OF WORLD RECORD- delivering the requirement within a strict deadline. • Experience in team leading and gained hands-on experience prototyping electronics circuitry integrated various sensors- analog and digital, microprocessors, displays, MYO gesture control armband. Skills: software & hardware integration, testing, troubleshooting, test equipment- mixed signal oscilloscope, logic analyzer, function generator, mixed-signal circuit.

• Proficient in design schematics, prototyping electronic circuitry that employs various sensor, accelerometer, displays, DSP processors, motor control, Myo gesture control • Experience in hardware debugging & testing using a mixed-signal oscilloscope, logic analyzer, function generator, analog & mixed signal circuit. Accomplishment: • Successfully accomplished the project delivering the requirement within strict deadline- ‘Smart Township’, which was recognized by LIMCA book of World Record.

• Worked as a summer trainee at Regional Telecom Training Centre exercising day-to-day activities of a telecom engineer. • Experience on various network technology- GSM, CDMA, 3G, Mainframe Switching Center, switching sections and understanding of optical fiber cable, splicing, physical connection routing at base switching center and telecom equipment in different sections. Skills: GSM, CDMA, 3G, Mobile network technologies, Network based routing equipment, Networking equipment.