Summary: more than 7 years in-depth experience mobile devices software testing and validation process at projects for Motorola Mobility Inc. 3 years experience working at USA during business trip – Libertyville, IL. Excellent universal experience in writing and oral conversations with all related groups of requirements, software developers and test engineers. Perfect communication skills, colloquial and technical language English. Analytical skills, the ability to get across ideas, working on multitasking projects, involvement in a final effort as a result of process improvements. Objective: System Integration Test Engineer (Software Test Engineer) position. Employment: April 2006 - now Software Test Engineer, sub-contractor of Motorola Mobility Inc. Currently working as a test group lead on Google Android OS Kernel/BSP (board support package) level for mobile devices based on Qualcomm MSM8960Pro, MSM8226, MSM8610 and Intel chipsets at Motorola Mobility, Inc. Responsibilities: To provide a technical requirements review, a complete test life-cycle coverage, faults analysis and monitoring for Kernel/BSP related functionalities on Motorola Mobility handset with GSM, CDMA, UMTS/WCDMA, Wi-Fi networks and TCP/IP protocol. GPRS, HSDPA/HSUPA, LTE, GPS technologies using Live Operator’s and simulated networks. KPI, performance and data throughput measurement using WireShark, IPerf and internal ADB tools. To create, update and run a shell-scripts at Linux environment for Android OS based projects using black-box technology of testing. Test creation: ● Review and analysis of relevant feature requirements and related IT industry standard specifications. ● Active collection of missing requirements and clarification of ambiguous information. Constant communication with all related departments and teams. ● Creation, validation, management and status update of related test cases, test suites and test plans 3000 manual and automatic test cases were created for Kernel/BSP features including 1000 for different types of network and protocol connection. ● All tests were relevant and were created on time and 100% of the tests were executed in corresponding product development milestones. ● All test cases were associated with a corresponding way of product quality verification – sanity, monkey, smoke, feature, usability, performance, integration, user interface, stress, user trial testing. ● Test creation always satisfies requirements traceability matrix. Test execution: ● Test setup configuration required equipment for specific procedures verification in such areas as: Data throughput measurement for GPRS/WCDMA network types, TCP/IP protocol, WiFi coverage tests, audio quality for calling at GSM/UMTS/CDMA, KPIs measurement, current drain measurement. ● Low-level kernel driver component testing on different embedded chipsets: TI OMAP, NVIDIA Tegra, Qualcomm MSM, Broadcom, Intel. Running scripts which were written in shell under Linux environment. ● BSP/Kernel functional areas testing: USB-Ethernet network support, USB Tethering data throughput, MTP data throughput, GPS KPI, WiFi, BlueTooth, display KPI, touchscreen KPI ,camera KPI, CPCAP/TCMD/I2C buses, CPU usage KPI, audio routing, ALS/LED/Fingerprint/Proximity sensors, keypad, compass, accelerometer, bootloader, SD/MMC support, 3.5mm jack, accessory detection, speakerphone, linear vibrator and SIM card. ● Hi-level UI and feature testing for following software components at Application layer: messaging, multimedia, accessories, mobile network-related features, camera, bluetooth, wifi, sensors, GPS, etc. ● Utilization of special tools, measurement and debugging equipment to provide detailed information on observed failures. WireShark, iperf, ADB tools. Agillent PS8960, UART logs, panic logs, regitry dumps, etc. ● Initial failure analysis, log collection on mobile and on the network side, as well as failure documentation using bug tracking systems JIRA, BUGZilla, WSD-DDTS databases. ● Multi-level testing approach to comply with the program timeline: sanity, component and feature, regression interaction, performance, automated stress and stability. ● OTA and manual SW update and Android version migration process testing. ● Test support and maintenance of previously delivered versions of Android OS platforms Test cycle management and reporting: ● Made decisions and recommendations on test coverage and priorities based on product risk and resources. ● Discussing system optimization and process related improvements in areas with multiple groups. ● Creation final reports and documentation using Microsoft Excel, Word and Power Point software. Part of the Platform test team in the following Products: ● Motorola Xoom Tablet -- all configurations ● Motorola Xyboard 10” and Xyboard 8” Tablets -- all configurations * Motorola X, Motorola G, Motorola Droid HD/Ultra ● Motorola Droid RAZR // Droid RAZR M // Droid RAZR I ● Motorola Atrix 4G, Motorola Atrix2, Motorola Droid 4, Motorola Photon 4G, Motorola Droid Bionic, Motorola Droid X2, Motorola CLIQ, Motorola Backflip, Motorola CLIQ XT Operation Systems were used: Android 1.5 upto Android 4.4 all intermediate versions as well. Chipsets were used: Nvidia Tegra 2 AP20, Nvidia Tegra 2 T20, TI OMAP 4430, Qualcomm MSM7201, Qualcomm MSM8960, MSM8960Pro, MSM82226, MSM8610. ● Motorola Foma M702is -- Freescale chipset based for NTT DoCoMo Japanese network operator. ● Motorola Z6, Motorola RAZR V9/V8, Motorola RAZR V6 maxx, Motorola RAZR V3, Motorola RIZR Z3, Motorola KRZR K1/K3, Motorola W510 Platform PK2 (P2000) was used Mobile Network operators: AT&T, T-Mobile, Verizon, Qwest, NTT DoCoMo, Vodafone, Orange, O2, retail Tools & Skills: ● Internal Motorola tools for flashing, flexing phones; Qualcomm SW for getting logs – QPST/QXDM, CDDTS Rational Clear Case systems. DISSECT system for control changes. ● Operating OS: Microsoft Windows family, Linux Ubuntu. ● Setup Equipment: Agilent 6632A/B, E3642A Power Supplies, Hewlett Packard 66311 Mobile Communication DC Source, Agilent 8960 Wireless Communication Test Set, Rohde&Schwarz Universal Radio Communication Tester CMU200, JRC NJZ 4000 for simulating UMTS network, ethernet dongles, mobile dock stations, Wireless Wi-Fi access points. ● English (fluent), Russian (native speaker)

Institute of Informational Technologies and Business Systems, Master degree GPA 4.9 (diploma with honours)

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