Project description: Automotive LOB - Multiple Accounts - Connected Mobility and ADAS projects Responsibilities:- Develop and coordinate a multilocation (Asia, Europe, USA) team of 100+ persons (hire, evaluate, reconfigure teams)- Manage internal R&D projects and client projects according to stakeholders expectations and delivery timeline - Align cross-functional teams (internal and external) for optimizing the implementation of features and fixes- Adjust processes for improving the quality of the deliveries- P&L management to meet business targets- Lead part in up- and pre-sales activities

Project description: Automotive LOB - Connected Mobility EngineeringResponsibilities:- Develop and coordinate a multilocation (Asia, Europe, USA) team of 50+ persons (hire, evaluate, reconfigure teams)- Align cross-functional teams (internal and external) for optimizing the implementation of features and fixes- Manage few projects according to client expectations and delivery timelines- Adjust processes for improving the quality of the deliveries- P&L management to meet business targets- Take part in up- and pre-sales activities

Project description: Automotive LOB - Continental Account. Telematics Control Unit (TCU) solution for Tier 1 automotive supplier, which consists of an on board vehicle system that controls tracking of the vehicle with the help of embedded GPS, GSM/GPRS and Wi-Fi and extends it with new functionality. Solution based on Qualcomm SOC/Modem and Freescale. Our team was responsible for Location Service, Online Traffic and Floating Car Data, Emergency Call and Customer Connectivity Opt-In applications implementation.Responsibilities: • Lead a team (30+ ppl.). Manage project scope and changes• Communication with the customer on a regular basis• Refining the software requirement specification and evaluating the elapsed time and resources• Architecture design of main components, mechanisms of interaction and interfaces between them• Reviewing and integration of software development deliveries• Management of project risks. Analyze results and troubleshoot problem areas• People management and development. Monitor staff performance and complete performance reviewsTechnologies: C/C++, Linux OS, Qualcomm NAD library, tinyOSEK, CAN, TP, TP-on-TP and OVTP automotive transport protocols, MQTT and FTCP protocols, Protocol Buffers by Google, IBM Rational Synergy/Change/Rhapsody, Git/Gerrit

Project description:Automotive LOB - Continental Account. Telematics Control Unit (TCU) solution for Tier 1 automotive supplier, which consists of an on board vehicle system that controls tracking of the vehicle with the help of embedded GPS, GSM/GPRS and Wi-Fi and extends it with new functionality. Solution based on Qualcomm SOC/Modem and Freescale. Our team was responsible for Location Service, Online Traffic and Floating Car Data, Emergency Call and Customer Connectivity Opt-In applications implementation.Responsibilities: • Lead a team (6 developers and 2 testers). Distribution of tasks among them and coordinate development process• Communication with the customer on a regular basis• Refining the software requirement specification and evaluating the elapsed time and resources• Architecture design of main components, mechanisms of interaction and interfaces between them• Software implementation of components• Reviewing and integration of software development deliveries• High level detailed design documentation writingTechnologies: C/C++, Linux OS, Qualcomm NAD library, CAN, TP and megaTP automotive transport protocols, MQTT and FTCP protocols, Protocol Buffers by Google, IBM Rational Synergy/Change/Rhapsody, GIT

Project description:Automotive LOB - Continental Account. Radio/Audio Platform solution for Tier 1 automotive supplier. Solution based on TI’s Jacinto SOC and Diarana2 chip and TI’s Jacinto VIS SDK SW platform. Audio Radio Subsystem is based on µItron OS (PrKERNELv4 from eSOL). Focus on TI’s Jacinto GPP side software, which provides audio control logic handling (connection/disconnection/switching/mixing), settings control such as Bass/Mid/Treble, Mute/Unmute, Volume/Balance, Limiter, Equalizer via communication with Dirana over I2C interface and audio data flow routes definition between sinks and sources. Communication with DSP, which is responsible for audio data flow and audio post processing (filtering, ECNR, etc.).Responsibilities:• Lead a team of developers• Communication with the customer on a regular basis• Developing and long-term maintenance of audio subsystem software implementation• Reviewing and integration of software development deliveries• High level detailed design documentation writing.Technologies:C/C++, Texas Instruments toolchain, µItron Operating System (PrKERNELv4 from eSOL), DSP/BIOS Real-Time Operating System, IBM Rational Synergy/Change, eBinder, Code Composer Studio

Project description:Automotive LOB - Harman Account. Media Extension Unit (MEU) for Tier1 automotive supplier. MEU is an on board vehicle solution which adds certain functionality, such as Navigation, Speech Dialog System, Voice Recognition, etc., while sharing the same screen with main Head Unit. The system based on Linux OS. I was responsible for audio subsystem components (Audio Management and Beep). Audio Manager provides: audio focus handling, arbitration between different audio sources and audio channels, allocation/deallocation resources on sinks (speakers) for different audio sources: Basic (Browser, USB, etc.) and Interrupted (Navi prompts, SDS, Text To Speech TTS, Voice Recognition VR, Beep) and communication with sound card over Advanced Linux Sound Architecture (ALSA) control commands for audio routing (source switch) and processing (change volume level, fadeIn/fadeout, mute/unmute). Our team is also responsible for IO device components, such as Input Manager, Layer Manager, Mode Manager and Security (Secure Access Module SAM chip).Responsibilities:• Architectural design and software implementation of audio subsystem and IO devices components• Reviewing and integration of software development deliveries• High level detailed design documentation writing.• Distribution of tasks among team members. Communication with the customerTechnologies:C/C++, MoCCa IDE, Linux OS, LINT code checker, AVC LAN automotive protocol, ALSA, Nuance, SAM chip, GENIVI Layer Manager

Project description: Automotive LOB - Harman Account. NBT/EVO offers the most advanced technologies for the BMW cars, from high-end audio systems with leading-edge multi-channel surround sound technology, to complete infotainment systems with navigation, voice control, Internet, Email, MP3, TV, DVD, and video. The system based on QNX OS. I was responsible for audio subsystem components (Connection Master, Audio Master, Audio Management, Jingle, PDC etc.), which handle sources audio, such as Entertainment (FM, DAB/DMB, TV, USB, CD/DVD, A2DP), Navigation, Jingle/Gongs, Park Distance Control (PDC), Speech Dialog System (SDS), Text To Speech (TTS), Telephone, etc.Responsibilities:• Software implementation of audio subsystem components.• Features and change requests implementation• Software maintenance and support, bug analyzing and fixing• Reviewing and integration of software development deliveries• Component/Unit Tests implementation• High level detailed design documentation writingTechnologies:C/C++, MoCCa IDE, MOMENTICS IDE, QNX OS, LINT code checker, CAN automotive protocol, MOST Bus communication protocol

Project description:The TC-3000C Bluetooth Tester is able to analyze the data of every packet transmitted to the upper application protocol layer using the protocol stack that was developed internally at Tescom. In addition, it enables the user to examine signals that are sent and received. The wide range of built-in waveform analysis functions include spectrum analysis, modulation analysis, period power analysis, etc. Since it has important test cases such as EDR built-in, the tester allows the user to check the eligibility of the product standard with ease.Responsibilities: - Developed and implemented of cryptographic algorithms with the help of C language to enhance Bluetooth security for Bluetooth tester TC-3000C; - Developed frames for GUI with the help of QT; - Bluetooth software stack implementation for Linux platform;- Bluetooth software stack developing for DSP (digital signal processor) platform using embedded C. Management of protocols and profiles level;- Developing and supporting of Linux and Windows applications for wireless communication test;

Project description:An-148 plane simulation cab are the motion based flight simulators imitating the actual aircraft flight, equipped with the exact replica of the actual aircraft cockpit and advanced visual system, and intended for training and honing the piloting skills.Position: C/C++, PHP, Javascript, MySQL software developer at An-148 plane simulation cab project.Responsibilities: - Developed new web-interface for sound control of An-148 plane simulation cab using HTML, PHP, Javascript, MySQL and CSS;- Developed Morse code generator for Windows and Linux platform using C/C++ language;