Coordination of the NTT DATA activities in Novi Sad and Serbia in general. Responsible for office and administration coordination. Responsible for general delivery from Novi Sad. Partially involved in embedded pre-sales activities of NTT DATA Romania (won projects from automotive and IoT domains) with active involvement in account management. Partially involved in System/Solution architecture of embedded products/projects.From April 2019, I'm also Head of Edge computing competence center of NTT DATA Romania.

Initially, delivery management of 4 teams consisting of 20-25 engineers (2 development/integration, 1 system testing and 1 R&D) for Tier 1 automotive supplier. Coordination of the teams, engineer performance evaluation, direct customer communication and project/work package negotiation.Afterwards, delivery management of automotive, IoT (2 from IoT, one from IIoT and 2 fromEdge computing sub domains) and internal projects including engineers from various locations.

Working with tier 1 automotive supplier company on their line of telematics products. Application development (C++) on a customer platform which covers GPS, WiFi, BT and GSM. Platform consisted of 2 ECU's, first one running RTOS (OSEK) and second one running Linux. Implementation and debugging of features in customer middleware layer. All work was done according to V-Model.

- MAN B&W - writing architecture overview of specific module, optimization of GCC's libc, writing unit test, improvements for automated tests- Porting of the Kodi Media Server (formerly known as XBMC) on Dragonboard 410c. Dragonboard 410c is Arrow’s design board based on Qualcomm 410c MCU (MSM 8916). The target was to get latest Kodi (Jarvis beta version) running on 64-bit Ubuntu Linux available from Linaro. In addition to this, a case study for of hardware acceleration for Kodi was made.- Implementation of simple OMX H264 encoder and decoder components for Qualcomm MSM8974. The aim was to utilize hardware encoding and decoding capabilities of the Qulacomm MSM8974 and measure the performance.- Making a feasibility study with cost estimation for customer which produces electronic cash registers. Feasibility study needed covering of existing solutions for touch panels, development environments, existing code modifications. The result was a multiple choice development plan with architecture proposal and cost/effort estimation.- Implementation of USB Virtual COM Host driver on platform based on STM32 generation- Rework of the existing code for Electronic Cash Register and splitting into multiple independent libraries. The goal was to get partial software update for the device possible

- DVB and IPTV middleware and application development.- Tuner and demodulator driver integration/porting- Optimization of scan routines for DVB- NorDig and CableReady certification- Embedded Wizard OSD development- Application and OSD integration- DSMCC API development- SI/PSI improvements - DVB service database expansion- Low level system configuration- Board bring up (Software part)- Basic TV (without IPTV) team lead for customer project- DVB-S/S2- Android BSP customization- Android based TV development- Android STB development- HDCP support integration in STB- DISEqC

Development of a small scale ZigBee sensor network.

New Generation 8-bit controller for picture improvement based (FRC generation)

Real Time operating system, Embedde Real Time application development for 32-bit controller

Cypress EZ Boards, IDE bus connection, Micronas 32-bit controller software, doxygen

- Implementation of Reed-Solomon and Golay error correction coding on Micronas MASC DSP - Implementation of Task Monitor for Nucleus+ based RTOS (MICTOS)- Implementation of JPEG viewer application in Micronas referent SDK for TV systems- Designing ATA/ATAPI bus multiplexer board and expanding the driver support on Micronas MDEB TV platform