Stevan Marinkovic

Leading software development for long range communication device (for communication between moving ground station and GEO and LEO satellites) - Linux based development (YOCTO) - C/C++, CMAKE

Audio amplifiers development for premium BMW cars - AUTOSAR based development - C/C++ - HW debugging using Lauterbach and Trace32 SW

Medical devices development: - Systems-Based Neurotechnology for Emerging Therapies (SUBNETS) - http://www.darpa.mil/program/systems-based-neurotechnology-for-emerging-therapies - System design (for both HW and SW) and deriving SW requirements - SW architectural design - Development based on functional safety standard IEC62304

Android development for 64-bits MIPS processor - libART (Android Real Time) port for 64-bits MIPS micro processor. - Quick compiler development, for Android Real Time (ART) virtual machine.

- Firmware development for Atmel 8-bit microcontrollers ATmega165PA and ATmega164A. ). Source code is implemented in AVR Studio 6.0 and compiled by GCC compiler for Windows. - Firmware development for Atmel 32-bit micro-controller AT32UC3A3256, based on FreeRTOS operating system. Source code is implemented in AVR Studio 32 and compiled by GCC compiler for Windows. - Production Test Board (PTB) development (writing test scripts (test cases) for testing system).

- Firmware development for embedded system, based on Freescale micro processor MPC8347PA. Boot loader (u-boot-1.3.4) implementation for micro processor MPC8347PA. Boot loader code is written by C programming language and compiled by gcc 4.3.3 compiler from ltib (Linux Target Image Builder) package. - Char drivers implementation for Linux kernel 2.6.29. Drivers are implemented by C programming language and compiled by gcc 4.3.3 compiler. - QT based GUI test application development