06/2016 ? 04/2017

Company/Branch:           Energy Storage system/Sueddeutschland

Tasks:

• GNU/Linux (Debian Jessie)
• System redesign/reimplementation, interprocess communication with azmq,
• standard c++ instead of Qt elements
• C++ 11,14 Boost ASIO, STL
• SQLite(c++ 11)
• ZMQ (azmq, c++11)
• Qt 5.x, QML, C++ extension plugins, QML and c++
• protocol buffers
• MODBUS (open library)
• HW device programming
• REST (Qt)
• JSON (Qt)
• Smarthome using radio communication devices (868.3 MHz, Z-wave, openzwave lib.)

02/2016 ? 06/2016

Company/Branch:           Consortes

Tasks:

• C++ 11,14 Boost ASIO,STL under Linux
• Qt 5, QML, C++ extension plugins
• Database handling
• Google protocol buffer messages
• Git
• Smarthome architecture (device selection process, sw architecture)
• radio communication devices (868.3 MHz, enOcean devices)

08/2015 ? 12/2015

Company/Branch:           ESG Munic

Tasks:

• C++ 11,14 Boost,STL under Linux
• Qt based flight measurement devices
• Database handling
• Google protocol buffer messages
• Git, Gerrit,Scrum
• Simulation

06/2015

Company/Branch:           Murrelektronik

Tasks:

• Hilscher Rcx realtime OS,
• EthernetIP,
• ODVA,
• Lauterbach debugger,
• CANalyzer,
• MOLEX tools

02/2015 ? 03/2015

Company/Branch:           Thyssen-Krupp

Tasks:

• Embedded linux
• c++ devlelopment,
• python development,
• system update functionality

01/2014 ? 11/2014

Company/Branch:           Convotherm/Bayern Application development

Tasks:

• Application development
• Linux, embedded linux, windows (portable)
• client-server arcitecture
• Various embedded toolchains
• TCP/IP network, serial communication
• User interface using Qt (5.3) framework with widgets and C++
• Sql database handling
• ZeroMQ
• C++11,  STL, BOOST(system, serialize, asio, etc.)
• Qtest, python test
• GIT, CMake
• Test driven programming.
• python tests
• scrum team

Main technical points:

• Design/Implementation/Test
• close to the hardware programming,
• protocol design / implementation
• C++ 11, zeroMQ, protobuf (google), boost
• python
• GNU/LINUX tools

01/2013 ? 12/2013

Company/Branch:           Swiss, radio communication  / Zuerich (suburb)

Tasks:

• Control programs for radio communication devices.
• Protocol design, implementation, test, close to the hardware prog,
• C++11,  STL, BOOST(asio) , zeroMQ, google protobuf
• GCC, CLANG (C++)
• LINUX
• GIT, CMake
• Model driven programming. UML, enterprise architect
• Test driven programming.
• Generic bridge design pattern (e.g.)
• Hardware device. FPGA related programming, serial device control
• Boost test, google test
• python tests
• scrum team

Main technical points:

• Design/Implementation/Test
• close to the hardware programming,
• protocol design / implementation
• C++ 11, zeroMQ, protobuf (google), boost
• python
• GNU/LINUX tools

01/2012 ? 09/2012

Company/Branch:           Carl Zeiss GmbH Oberkochen / Lithografy

Tasks:

• Embedded realtime linux , VxWorks realtime operating system
• Application /Kernel programming
• Libraries for general tasks (TCP/IP , serial line, etc.)
• Control programs for measurement devices.
• C++,  STL, BOOST.
• Modell driven programming.
• Test driven programming.
• Hardware device programming.
• Boost test framework

Main technical points:

• Design/Implementation/Test
• GNU/LINUX tools, Windriver tools
•  C++ , realtime processes, Windriver 6.8

06/2011 ? 12/2011

Company/Branch:           Rational AG D8

Tasks:

• Embedded linux (soft realtime), C++,  STL, BOOST, QT , XML.
• Modell driven programming.
• Test driven programming.
• Hardware device programming.
• Boost Meta State Machine

Main technical points:

• Design/Implementation/Test
• GNU/LINUX tools,
•  C++ , QT, multi-threading

10/2010 ? 05/2011

Company/Branch:           Kapsch Trafficcom Vienna

Tasks:

• C++ Templates and STL advanced usage.
• Boost Interprocess, Threads etc.
• Boost GIL (general image lib.)
• GNU tools, Cmake, Subversion
• UML2
• Smart card security
• security concept implementation
• High performance Security library implementation
• Pyrhon test framework
• Test driven progamming.
• JSON
• Open Source Tools e.g. auto-tools, make, GNU C++ Compiler.
• Version Control with Subversion.
• Full circle of analysis,conception ,design, implementation, testing.
• SCRUM method

Main technical points:

• Design/Implementation/Test
• GNU/LINUX tools
•  C++ , STL, BOOST, multiprocessing, thread safety

01/2010 ? 09/2010

Company/Branch:           Rational AG. D8

Tasks:

• Embedded linux (soft realtime), C++,  STL, BOOST, QT , XML.
• Hardware device programming.
• Subsystem design for logging.

Main technical points:

• Design/Implementation/Test
• GNU/LINUX tools,
•  C++ , CORBA, multiple threads

01/2006 ? /2009

Company/Branch:           A VoIP provider/Telecommunication

Tasks:

• Design and implementation of protocol ITU-T H248/MEGACO  in a  VoIP System.
• The most important used knowledges:
• CORBA interfaces. (omniORB) interface design and implementation.
• SIP (RFC 3261) and SDP (RFC 2327) protocol details.
• Multiple-threading with POSIX threads.
• Boost Library elements, e.g. bind, spirit, lexical_cast, numeric, etc.
• C++ Templates and STL advanced usage.
• Open Source Tools e.g. auto-tools, make, GNU C++ Compiler.
• Various  external libraries e.g. ASN1 Library
• Version Control with Subversion.
• Full circle of analysis,conception ,design, implementation, testing was made according to various working templates used by various companies.
• The direction of Internet/Multimedia applications seems to be the best according to my current and studied knowledges.

Main technical points:

• Design/Implementation/Test
• GNU/LINUX tools,
•  C++ , CORBA, multiple threads

05/2001 ? 12/2005

Company/Branch:           Siemens / Telecommunications.

Tasks:

• The full cycle of analysis,concept,design, implementation and designer-made test was my task in a team of 4-6 people.
• Multimedia content distribution system was implemented in C++ with strong STL usage.
• Python scripts were used for system wide tests.
• The design was based on various IETF RFC's e.g. IGMP protocol.
•  There were more than 35 developer from various countries involved in this over-middle sized project.
• I studied the actual ATM/ADSL related knowledges end a lot of tools and measurement gadgets.
• The main task was the design and implementation of a Video-On-Demand functionality for an existing Digital Subscriber Line Access Multiplexer (DSLAM).
• For some parts, (C++/STL)  the technical project leading was my responsibility.

Technical challenges:

DSL Hardware knowledge ,embedded real-time system programming

01/1998 ? 04/2001

Company/Branch:           Automation

Tasks:

• Gathering and real-time visualization of measurement data (Places: Budapest/Hamburg)
•  C++, TCP/IP,Socket Programming, DCOM(CORBA). OLE for Process Control  Server Implementation.
• Automation project (Places: Budapest/St. Poelten)
• C++,OPC Interface specification. implementation
• embedded switching and measurement device control via internet connection, OPC Server Implementation.

Technical challenges:

SW design, hardware programming

04/1992 ? 12/1997

Company/Branch:           Siemens/Telekommunikation

Tasks:

Digital Switching system system programming

Technical challenges:

Hardware knowledges,EWSD system, OS/2

Company/Branch:
broadcasting/telecommunication
Start / End:
09/1985 ? 03/1992
Tasks:
Intel Assembly
Technical challenges
Intel assembly, hardware programming