Taking part in an international team focusing on designing different autonomous driving system hardware platforms.

System Architect at Flex Budapest Design Center (BDC). Taking part in an Autonomous Driving Computer HW System Design.

Taking the role of Storage Product Owner in the Openstack based Ericsson Cloud Execution Environment (ECEE) at Ericsson Hungary. Most of my team members are in Aachen/Germany and our product line is sitting in Sweden. I am also working on strategic storage solutions within ECEE. Still teaching complex high-speed digital circuit design at Budapest University of Technology and Economics.

Working as System Engineer and Technical Coordinator at DUIB. I was involved in a new development of a board for Smart Service Router based on 4 socket Intel Broadwell server processor connected in a ring with QPI interface and each having DDR4 memories. Broadcom backplane switch was also used. I was responsible for the high level design and I also created the Design Specification. During implementation I was involved in schematic review and board bring-up. Being in contact with Intel and Broadcom FAE for clarifying technical details or undocumented features. Working together with a team in USA, Silicon Valley. Teaching complex high-speed digital circuit design at Budapest University of Technology and Economics.

Working as Project Manager and later as System Engineer at BNET / DURA / CCC HW. During this time I was envolved as Project Manager and Technical Coordinator in new developments, writing Implementation Proposals, Quick Studies, and Design Specifications. During design of different new boards I have been in contact with FAE of many different silicon vendors like Intel, Broadcom, LSI, Freescale, Marvell, TI, Xilinx, Altera for clarifying technical details or undocumented features. Created and presented at Ericsson Technology Board Sweden different studies like „Comparison of Cloud HW Solutions on Global Market”, „Outlook for Cloud Core HW”, respective a short study about new storage technologies and Cloud HW development strategy for Ericsson. As a "part-time" job within Ericsson I was also involved in Signal Integrity Simulations. Started a class at Budapest University of Technology and Economics titled "Integrated design of high-speed digital circuits" which covered the way of working, schematics and layout design, as well as signal and power integrity of complex high-speed digital circuits.

HW Project Manager of new HW designs at BNET DUCI. Responsible for setting up the project (Requirements, Quick Studies, Budget, Time Plan) and following the activities until the end of the project. Deeply involved technically in Implementation Proposal, Quick Studies, Design Specifications, Verification Specifications. Also involved as a volunteer in Configuration Managment and setting up way of working. Working in international teams with Swedish and Finish. Later deeply involved in NPI activities related to the board (SPOC between factory and design site). During this period - as a hobby - I started Signal Integrity simulations. Later I have become a Signal Integrity expert and have been involved in several projects beside the HW Project Management.

Involved as a HW Designer in an ATM Switch at BNET / DUCI. First I was working in Sweden for 5 month. My first task was to take part of redesigning all boards of the ATM switch to become RoHS compliant. Later I became a team leader and the majority of my team was placed in India.

Involved in the SW development of 3G Access Network Tool at BUGS / Technology and Research. For a short period I was also involved in TTCN3 compiler design and coding. Later I became a System Engineer involved in Quick Studies and Specification of the Tool based on our stakeholders' requirements. Also involved for a short period of time in the prototyping a tool for 3G phone performance and conformance testing.

I was involved in the SW development from the scratch of an industrial computer which acted as a PLC (Programmbale Logic Control). It included a compiler and it could be programmed in a Pascal type language. A Fuzzy Logic Controller was also implemented within it, the latter being based on one of my Ph.D. thesis. The SW development included drivers for the interface cards, task scheduler, respective ASM programming for intelligent interface cards (high precision frequency measurement card).

During this time I designed, developed and manufactured (soldered by myself) a small computer network using 8 bit Intel microcontroller 8051 and Motorola videocontroller. I also designed and developed the network protocol between 20 client devices (each with its own microcontroller, monitor and numeric keyboard) respective a PC with an ISA card through which the PC was connected to all of the 20 clients. The network physical layer was a coax cable in chain with terminations at both ends. This small computer network was used for checking the workers about their personal knowledge regarding the labour safety in a power plant. From the PC's database a question was sent out with 4-6 answers to each client, and the personal have to chose in a specified time the correct answer through its numeric pad. Time left for the answer was shown for each client. Once a client finished its answer the new question was sent from the PC to that client independently from the rest of the clients.