Ahmed Elnahass

-Responsible for business and technical activities supporting customers in Europe and worldwide. -Automotive System/SW architect. -Automotive Functional Safety Manager

Consultant System Engineer for Nippon Seiki (Europe) B.V. infotainment Head-up displays for VW group (AUDI, PORSCHE)

Managing 2 teams of 10 engineers working with German, U.S. and Indian customers. My role includes technical support to the team members and process management following the Agile SW development cycle starting from requirements management to task monitoring and sprint planning following the process requirements from ISO26262 for automotive function safety. Automotive tools experience including Vector CANoe and CAPL language. Certified FAE (Field application Engineer) from VectorCast for unit testing.

Developing a tool for CAN, LIN and FlexRay bus analysis, stimulation and software safety Analysis: -Project manager following the Agile software development (Main tools used: Jira and Confluence) -Technical leader supporting team of 5 developers, designed the main program architecture. Developing backend of a self-monitoring and auto-configurable embedded system based on Yocto embedded Linux and sqlite-3 database.

Design and Implementation of the Physical Layer of the LTE Mobile Communication System including the uplink and downlink different channels (broadcast, shared and control) implementing blocks such as modulation, turbo coding, scrambling, channel estimation and FFT, using OFDMA, MIMO up to 4x4 techniques.

Design and Implementation of the Pulsed Wave Doppler Radar using MATLAB and SIMULINK. Implementing on XILINX FPGA Kit using HDL code generation and XILINX system generator to produce VHDL code. Project objective to detect the velocity of a Tsunami wave, used in weather applications.

Design and Development of RF in-building distributed antenna systems (DAS) using in-building design tools (iBwave) and wide range of RF distributed antenna system products (Andrew Commscope) to provide coverage to different venues (High rise buildings, Convention Centers, Arenas and Stadiums).

Design and Implementation of the Physical Layer of the LTE - Long Term Evolution - Mobile Communication System (Using C-Language and MATLAB) including the design of Beam-forming Antenna System.