Embedded Software Developer (C/C++)

Telematics project (C++/Linux/Yocto)

• Responsible for development of data processing from the GNSS chip

• Responsible for development of drivers for PPS

• Responsible for creating FIDL and CDL interfaces for different client applications

• Responsible for developing synchronization mechanism for different types of data using PTP

• Maintenance of the already existing code on end of life products

• Different feature development as requested by the clients

• Development and integration of sensor interface and data processing

• Development of shared libraries

• Development of test applications for different features

Tools and applications used for projects development:

• Protocols and APIs: CommonAPI, Nanomsg, FIDL interfaces, Android HAL, NMEA, RTCM, GPS,

• DLT, DBUS, UART, PCP

• Version control: GIT, Gerrit, Bitbake, CMake

• Debuggers: GDB debugger, UBX Analyzer, ST Tracer

• Process and methodology: Agile

• GNSS chips: Ublox, ST, SLSI

• OS: Linux/Yocto

• Task Management: Elvis, Jira, Confluence

Intel Movidius Myriad X (C++/Linux/Yocto)

• Develop and implement image processing pipelines

• Assist client in developing and debugging different image processing pipelines

• Maintain the existing code on multiple platforms

• Develop methods for transforming NN models from well known frameworks like Tensorflow into

• proprietary models that can run optimally on embedded devices

• Develop and implement audio frameworks based on AI algorithms for noise canceling and noise

• reduction

• Implement well known networks for object tracking/recognition on embedded devices

• Optimize the code for Leon co-processors working with proprietary image processing units

• Development of unit tests using GTest

BMW POC (C/C++/Linux Embedded)

• Implement PCKS#12 standard for encryption of authentication process

• Develop server/client authentication process based on CA certificates

• Develop GUI in WxWidgets for client/server

• Develop secure connection using TLS between clients, server and ECUs

• Configure target Linux OS in order to grant access to different features to clients based on access

• level

• Define the architecture of the project

           Oversee Internship program:

• Offer mentorship for the students in the intership program

• Oversee the projects that were part of the program

           Tools and applications used for projects development:

• Frameworks: Tensorflow, WxWidgets, Intel OpenVINO, Myriad MDK, numpy, OpenCV, MTCNN

• Change Management: Jira, Intel IPS

• Protocols: TLS, PKS, MIPI, SPI, Leon IPC

• Version control: GIT

• Process and methodology: Agile

• OS: Linux/Yocto, RTEMS

Hirschmann (Belden) (Embedded C/Linux)

• Development of new software features for industrial routers and switches

• Responsible for router configuration domain

• Responsible for maintaining the code through bug-fixing for already existing products

• Build toolchains for PowerPC

• Integrate SDK updates

        Tools and applications used for projects development:

• Change Management: Target Process, GIT, Bitbucket

• Debuggers: GDB and Lauterbach

• OS: Linux and vxworks (RTOS)

• IDE: Eclipse, Visual Studio

• Process and methodology: Agile

• Protocols: TCP/IP stack, Layer 2 and Layer 3 protocols for industrial equipment