Branislav Gamf

Contributed to the development of modular measurement and control applications for industrial sensor systems, deployed as shared libraries within a scalable web-based monitoring platform. Developed application logic in C++ for real-time data acquisition, system diagnostics, and automated control actions based on sensor input and system requirements.

Involved in the development of 3D printing machines, focusing on implementing new features across various machine domains. Improved communication between PLC and SCADA systems to enhance system efficiency and integration. Responsible for writing and executing tests with full coverage, primarily using Python, to ensure system quality and performance.

Worked on smart modules for IoT environments, focusing on Yocto/Linux, device drivers, and device tree configuration for peripheral devices. Brought up custom Linux distributions using Buildroot and Yocto projects. Developed custom console and GUI applications in C, C++, and Python, enhancing product functionality and usability based on specific requirements.

Worked on the re-implementation of a cryptography library (attribute-based encryption) from C to C++. Integrated the library with Azure cloud services, enhancing its scalability and security features.

Involved in the software bring-up of middleware for multiple Set-Top Boxes (STBs). Developed and implemented callback methods for the internal project server to enable control of the STBs via a web browser. Integrated the IMA SDK with a custom video player to handle advertisement playback when an SCTE tag for ads was received during live streaming on the STB.

Focused on hardware bring-up, specifically working with the I2C bus component as the starting point for platform bring-up. Involved in bringing up software tests for the AURIX microcontroller on a TI TDA SoC and the CAN bus protocol component. Conducted CUnit testing for software components.

Full-time internship in the Automotive department, contributing to an R&D project focused on porting neural networks to various automotive platforms. Optimized the delivery of video frames to neural networks, focusing on reducing the time required to process a single video frame. Utilized the NvMedia library and NVIDIA CUDA toolkit to optimize platform usage and image processing tasks.

Part-time role in the IT department, assisting with equipment setup and maintenance. Configured and set up necessary hardware, including PCs, network devices, and platforms, for colleagues across the organization. Utilized Clonezilla for system cloning and worked with servers for antivirus management and deployment.

Studied Computing and Control Engineering, focusing on the principles and applications of computer systems and automation. Gained expertise in programming languages, system design, and control theory.