12.08.2025 aktualisiert
100 % verfügbar
Embedded Software Engineer
Ostflidern Nellingen, Deutschland Bachelor in Engineering (Electronics)
Skills
FahrerassistenzsystemeAlgorithmusComputer VisionSportübungenAutomotive ElectronicsAutomobilindustrieC++KommunikationsprotokolleEmbedded SystemsEmbedded SoftwareFreertosFunktionale SicherheitHardware Platform InterfaceIntegrierter SchaltkreisBildverarbeitungIso 26262Joint TestLogik-AnalysatorUartVideoverarbeitungSerial Peripheral InterfaceDynamisch-Mechanische AnalyseOszilloskopSicherheitskritischeHardware AccelerationHardware-Debugging
Embedded Software Development
Specialized expertise in C/C++ programming for automotive applications with focus on camera-based ADAS solutions and ISO 26262 Functional Safety implementation.
Video Processing Frameworks
Comprehensive command over video input pipeline development, including hardware accelerators, image sensors, and SerDes interface configuration for automotive systems.
Real-time Safety-Critical Systems
Deep knowledge of building robust embedded systems on QNX and FreeRTOS platforms with integration of ISO 26262 Functional Safety features for automotive applications.
Hardware Debugging
Proficient in using JTAG, Oscilloscope, and Logic Analyzer for effective navigation of complex technical challenges in embedded systems.
Low-Level Driver Development
Experience with CAN, SPI, UART, I2C, SPORT, and DMA interfaces for embedded system communication protocols.
Computer Vision Pipelines
Expertise in OpenVX framework implementation for automotive computer vision applications and image processing algorithms.
Hardware Platform Knowledge
Extensive experience with various SoCs including TDA4VM, TDA2P, TDA3, DM8148, DM6467, and DM6437, as well as ADI BF561 and Ambarella A9AQ.
Specialized expertise in C/C++ programming for automotive applications with focus on camera-based ADAS solutions and ISO 26262 Functional Safety implementation.
Video Processing Frameworks
Comprehensive command over video input pipeline development, including hardware accelerators, image sensors, and SerDes interface configuration for automotive systems.
Real-time Safety-Critical Systems
Deep knowledge of building robust embedded systems on QNX and FreeRTOS platforms with integration of ISO 26262 Functional Safety features for automotive applications.
Hardware Debugging
Proficient in using JTAG, Oscilloscope, and Logic Analyzer for effective navigation of complex technical challenges in embedded systems.
Low-Level Driver Development
Experience with CAN, SPI, UART, I2C, SPORT, and DMA interfaces for embedded system communication protocols.
Computer Vision Pipelines
Expertise in OpenVX framework implementation for automotive computer vision applications and image processing algorithms.
Hardware Platform Knowledge
Extensive experience with various SoCs including TDA4VM, TDA2P, TDA3, DM8148, DM6467, and DM6437, as well as ADI BF561 and Ambarella A9AQ.
Sprachen
DeutschgutEnglischverhandlungssicherHindiverhandlungssicher
Projekthistorie
Led development for Mirror Replacement Systems (CMS). Defined software architecture on TI SoCs TDA2P, TDA3, TDA4.
Developed series production software for a major American automotive OEM. Responsible for Capture Kernel and Video Input Pipeline. Designed Camera Control Software modules. Integrated ISO 26262 Functional Safety features. Configured SerDes interfaces and image sensors. Developed software on QNX and FreeRTOS. Utilized OpenVX for computer vision pipelines.
Integrated security and cybersecurity measures. Managed sensors, ECUs, displays, and memory.
Developed series production software for a major American automotive OEM. Responsible for Capture Kernel and Video Input Pipeline. Designed Camera Control Software modules. Integrated ISO 26262 Functional Safety features. Configured SerDes interfaces and image sensors. Developed software on QNX and FreeRTOS. Utilized OpenVX for computer vision pipelines.
Integrated security and cybersecurity measures. Managed sensors, ECUs, displays, and memory.
Maintained video chain frameworks on TI SoCs. Integrated and optimized video analytics. Handled overlay rendering and display subsystems. Hardware bring-up and communication with ECU.
Led overlay module development for SVS. Delivered on TI VisionMid DM8148 platform.