Munich, Bavaria, Germany
Senior Embedded Systems Engineer with 10+ years of experience in complex hardware & software solutions Experience: - Semiconductor Industry - Automotive- & Industrial applications - Cross-functional collaboration with globally distributed teams - Leading complex hardware/software co-design projects Technical Skills: - Embedded software, FPGA / digital logic design, embedded Linux - Analog, power, mixed-signal electronics, PCB design, EMI troubleshooting - Niche expertise in digital audio, DSP, and networked-audio applications
Automotive networked audio and Class-D
- FOH and monitor mixing for top-40 and tribute show acts - PA setup and tuning
- Requirements engineering & system architecture for next-generation automotive audio amplifier platforms (HW, SW, DSP) - Advanced audio experiences & active sound management (road-noise cancellation) - ASPICE
- Customer support and design-in activities across the EMEA region, focusing on automotive and industrial MCU applications (AURIX™, TRAVEO™, PSoC™), including safety-critical systems - Hardware design and demo firmware implementation for application kits and system demonstrators, such as AVB audio networking, AI-enabled siren detection, and HD pixel front-lighting - Technical support for a wide range of automotive applications, including front camera systems, radar applications, domain and zone controllers, and motor control - Definition and specification of MCU peripherals in close coordination with marketing and R&D
- Technical support interface for global FAE community - Development and project ownership for system demonstrators, evaluation kits and software tools (DCDC stability analysis, microcontroller libraries, powerloss calculators, graphical UI for demoboard control) - Responsibility and guidance for students helping on tool development - Documentation (Datasheets, User-Manuals, Errata-Sheets) - Promotional activities, (international) customer visits, booth duty on trade fairs - New product definition in collaboration with marketing and R&D
Prototyping efficiency optimization of a flyback SMPS using FPGA based AC/DC controller implementing ZVS (zero-voltage switching)
- Design and simulation of DC/DC converter circuits (buck, boost, cuk, push-pull), analog measurement circuits, and ADC/DAC front ends - Evaluation of new electronic components - Schematic design and PCB layout for mixed-signal applications, including controlled impedance (high-speed) routing and high-pin-count BGA devices - Development of internal test equipment for production and troubleshooting, covering both hardware and software aspects - VHDL development