Electronics Developer μ Processor/FPGA and Circuit Technology for Laser Systems (m/f/d)

Why this place is really fun At ACI we build systems in which optics, mechanics, electronics and software grow together to form a plant – and at this interface it becomes exciting. In our laser systems, stable electronics, clean signaling and robust firmware decide whether a process in the field is reliable and reproducible. If you want to develop electronics that do not dust in the laboratory, but work productively with the customer in real machines – with μ processors, FPGAs and digital and analog circuit technology – this role fits you very well.

Development of electronic assemblies for our laser systems (concept, circuitry, prototypes, series conversion) Digital circuit technology: μ-processor/μ-controller environment, memory, interfaces, high-speed signals (depending on project) FPGA-based functions: Conception, Implementation and Integration (VHDL/Verilog or Toolchain depending on the platform) Analogue circuit technology: signal processing, measurement/control distances, filters, amplifiers, clean EMC-compliant design Layout/PCB-Design (in cooperation with Layout or External): Reviews, Constraint-Definition, DFM/DFT Commissioning, testing and error analysis (oscilloscope/logic analyzer, logging, systematic root cause analysis) Documentation and releases (switches, piece lists, test logs), support for CE/EMV topics firmware creation or Support for firmware development is desirable (Embedded C/C++ in the μ‐Controller environment)

You bring that with (must) Multiannual experience in electronics development, ideally in machine/plant engineering, industrial or device technology environment Very good knowledge of digital circuit technology as well as safe handling of conventional measuring instruments and debugging methods Practice in the μ-processor/μ-controller environment (e.g. interfaces, periphery, timing, robustness in the field) Structured work, clean documentation and reliable implementation up to release Very good German, good English Advantages (Nice to have) FPGA experience (VHDL/Verilog), simulation/timing analysis and clean integration into the overall system Analog signal processing, measurement and control technology, low noise design, experience with EMV/ESD-Robustheit Firmware creation in the embedded environment (C/C++), bootloader/update concepts, hardware-related drivers Experience with series transfer, supplier control, component releases and obsolescence management Practice with industrial interfaces/communication (e.g. Ethernet, UART, SPI, I2C, CAN – depending on the project)

Short decision paths, a lot of design space and pragmatic implementation Interdisciplinary team that solves problems together (software, electronics, mechanics, application) Gliding time and home office Attractive remuneration, bonuses & bonuses Occupational pension Assets Ergonomic workplace Further training Health checks Free coffee Staff events