Master's Thesis Student – Digital Control-loop Development For Space Applications (d/f/m)
Airbus Defence and Space GmbH
Friedrichshafen, Germany
Fpga-based digital control systems
Vhdl and c code within xilinx fpga/vivado
Adaptive control strategies
Implement VHDL and C code within the Xilinx FPGA/VIVADO environment, further develop and optimize the existing FPGA-based control system, including the implementation of adaptive control strategies for different operational conditions and the design of suitable interface electronics (analogue and digital)
Job Summary
Implement VHDL and C code within the Xilinx FPGA/VIVADO environment, further develop and optimize the existing FPGA-based control system, including the implementation of adaptive control strategies for different operational conditions and the design of suitable interface electronics (analogue and digital).
Set up a graphical user interface (GUI) to visualize and monitor the system’s real-time performance and document development steps and results in a structured and reproducible manner.
Attractive salary and work-life balance with an 35-hour week (flexitime), international environment with the opportunity to network globally, and work with modern/diversified technologies.
Matching Summary
Implement VHDL and C code within the Xilinx FPGA/VIVADO environment, further develop and optimize the existing FPGA-based control system, including the implementation of adaptive control strategies for different operational conditions and the design of suitable interface electronics (analogue and digital).
Skills & Requirements
Must-have
FPGA-based digital control systems
VHDL and C code within Xilinx FPGA/VIVADO
adaptive control strategies
interface between FPGA and real-world applications
graphical user interface (GUI) for system monitoring
digital signal processing and/or control theory
Nice-to-have
international environment with global networking
work-life balance with 35-hour week
corporate sports groups
participation in Generation Airbus Community
Key Requirements
Master’s program enrollment
Electrical Engineering, Communications Engineering, Computer Science, Physics, or related field
Proven practical experience in FPGA development with VHDL/Verilog
Programming skills in C/C++, MATLAB, Python or similar