• 8DPSK and MSK receiver synchronisation algorithm exploration and implementation (MATLAB)
• 8DPSK and MSK transmitter implementation (MATLAB)

• Peripheral interfaces (I2S, SPI, I2C) Vivado block design and commissioning
• PN9/23 synchronization module implementation and test (VHDL)
• Xilinx SoC various AXI memory interfaces commissioning, integrity and performance testing (Python/Linux)
• High speed analog to digital converter commissioning
• Multi clock domain crossing implementation
• Digital frequency translation and sampling rate conversion (Matlab, Simulink, CIC and FIR Filter Vivado IP block design)
• Channel sense and collision avoidance implementation and test (VHDL)
• Receive amplitude calibration, AGC compensated (VHDL)
• Vivado IP Block Design Version Control (TCL)
• Web based hardware and FPGA test and monitoring tool (Python, Dash)

RF HW design

• RF HW architecture design
• RF and IF BPF filter design, implementation and test
• Automatic gain control (AGC) design, implementation and test (VHDL and RF HW)
• RF transceiver schematic
• Application standards conformity testing (RF HW and VHDL)

• Requirements testing
• Production test automation
• FPGA project management and design transfer consulting

• Requirements definition
• Digital sensors, processing unit and RF TX chain schematic
• RF power amplifier control loop design and circuit tuning
• Antenna design, implementation and test (2D)
• RF multilayer board layout
• Mechanical collision and integration testing
• Application system testing

• Requirements analysis
• Antenna impedance measurement and tuning
• EMC measurement series

• Microcontroller interface definition and implementation
• High speed analog to digital converter commissioning
• Decoding performance optimization
• Decoder integrity and integration testing
• I2C control and monitoring design, implementation and test

• Sensitivity optimization
• LNA stabilization
• Calibration design and test automatization
• CE noise immunity test, debug and fix

• PCB antenna design and board matching
• RF board layout
• Calibration design and test automatization
• Application standards conformity testing

• New tuner chip family introduction
• System design
• Interface description
• Filter design
• High speed bus signal integrity optimization
• Schematic design
• Length matching and impedance constraining (Mentor CES)
• Complex multilayer layout
• Tuner system verification

• Requirements analysis
• LNA design
• Filter design
• Wilkinson splitter design
• Antenna impedance matching
• Amplifier stability analysis
• Multilayer RF PCB layout
• LNA verification
• Diagnostics circuitry verification
• Automatic gain control circuitry verification

• Requirements specification
• RF architecture design
• Project planning

• RF architecture design
• Thermal Management design
• Temperature compensation circuit simulation and implementation
• I/Q-Phase measurement design and implementation
• Pulse Power measurement design and implementation
• PCB to wave-guide transition design
•  Wave-guide to cavity transition design
• Cavity 3D EM field simulation

• Load/Pull transistor simulation
• Impedance matching network design
• Amplifier implementation and verification
• Linearity bias point optimization

Baseband Signal Processing and Up-Conversion

• Design and interface definition of a SSR transmitter with UML
• Development of Matlab reference model for baseband test vector generation
• Development of test bench for functional simulation of complete FPGA design
• Implementation of SSR transmitter design
• Validation of results for baseband processing and a successful comparison with MATLAB models.
• Verification of interfaces like SRAM, SPI, parallel busses
• RF signal up conversion design

1kW pulsed High Power Amplifier

• RF signal performance verification
• RF High pulse power amplifier design and verification
• Antenna array design, evaluation and verification

SSR Decoder Signal Processing

• Design with UML and Xilinx System Generator
• Baseband test vector generation with MATLAB
• Implementation with Xilinx System Generator
• Testbench development in Matlab
• Decoder verification in Matlab
• Decoder verification in RF environment
• Automated RF test execution and evaluation with Python