Marius-Radu G. Email & Phone Number

Ålborg Area, Denmark

In the transition (previous company being bought) I worked on learning the new environment where the relevant parts of our old project had to be added to. I had to analyze multiple sub projects in order to understand how they are connected and how we could add our own connection. This process proved to be very useful because I have taken advantage of that.

Ålborg Area, Denmark

I started with writing software for the computer board that controlled the Ragnar robot. Later, most of the time was spent developing a plugin that would be used with a simulation program (a custom version of V-REP) which could control a real system with multiple robots. A major selling point was that the whole system could be tested by running everything.

Aalborg

• Implementation of Modular Multilevel Converters (MMC) on a System on a Chip (SoC) platform. The process consisted of, firstly, having a Matlab/Simulink+PLECS model (both plant and control) which, after validation, was.
• MMC functionality and control methods
• Matlab/Simulink, PLECS
• Verilog/VHDL
• C programming
• Xilinx design flow (Vivado, SDK, SDSoC)

Brasov County, Romania

• Main activity was testing and verification of designs' functionality at various stages of development. Side activities included contribution to the development of department specific tools in Python.Key points
• Verilog/SystemVerilog
• Simulators VCS, NCSim, Modelsim
• VLSI testing methodologies, boundary scan, BIST, STIL
• JTAG, I2C
• Python, C

Brasov County, Romania

Several trainings regarding the company's proprietary technology as well as other useful tools.

Exchange Semester, Energy Engineering

Master's thesis development Key points: ● MMC functionality and control methods ● Matlab/Simulink, PLECS ● Verilog/VHDL ● C programming ●.

Master'S Degree, Embedded Systems

Final project: Modular Multilevel Converter plant and control implemented on a System on a Chip Key points: ● Hardware description.

Bachelor'S Degree, Applied Electronics

Final project: Virtual drum kit, FPGA implementation Key points: ● Embedded electronic systems, interfaces, peripherals ● Integrated.