Digital design for RF on FPGA
Digital architectures that run a wireless RF link directly in FPGA fabric, including near-field antennas implemented on Artix-7 devices.
Digital designer and PhD candidate. I design secure digital hardware on FPGAs, from RTL to RF links and PUF-based authentication. Université Grenoble Alpes.
I’m a digital designer. Most of my days are spent in VHDL, a simulator, and a lab bench next to an FPGA board.
I am a PhD candidate in Electronics, Electrical Engineering, Automation and Signal Processing (EEATS) at the LCIS Laboratory, Grenoble INP-Esisar, Université Grenoble Alpes. I am supervised by Dr. Romain Siragusa and co-supervised by Prof. David Hély, Dr. Louis Morge-Rollet and Dr. Ioana Vatajelu. My thesis is Development of a Wireless RF Link on FPGA and Associated Security Tools.
My core expertise is digital design: RTL in VHDL, simulation and verification with ModelSim, FPGA implementation with Vivado and Quartus, and synthesis with Design Compiler. I apply it to hardware security, from PUF authentication circuits to countermeasures against physical fault attacks.
Before the PhD, I completed a Master in Embedded Systems at Grenoble INP-Esisar and a Master in Computer Architecture Engineering at Iran University of Science and Technology, where I graduated first in my program.
entity maryam_esmaeilian is
generic (
FIELD : string := "Digital design, hardware security";
LAB : string := "LCIS, Grenoble INP-Esisar";
MSC_RANK : natural := 1 -- first in class, IUST
);
port (
clk : in std_logic; -- coffee
ideas : in std_logic_vector(7 downto 0);
papers : out natural := 5;
phd_done : out std_logic := '0' -- '1' in early 2027
);
end entity maryam_esmaeilian;
Digital architectures that run a wireless RF link directly in FPGA fabric, including near-field antennas implemented on Artix-7 devices.
Ring-oscillator and PUF-based authentication that gives IoT devices a hardware fingerprint they cannot easily clone.
Power-off laser and temperature attacks, delay-based detectors, and fault injection on RISC-V microarchitectures.
LCIS Laboratory, Grenoble INP-Esisar, Valence, France