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mohamedatheef53

Mohamed Atheef

@mohamedatheef53

FPGA Design Engineer Verilog VHDL MATLAB DSP

Sri Lanka
Inglese, Tamil, Singalese
Alcune informazioni sono riportate in lingua inglese.
Chi sono
I am an Electrical & Electronics Engineering undergraduate specializing in FPGA design, Verilog/VHDL development, and MATLAB/Simulink modeling. I help clients design, simulate, and debug FPGA-based systems with explanations and high-quality results. My expertise includes: • Verilog/VHDL design and simulation • FPGA-based digital systems • DSP applications (FFT, filtering) • MATLAB/Simulink modeling I deliver reliable, well-structured solutions with fast communication. Feel free to contact me to discuss your project. I also assist students and beginners with FPGA and Verilog projects.... Continua a leggere

Competenze

m
mohamedatheef53
Mohamed Atheef
offline • 
Tempo di risposta medio: 1 ora

Consulta i miei servizi

Sistemi integrati e IoT
I will design fpga projects using verilog or vhdl with simulation and testbench
A partire da5 USD / progettoMaggiori dettagli
Sistemi integrati e IoT
I will do matlab simulation, simulink modeling and signal processing projects
A partire da5 USD / progettoMaggiori dettagli

Esperienza lavorativa

AMD

Custom RISC-V CPU with DSP Accelerator on FPGA

AMD • Part time

Feb 2026 - Present • 3 mos

Currently developing a custom RISC-V processor integrated with a DSP accelerator on FPGA. • Designing CPU architecture and instruction pipeline using Verilog • Integrating DSP modules for efficient signal processing • Performing simulation and verification using ModelSim/Vivado • Optimizing performance and hardware resource utilization This project enhances my expertise in FPGA systems, processor design, and hardware acceleration.

University_of California

FPGA-Based Jamming Detection System

University of California • Full time

Apr 2022 - Present • 4 yrs 1 mo

Designed and implemented a real-time jamming detection system on FPGA for secure communication applications. • Developed DSP algorithms for detecting interference under AWGN conditions • Implemented designs using Verilog and performed simulations • Analyzed signals using MATLAB (FFT and filtering techniques) • Evaluated system performance under different jamming scenarios This project strengthened my skills in FPGA design, DSP, and communication systems.