Hi, my name is

Mohaned Waleed Hosny.

I build things for the digital world.

I'm an Electronics & Communication Engineering student with a passion for Digital Design and FPGAs. I specialize in designing and verifying complex hardware systems, from microprocessors to RISC-V cores.

About Me

Hello! I'm Mohaned Waleed Hosny, a detail-oriented Electronics and Communication Engineering student at Cairo University with a strong academic record (GPA 3.54).

My passion for hardware engineering ignited when I first delved into the intricacies of digital logic. I'm fascinated by how billions of tiny transistors can execute complex computations, and I thrive on the challenge of designing and optimizing these systems.

Through intensive training and collaborative workshops, I've gained hands-on experience in RTL design, computer architecture, and hardware verification. I'm actively seeking a hardware engineering internship where I can apply my expertise in Verilog, VHDL, and SystemVerilog to contribute to cutting-edge semiconductor projects.

Mohaned Waleed Hosny

Core Competencies

HDLs

Verilog, VHDL

FPGA & EDA Tools

Vivado, ModelSim, QuestaSim, Multisim, Proteus

Programming & Scripting

C++, MATLAB, JavaScript

Architecture & Design

Computer Architecture, RISC-V ISA, RTL Design, PCB Design, Digital Logic Design, Signal Processing

Education

Cairo University

Bachelor of Engineering, Electronics & Communication

2023 - 2028 (Expected)

GPA: 3.54 / 4.0

Cairo University

Professional Training & Experience

Digital Design Trainee
National Telecommunication Institute (NTI) | Remote

120-hour training in digital logic design using FPGAs. Hands-on practice in VHDL, Verilog, hardware simulation, and RTL methodologies.

Workshop Member
IEEE Cairo University Student Branch (CUSB) | On-site

Collaborated on the design and verification of a 32-bit RISC-V processor in Verilog. Explored advanced computer architecture topics.

Presenter
Career Center | Hybrid

Presented research at the 13th Undergraduate Engineering Mathematics Research Forum (UMRF). Developed MATLAB algorithms to improve medical image quality.

Offered Services

I provide specialized services in digital design and FPGA development for individuals, startups, and companies.

FPGA & Digital Logic Design

  • Design custom digital circuits with Verilog/VHDL.
  • Build RTL modules, processors, and controllers.
  • Optimize performance and timing for FPGA/ASIC projects.

PCB Design & Prototyping

  • Create schematics and PCB layouts.
  • Simulate and test prototypes for reliability.
  • Expertise in Multisim, Proteus, and breadboard prototyping.

Hardware Verification & Simulation

  • Verify designs using ModelSim, QuestaSim, Vivado.
  • Develop testbenches and waveforms for accurate results.
  • Provide consultation to improve hardware designs.

Key Projects

RISC-V Processor

RISC-V Processor (32-Bit)

Designed and implemented a 32-bit RISC-V (RV321) processor, including datapath and control unit. Verified by running a Fibonacci sequence program using Verilog and ModelSim.

8-Bit Microprocessor

8-Bit Microprocessor Design

Designed a complete 8-bit microprocessor (ISA, datapath, control logic). Verified with unit-level testbenches and RTL schematics using VHDL, Xilinx ISE, and ModelSim.

Medical Imaging Enhancement

Medical Imaging Enhancement

Developed MATLAB algorithms for noise reduction and clarity enhancement in medical imaging, presented at TCCD Research Day. This showcases my ability to apply engineering principles to interdisciplinary problems.

"Mohaned possesses a rare combination of theoretical understanding and practical application. His work on the RISC-V project was instrumental, demonstrating his strong command of Verilog and dedication to robust hardware verification."
Dr. Ahmed Hassan, IEEE CUSB Faculty Advisor

Connect & Collaborate

What's Next?

I am actively seeking a hardware engineering internship to apply my digital design expertise and contribute to impactful semiconductor projects. Let's connect to explore how I can bring value to your team and contribute to your next innovation.