VERIFIED
01
Digital Logic · Hardware
4-Bit ALU ↗
A functional arithmetic logic unit built from multiplexers and full adders, with LEDs displaying each result bit for instant verification.
SYSTEM ONLINE · AVAILABLE FOR SUMMER 2026
Building intelligent systems
from the gate level up.
> digital systems engineer▋
I'm Ali Hussein, a Computer Engineering student at Texas A&M University. I design and verify digital systems — from ALUs and ARMv8 datapaths to cache simulators and FPGA logic — with a measure-and-verify mindset and a love for how complexity is built from clean building blocks.
0
Featured Builds
0
GPA · TAMU
0
Tutoring Sessions
'27
Graduation
CORE v2.7
STATUS: ACTIVE RTL · FPGA · ARCH
TRACKING CURSOR
STATUS: ACTIVE RTL · FPGA · ARCH
TRACKING CURSOR
SCROLL
VERILOG · RTL DESIGN
COMPUTER ARCHITECTURE
FPGA PROTOTYPING
CACHE & MEMORY SYSTEMS
ARMv8 ASSEMBLY
VERIFICATION
EMBEDDED SYSTEMS
C / C++ / PYTHON
VERILOG · RTL DESIGN
COMPUTER ARCHITECTURE
FPGA PROTOTYPING
CACHE & MEMORY SYSTEMS
ARMv8 ASSEMBLY
VERIFICATION
EMBEDDED SYSTEMS
C / C++ / PYTHON
CURRENTLY · COLLEGE STATION, TXAli Hussein
// PROFILE
A hardware-first engineer who thinks in systems.
I'm drawn to the layer where software meets silicon — datapaths, control logic, memory hierarchies, and the timing that makes them real. I like breaking systems into understandable parts, building them from clean reusable blocks, and proving they work with measurement instead of guesswork.
My focus areas are digital systems, computer architecture, RTL/Verilog design, and verification, with a growing interest in how AI and modern computing reshape hardware. Years of tutoring also taught me to explain complex ideas clearly — which is half the job on any engineering team.
Digital Logic
Computer Architecture
FPGA / Vivado
Verification
Embedded Systems
Low-Level Programming
// CAPABILITIES
What I actually do
Real engineering work — not buzzwords. Each area below maps to projects you can open and inspect.
Digital Logic & Architecture
Combinational and sequential design — MUXes, full adders, ALUs, FSMs — and full ARMv8 datapaths covering fetch, decode, execute, memory, and write-back.
Verification & Debug
Directed testing, waveform inspection in GTKWave, on-board FPGA validation, and gdb step-through debugging. Measure and verify, never guess.
Embedded & Low-Level
C/C++ and ARMv8 assembly, circuit builds on real hardware, ZYBO Z7-10 and Raspberry Pi, comparator and sensor interfacing.
// SELECTED WORK
Featured builds
A few systems I've designed and verified. Hover to expand — or open the full command center.
TEAM PROJECT
02
Computer Architecture
Single-Cycle ARMv8 CPU ↗
A complete single-cycle datapath — fetch, decode, register file, ALU, memory, write-back — with control logic for R-type, load/store, and branch.
VERIFIED
03
Embedded · Verification
LRU Cache Simulator ↗
A configurable set-associative cache simulator with an O(1) LRU policy (hash map + doubly linked list) reporting hit/miss stats from memory traces.
TEAM PROJECT
04
Analog · Embedded
Motion Sensor Alarm ↗
An infrared presence detector that triggers a buzzer through comparator thresholding, calibrated and tested across varying ambient-light conditions.
// INTELLIGENT INTERFACE
Meet AIDEN
An on-site assistant that knows Ali's work. Ask about his projects, skills, or experience — built to guide recruiters and engineers through the portfolio.
Engineering, on demand.
AIDEN runs right here in your browser with zero setup, answering questions about Ali's hardware and systems work in real time.
Knows every featured project
Guides recruiters to the right page
Ready to connect to a live model
AIDEN
ONLINE · ASSISTANT v1.0
Hi — I'm AIDEN, Ali's engineering assistant. Ask me anything about his projects, skills, or experience. Try a question below 👇
// LET'S BUILD
Looking for a Summer 2026 hardware engineering intern?
I'm eligible to intern in the U.S. and focused on digital systems, RTL design, and verification. Let's talk.