Ariel University · 2026
Signal Processing · Hardware Design · Embedded Systems · Biomedical Engineering
I'm an Electrical & Electronics Engineering student at Ariel University, passionate about bridging the gap between raw hardware and intelligent algorithms.
My work ranges from pure CMOS circuit design with zero firmware, to biomedical signal processing with machine learning, and embedded systems that bring creative ideas to life.
- 🔬 Currently working on: EEG-based Parkinson's disease classification using MATLAB
- ⚡ Specializing in: Signal Processing, Hardware Design, Lab Testing & Debugging
- 🛠️ Tools I reach for first: KiCad, MATLAB, Arduino IDE, Oscilloscope
Hardware & EDA
Software & Languages
Instruments & Methods
| Project | Description | Stack |
|---|---|---|
| 🔐 Hardware Safe Lock | Pure CMOS 3-digit combination lock — no firmware, no microcontroller, just logic ICs | KiCad · CD4015 · CD4516 · 555 Timer · MOSFET |
| 🧠 EEG Parkinson's Analysis | ML-based classification of Parkinson's disease from EEG using Higher-Order Statistics | MATLAB · EEGLAB · SVM · Random Forest · ICA |
| 🐈 POOPCAT — Ultrasonic Cat Repeller | IoT ultrasonic system at 40kHz that deters cats from the garden, inaudible to humans | ESP8266 · TC4427 · HLK-LD2420 · Blynk · C++ |
| 🌈 From Kid's Drawing to Machine | Built my niece's magical sketch into a real working machine with lights, smoke & sound | Arduino Nano · NeoPixel · Servo · MOSFET · C++ |
| 🎰 Drink Roulette | Interactive Arduino LED roulette that randomly selects a drink using MOSFET-driven lamps | Arduino Nano · C++ · MOSFET · BS170 |
"The best engineers don't just design circuits — they turn imagination into reality."
📬 Reach me at: LinkedIn