Clubs and Activities
- SiliconJackets
- Brazilian Jiu Jitsu
Hello, I'm Nijat Taghizade.
I'm an electrical engineering student interested in embedded systems, semiconductor design and circuit logic development, and welcome to my portfolio. Here I document the various projects I work on and have completed in the past, especially in the broader area of electrical engineering.
Education
Georgia Institute of Technology
B.S. in Electrical Engineering(Expected Graduation: May 2028)
GPA: 4.00
Coursework
- Signal Processing & Systems
- Linear Algebra
- Multivariable Calculus
- Digital System Design
Featured Work
Projects
Here are the projects that I've worked on in the past or I am currently developing in the present.
KiCad Analog + Embedded Interface Project
Analog Power Monitoring PCB
Designed and validated a 2-layer power-monitoring PCB with protected 5 A input, analog voltage/current sensing front-ends, and quantified 12-bit ADC performance through Python simulation.
- KiCad PCB Design
- Analog Signal Conditioning
- ADC Interface Design
- Python Simulation
- Power Electronics
- Numpy
Biomedical Microsystems Laboratory, Georgia Tech
Biomedical Bioreactor Mixing Mechanism
Engineered a programmable bioreactor motion prototype with a motorized grip-and-rotation assembly to replace variable manual mixing and improve protocol repeatability.
- Electromechanical Design
- Firmware Prototyping
- Fusion360
- C++
- Arduino
AI ATL Hackathon Winner
PathFindr
Built an iOS accessibility navigator that fuses ARKit LiDAR depth sensing, multimodal agent orchestration, and low-latency voice/haptic guidance for blind and low-vision users.
- Swift
- Flask
- Google ADK
- GeminiAPI
- ARKit
- Firebase
- LIDAR
Real-Time Macroeconomic Policy Engine
PolEn
Developed a macroeconomic policy engine using Kalman state estimation, regime-aware Monte Carlo simulation, and PPO baselines to compare easing/holding/tightening actions under tail risk.
- Python
- Kalman Filter
- Numba
- PPO
- Gymnasium
- Numpy
- Monte Carlo Simulation