I first discovered my passion for electrical engineering at the age of 10, when I began assembling electrical boards and was instantly captivated by the world of electronics, fascinated by how a few wires and components could spark a universe of possibilities. Growing up in Shiraz, Iran, this early spark led me to pursue a Bachelor's degree at Shiraz University of Technology before I ventured to Michigan to further my passion at Michigan Technological University. 

After earning my Bachelor's degree, I embarked on advanced studies—first with a Master's that expanded my work in optics and photonics, and now as a Ph.D. candidate delving into the dynamic blend of optics, deep learning, and image processing. My research is centered on creating innovative optical techniques and deep learning algorithms to mitigate atmospheric distortions and enhance image quality. I've showcased these applications with a Moiré apparatus engineered to remotely detect seismic activity in challenging environments. 

While pursuing my PhD, I discovered that swimming in Superior Lake quickly became one of my favorite summer activities. Its clear, pristine waters remain refreshingly cool at around 50°F, even on the warmest days. The breathtaking natural beauty of Michigan's Upper Peninsula also ignited my love for camping, a passion that continues to this day. 

Discover more about my professional journey. 

 My research is all about pushing boundaries, developing innovative optical methods and deep learning solutions to reduce atmospheric distortions, and even using a custom-built Moiré apparatus to safely detect seismic activity in hazardous environments...