In my career, I have undertaken a diverse range of projects, distinct from my educational research and investigations, showcasing my multifaceted expertise. These projects encompassed various aspects, including:

Python Code for OCT and dOCT Image Processing: I developed Python code to process Optical Coherence Tomography (OCT) and dynamic OCT (dOCT) images, showcasing my programming and image analysis skills.

Optical System Simulation with Zemax: I utilized Zemax to simulate optical systems, demonstrating my proficiency in optical design and modeling.

OCT System Alignment: I successfully aligned OCT systems, encompassing both free-space and fiber-based setups, emphasizing my hands-on experience in optical alignment and system calibration.

Collimator System Design for Diode Laser: I used Zemax OpticStudio to design a collimator system for Diode Lasers, showcasing my optical design expertise and knowledge of laser systems.

Vircator System Investigation: I engaged in research to investigate Vircator systems, contributing to the understanding of these systems and their applications.

Theoretical Modeling of Optical Fiber Switches: I delved into the theoretical modeling of optical fiber switches, particularly those based on periodic refractive index mediums, showcasing my analytical skills and theoretical understanding.

Brillouin Scattering in Plasma: My research extended to studying Brillouin Scattering in Plasma, with a focus on amplifying laser pulses, contributing to the field of plasma physics and laser amplification.

C++ Code for Numerical Problem Solving: I developed C++ codes for solving physical problems numerically, demonstrating my computational skills and ability to address complex scientific challenges.

Expansion of Self-Focusing Relations: I engaged in expanding self-focusing relations, contributing to the advancement of knowledge in laser optics and nonlinear optics.

These projects collectively highlight my versatility, encompassing experimental, theoretical, computational, and design-oriented aspects in the fields of optics, lasers, and physics.